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data science is the new floor zero for Nvidia, which introduced new application AI libraries working on its Tensor Core GPUs at its GPU expertise conference in San Jose the previous day. The Cuda-X AI libraries are written to pace up computing device-studying and records-science operations by as plenty as 50x, the enterprise spoke of, with far-achieving implications for such AI purposes as speech and photo cognizance as well as chance assessment, fraud detection and stock administration.
Nvidia referred to the Cuda-X AI utility stack contains cuDNN for deep-getting to know primitives, cuML for computer-discovering algorithms, TensorRT for optimizing expert models for inference, and different libraries. operating on Tensor Core GPUs, they may also be integrated into frameworks for deep gaining knowledge of comparable to TensorFlow, PyTorch and MCNet or frequent cloud platforms.
with a view to make Cuda-X accelerated analysis attainable to a huge latitude of users, Nvidia referred to its T4 Tensor Core GPUs may be obtainable by the use of Amazon EC2 G4 situations “in the coming weeks.” When these log on, they may be accessible for computing device-discovering purposes including precise-time ray tracing, simulation and rasterization. eager AWS clients can observe for an strengthen preview of EC2 G4 situations via filling out a form on the AWS website. meanwhile, the RAPIDS open-source suite of libraries, which makes it possible for users to entry parallel GPU processing and high-speed reminiscence by way of Python interfaces, is already attainable by means of the Microsoft Azure computer getting to know service.Workstations Tuned for records Science
And Nvidia is also contributing its hardware and statistics-science software stack, including Cuda-X AI, to a new class of excessive-powered workstations tuned mainly to work in concert with records facilities and energy high-conclusion records science functions. in line with Bob Pette, Nvidia’s VP and GM of expert visualization and Quadro portraits, the new Nvidia-certified techniques may be built and offered through an array of companies together with, globally, Dell, HP and Lenovo and, domestically, AMAZ, APY, Azken Muga, BOXX, CADNetwork, Carri, Colfax, Delta, EXXACT, Microway, Scan, Sysgen and Thinkmate. not obligatory commercial enterprise aid contracts can be offered by way of those OEMs and supported via Nvidia, Pette noted.
as an instance of performance pursuits for the new methods, Pette noted an accelerated library for information scientists operating on dual Quadro RTX8000 GPUs might obtain stronger accuracy and 10 times quicker turnaround compared to CPU processing nodes.precise-Time Ray Tracing Is a fact
Nvidia mentioned its RTX platform, which comprises GPU hardware custom-designed for Tensor core-accelerated ray-tracing, has made inroads in the trade on account that its introduction at SIGGRAPH remaining 12 months — together with an endorsement from Pixar Animation Studios, which noted it'll use RTX on its upcoming movies. ILM, image Engine, MPC movie and Weta Digital are additionally noted by using Nvidia to be the usage of RTX in their VFX workflow. The utility items incorporating RTX in 2019 releases encompass Adobe Dimension & Substance designer, Autodesk Arnold & VRED, Chaos neighborhood V-Ray, Dassault Systèmes CATIALive Rendering & SOLIDWORKS Visualize 2019, Daz 3D Daz Studio, Enscape Enscape3D, Epic video games Unreal Engine 4.22, ESI community IC.IDO 13.0, Foundry Modo, Isotropix Clarisse 4.0, Luxion KeyShot 9, OTOY Octane 2019.2, Pixar Renderman XPU, Redshift Renderer 3.0, Siemens NX Ray Traced Studio, and cohesion technologies solidarity (2020).
On the server facet, the company debuted a brand new RTX Server configured with 1,280 Turing GPUS on 32 RTX blade servers, each and every squeezing 40 GPUs into an 8RU house. With low-latency access to such servers, Nvidia argued, cloud-rendered videogames and AR/VR applications develop into possible over a 5G network. Nvidia also welcomed an array of latest producers for its T4 servers, developed for GPU-accelerated statistics evaluation, including Cisco, Dell EMC, Fujitsu, HPE, Inspur, Lenovo and Sugon.
final however not least, Nvidia published Omniverse, a new commercial enterprise collaboration platform for flats working with real-time photos. supporting business ordinary know-how together with Pixar’s widespread Scene Description and Nvidia’s own material Definition Language, Omniverse keeps live, bi-directional connectivity between such functions as Autodesk Maya, Adobe Photoshop and Epic Unreal Engine. That permits artists using one utility to see alterations made by artists working in an additional software automatically. Naturally, the Omniverse Viewer supports RTX RT Cores, Cuda Cores, and Tensor Core-accelerated AI. Nvidia said Omniverse is as a “lighthouse” software; involved users can request access to the client SDK or inclusion within the software at Nvidia’s developer website.
Barbara Bitner Whitton and Peter Stanfill Tufo had been married Aug. four at Hildene, a museum in Manchester, Vt. Nicholas Z. Hammerschlag, a brother-in-legislations of the bride and a longtime buddy of the groom, officiated, having received permission from Vermont to solemnize the wedding. Ashley T. Jeffress, a childhood pal of the bride, took half in leading the ceremony.
Mrs. Tufo, 27, is referred to as Bea. She is a enterprise affiliate, managing operations and company construction, at Teton activities & backbone Imaging in Jackson, Wyo. She is additionally an authorized yoga and health teacher at Pursue circulate Studio in Jackson, and gives yoga guideline on YogaToday, a web streaming carrier for yoga practitioners. She graduated cum laude from Middlebury college.
She is a daughter of Linda F. Whitton and John R. Whitton III of Pembroke, Bermuda. The bride’s father is the managing director and portfolio manager for bonds within the investments division of Arch Capital neighborhood, an coverage and reinsurance enterprise in Pembroke. Her mother is a trustee of Middlebury college.
Mr. Tufo, 31, is the financial controller at Teton Gravity analysis, a digital and film construction enterprise in Jackson that makes a speciality of extreme sports. He graduated from Vanderbilt institution.
he's the son of Francesca Stanfill Nye of ny and Peter F. Tufo of Southampton, N.Y. The groom’s mother writes below the identify Francesca Stanfill, and her novels encompass “Wakefield hall” (Villard, 1993). She is also a trustee of the big apple Society Library. His father retired as an investment banker within the advisory observe at Merrill Lynch, the big apple investment financial institution, and changed into the ambassador to Hungary from 1996 to 2000. He also served as the chairman and chief government of the long island State Thruway Authority from 1989 to 1996. The groom is additionally a stepson of Maya Rana Tufo and of Richard B. Nye.
The bridegroom’s grandfather is Dennis C. Stanfill of Pasadena, Calif., a former chairman and chief govt of the twentieth Century Fox film company.
The couple met at the start in 2011, at the marriage ceremony of the officiant and Ms. Whitton’s sister, but after Ms. Whitton moved to manhattan, in 2014, Mr. Tufo asked for a 2nd introduction. the two had a dinner date, and get on well right away.
For the primary time in human history, atmospheric CO2 stages surpassed 400ppm, before, two years later, hitting 410ppm, a stage that hasn’t occurred for hundreds of thousands of years. for that reason, we have multiplied planetary temperatures 1.5°C (2.7°F) above preindustrial tiers as we head towards temperatures in an effort to set off runaway climate destabilization.
The consequences are already being felt globally. international locations negative and wealthy alike had been plagued with hurricanes and other storms exacerbated by excess moisture generated through global warming, inflicting some island nations to actually drown. additionally, checklist droughts, wildfires, snowstorms and bloodless snaps are affecting the area’s food materials.
As parts of the global society wake as much as the truth of local weather exchange, some in the architecture, engineering and construction (AEC) industry wish to what they can do to make our structures and infrastructure more ecologically sustainable, thus decreasing the greenhouse gases (GHGs) pumped into the air—or greater resilient—and thereby maintaining the structures towards severe weather.
We spoke to a number of experts within the AEC arena to find out how the business is adapting to the changing world brought about by way of local weather exchange.
everywhere, development debts for roughly 25 percent of GHG emissions.when it comes to infrastructure, massive cities consume two-thirds of the world’s power, resulting in 70 percent of the realm’s CO2 emissions.
There are two major ways in which the AEC trade might reply to local weather change: cutting back the environmental impact of structures and infrastructure (regularly called sustainable practices) and bracing for the impacts of climate alternate which are already happening (frequently known as resilience).
Resilient design considers the affects of extreme weather—comparable to flooding, overheating, vigor outages—and makes an attempt to offer protection to in opposition t them.Lisa Dickson,associate essential and director of resilience for the Americas on the Arup neighborhood, referred to the vital alterations required within the AEC industry when it involves local weather alternate:
“There’s an increase in each the frequency and severity of those climate routine as we circulate towards existing day. there has been over $1.5 trillion of herbal catastrophe influences considering the fact that 1980. here is layered on good of a virtually $four trillion hole in infrastructure funding wants through 2025, which presently represents 20 percent of the U.S. GDP,” Dickson spoke of. “We essentially need to trade the manner we method infrastructure to be much greater proactive in making it resilient, looking longer term.”Flooding and intense Rain
Dickson mentioned that there's an outstanding deal of focal point positioned on flooding involving sea degree rise and storm surges. more currently, there has additionally been stronger consciousness that precipitation-connected floods are expanding, are losing a superior quantity of water in additional compressed periods of time, and can commonly be adopted with the aid of durations of relative drought.
In big apple, Arup has helped redevelop 20 acres of post-industrial waterfront on new york into Hunters point South Waterfront Park, the place it acts as a storm surge barrier for the biggest reasonably priced housing building task in new york city. The park become developed with a a hundred-12 months-storm elevation, plus an extra seven toes.(graphic courtesy of NYC Parks.)
A compounding subject is the fact that many coastal storms, which generate surges, can take place at the same time that excessive precipitation takes vicinity on land. whereas a sea wall could be used to impede the stream of the ocean, it will, unluckily, additionally act as a dam for the storm water that might should be flushed out to a nearby bay.excessive Temperatures
in response to experiences Arup has carried out, Dickson had very frank and startling projections for the future, when it came to intense warmth. “the usage of Boston as an instance, looking out to 2070, in case you consider summer season as happening between June and August, day by day might see temperatures of above ninety levels [Fahrenheit],” Dickson talked about. “with the aid of 2070, Boston’s whole summer could be an extended warmth wave.”
(photograph courtesy of the U.S. Environmental coverage company.)
These intense temperatures are exaggerated in cities, the place the urban warmth island effect (UHI), led to by an accelerated number of darkish surfaces, an absence of vegetation, and the skill of light to replicate off of and soak up into more surfaces in cities with tall constructions. In China, UHI is notion to make contributions to local weather warming via roughly 30 p.c. In turn, cities consume bigger ranges of electricity, because of the use of aircon programs.
One key method to reduce UHI is the use of light-colored surfaces, for example, changing darkish roofs with light colors, using reflective materials, or portray roads white to increase the metropolis’s standard albedo impact—the reflection of the sun’s easy again into the ambiance. This additionally aids, to a small extent, the planet’s albedo impact, which is being decreased through the melting of the planet’s ice caps. green roofs, in which vegetation adorns the tops of buildings, can create an albedo impact, whereas additionally performing as insulation, absorbing CO2 and featuring meals.
In a comparison between white and black verify plots on the roof of the Museum of modern artwork in Queens, ny, the white surface temperature measured 40°F cooler than these painted black during a length of June to August 2011. (photo courtesy of Gaffin et al.)
Dickson talked about that intense warmth is having a significant influence on the cooling programs of buildings, as well as on public fitness and security. This comprises implications for the labor drive, as it can have an effect on whether or not individuals can work outside and even if or not they could bike to work or wait outside for a bus.Such intense temperatures will even have impacts on the tourism business and the variety of individuals who will seek advice from a city all through the summer time.
On the different end of the high temperature spectrum is the wobbly polar vortex, an area of bloodless air with low atmospheric drive that hovers over the Arctic. at the edges of the vortex is the polar jet movement, which is a fast-flowing air present that travels across the planet between the Arctic and mid-latitude areas.
in the past, a big temperature difference between the vortex and the mid-latitude regions would drive the jet flow in such a way that the cold air of the Arctic could be herded at the North Pole. because the Arctic experiences warming sooner than different areas on the earth, the jet move has been wobbling north and south, instead of holding its tight round route across the Earth. This has led to extra of the bloodless Arctic local weather to be driven right down to the mid-latitudes.
“So, now not handiest are we dealing with the intense heat all through the summer season, however intense cold all over the wintry weather,” Dickson pointed out.“What does that suggest when it comes to financing anything with a one hundred-diploma differential?”fitness Care That Weathers the Storm
One Arup client that has taken local weather alternate extraordinarily severely for all of its facilities is partners HealthCare, a health-care community in New England. To be taught more, we spoke with Dr. Paul Biddinger, director of the middle for catastrophe drugs and vp for emergency preparedness at Massachusetts frequent health facility in Boston, as neatly because the clinical director for emergency preparedness at partners HealthCare.
Spaulding Rehabilitation hospital in Boston is built 30 inches above the five hundred-yr flood elevation and makes use of bioswales and granite berms to stay away from flooding. (image courtesy of Steinkamp images.)
Biddinger explained that companions is deploying resilience measures throughout its more than 30 facilities, including current hospitals and offices, as well as new structures. amongst these options are those regarding heavy precipitation, flooding and storm surges. as an example, companions is making its electrical systems and emergency turbines extra able to face up to such activities. partners is also seeking to Dutch designs to explore flood limitations that will also be deployed to steer clear of floor flooring penetrations of flood waters.
“learning training from Sandy and Katrina, we’re relocating turbines above grade,” Biddinger spoke of. “For these issues that may’t be moved above grade, like fuel tanks and gas pumps, we’re making them thoroughly watertight, attempting to be certain that all of the swap apparatus is appropriately watertight as neatly, in order that all components of the electrical equipment are resilient to flooding.”
Biddinger defined that companions is aiming to make a few of its amenities places of refuge or “extra resilient,” in order that patients who are at excessive chance in severe storm hobbies can get away to partners hospitals. To accomplish that, the organization is exploring placing submarine doorways in opt for beneath-floor floor areas. this can make it viable to wall off protected areas within the basements of structures for substances and meals storage.
Key-operated home windows at Spaulding Rehabilitation core make it viable for body of workers to let in natural air, within the eventof an emergency. (photo courtesy of Steinkamp photography.)
“It’s now not always handiest about preserving the facility throughout the experience however also making sure that for the length of recovery in a while we can continue operations,” Biddinger defined. “a couple of our facilities are in prone areas, in order that, despite the fact that they’re now not damaged by the flooding, they could develop into isolated, so it’s problematic to get resources in or out.”
Biddinger pointed out that New England is principally inclined when it involves expanding excessive temperatures sooner or later, since the place’snot as aware of the phenomena. Emergency turbines may additionally no longer be able to vigor cooling systems sufficiently. for this reason, companions is selecting the way to carry extra vigor technology capabilities in the case of power loss or brownouts, therefore fighting the deserve to evacuate patients from facilities.
green roofs and terraces at Spaulding Rehabilitation core help handle storm runoff whereas additionally enacting the albedo effect. (photo courtesy of Steinkamp photography.)
Chicago structure firm Farr associates has been imposing sustainability in its apply when you consider that before the notice “sustainability” even grew to be frequent.
The Yannell residence has 96 home windows that limit the need for using lighting, in addition to 48 solar panels, which make the house generate greater electricity than it consumes in the summertime. (image courtesy of Farr friends.)
Farr has been in enterprise for basically 30 years, designing constructions with leadership in power and Environmental Design (LEED)certification. LEED standards—reminiscent of conserving water, planting native panorama, specifying paint low in risky organic compounds—are actually so pursuits in the Farr workplace that the team focuses more on power usage and carbon footprint. To do so, the firm depends on the Passive condominium Institute US (PHIUS) ordinary.
A diagram of the YannellHouse and its a lot of green points. (photo courtesy of Farr associates.)
“PHIUS is a very aggressive power effectivity commonplace for constructions,” explained Doug Farr, founding predominant and president of Farr pals.“It sets a maximum energy use intensity per capita. It’s in reality aggressive and [passive houses are] really challenging to do. That’s what we begun doing with each project we can get away with.”
V-shaped butterfly roofs support to bring together rainwater, which is directed to an underground cistern for use in irrigation. (photo courtesy of Farr acquaintances.)
Farr acquaintances units a intention of creating every building passive with the purpose of reaching net-zero energy. Farr mentioned that his enterprise can’t obtain that degree even a third of the time, but that it guides them toward designing buildings which are as effective as viable. The passive condo typical of PHIUS emphasizes insulation and high-performance windows—almost removing thermal bridging and infiltration from the backyard. This ultimately requires a whole lot much less power to preserve interior consolation in a constitution.eco-friendly Infrastructure
As Farr and his team were conducting analysis for the currently launched ebook Sustainable Nation, he made observations regarding using herbal gas to heat buildings. “during the past, we’ve been very proud if we reduce energy use in a constructing through half or 60 percent, but then we would proceed to heat the buildings with natural gasoline,” Farr talked about. “we would have made a dent on slowing down climate change and introducing GHGs within the air, but after we’d decide to warmth with gasoline within the end, we type of blew it. The insight I gained writing Sustainable Nation is that what we truly want to be doing is stranding the carbon underground. The buildings we use, the automobiles we power, the grid that we depend on—all of those issues deserve to be carbon free.”
apart from designing structures, Farr acquaintances participates in city planning. When requested how to design an urban atmosphere in a sustainable fashion, Farr explained that, first, the metropolis’s planners have to have their priorities so as: focusing first on pedestrians, then bikes, then public transit, and eventually deepest cars.
by means of focusing first on pedestrians, it’s feasible to be sure that individuals in the metropolis will prefer to stroll than to power, subsequently the use of less power. To achieve this, it’s vital to create small blocks because, according to Farr, pedestrians like to make selections concerning the directions they’re going to take.
An illustration of the master plan for Colony Park in Austin, Tex., which was adopted through the city in 2014. The plan designates the park as a walkable residential area with commercial sections, and contains “productive constructing design, water conservation recommendations, and nil-waste technologies,” based on Farr buddies. (graphic courtesy of Farr acquaintances.)
When deploying passive photo voltaic heating, orientation of buildings also matters, however only for small buildings like single-household buildings. rather, Farr spoke of that significant constructions tend to be extra energy effective, as a result of a more robust ratio of exterior surface area to indoors volume of the constructing. although, monotonous big structures are sometimes much less engaging to pedestrians than smaller, satisfactory-grained buildings. here's one rationale that Sustainable Nation units the most efficient top of a city at about 8 studies.
Farr is also in favor of bendy, disbursed electrical energy, likely using photo voltaic energy. “distributed energy is the theory that each and every constructing would ideally generateall of the power it wants,” Farr explained. This formulation has a few benefits, ranging from reliability and scalability to flexibility and effectivity.
Farr friends’ portrait of a city wherein sustainability is placed on the middle of urban planning. (graphic courtesy of Farr friends.)
“What we see in the future is designing constructions to anticipate that there are all-electric powered automobiles that get plugged into the garage, even if in the constructing itself or a separate free-standing facility,” Farr defined. “The batteries within the cars can also well be the component that receives the leading building throughout the night and wintry weather. brooding about the place the electricity comes from, it could be on the roof or it may very well be no farther than my storage to charge my motor vehicle.”
Given the widespread nature of constructing counsel modeling (BIM) in AEC, it makes experience that the utility is being increasingly used for sustainability purposes, including for energy management and even a building’s carbon emissions.
A team of researchers based mostly in Canada and Hong Kong conducted a 2016 analyze into using carbon estimating methods within BIM to create actual-time, spatial representations of carbon emissions statistics inside a constructing. focusing on the carbon footprint of a residential constructing all the way through the working stage of its lifecycle, the study’s authors analyzed the carbon dioxide emissions linked to electrical energy and natural gas utilization. This information turned into then fed again into Autodesk Revit to create a graphical illustration of carbon emissions linked to specific areas of the constructing.
a simple BIM model representing carbon emissions of selected areas of a constructing in response to electricity and natural fuel utilization. (photograph courtesy of Mousa et al.)
moreover the use of BIM to manage the environmental influence of a constructing, the utility can also be deployed for resiliency measures. As Autodesk and its companions start to improve the area across the Eiffel Tower ahead of the 2024 Olympics, the company has demonstrated to the metropolis of Paris some functions for BIM that relate to disaster preparedness.
Nicolas Mangon, Autodesk vice chairman of AEC strategy & marketing, said about his discuss with with the deputy mayor of Paris and the governor of the Paris location, “I confirmed them how they might use BIM to simulate flooding in the metropolis, if, at some element, they need to evacuate the Louvre and retailer the Mona Lisa if it receives flooded.”
Canadian engineering ﬁrm SNC-Lavalin used CFD to superior be aware emissions from a blast furnace. (photo courtesy of SNC-Lavalin.)other simulations that Mangon confirmed the city officers had been how highway closings would affect city traffic, how toxic aerosols should be would becould very well be dispersed right through a terror attack, the structural integrity of the buildings and underground amenities, and the move of people in the streets.
vice chairman of AEC at Dassault Systèmes Jerry Jackson stated, in many ways the effectivity that BIM and different equipment bring to construction helps to in the reduction of waste within the in any other case wasteful AEC trade.
“within the built atmosphere, it all comes right down to materials. the manner we believe about our mission inside AEC as it pertains to sustainability is to give platform universes that may enable assignment consequences which are a ways superior than the elements they require,” Jackson pointed out.
Dassault Systèmes and other software builders boast the capacity of cloud-based equipment to unite the diverse group of stakeholders in a construction or city planning mission by means of proposing a single region for assignment records within the cloud. additionally, it’s regularly argued that preplanning the project by way of BIM can assist cut back error, waste and the time essential to assemble the constructing.
CadMakers was in a position to connect far flung stakeholders and model the Tallwood condominium constructing with accuracy to a tenth of a millimeter the use of CATIA and the 3DEXPERIENCE platform on the cloud. (image courtesy of Dassault Systèmes.)
CadMakers used Design for Fabrication’s CATIA application from Dassault Systèmes’ 3DEXPERIENCE platform on the cloud to model the Tallwood condominium constructing with accuracy to a tenth of a millimeter. within CATIA, the group changed into in a position to vicinity and size spaces for pipes, shafts and cabling within clearance and spatial requirements. Many features, together with move-laminated trees (CLT) panels and glued laminated trees, were developed off-website, where high-quality could be greater closely controlled. during this method, what would have typically been an unwieldy construction challenge grew to be extra like a particularly managed factory, in accordance with Jackson.
finally, the challenge become accomplished about three months forward of agenda, highlighting the type of material waste—and GHG emissions associated with it—that may also be eliminated via effectivity on the design side of construction by myself.
“A dataset that we take note truly neatly is the price that the U.S. has stopped smoking cigarettes. Now we’re at the fee we had been in in regards to the Forties. probably the most findings of Sustainable Nation was thatin Chicago, if we decarbonize the U.S. financial system on the same expense of alternate that the U.S. stopped smoking cigarettes, we'd omit our carbon ambitions by using one hundred twenty five years,” Farr said.“we would decarbonize by means of 2150 and that’s just approach too gradual.”
For its part, Farr associates has initiated a crusade to spur AEC establishments in Chicago to cut back their carbon footprint. Farr pals is hoping to get 50 % of Chicago participants of the American Institute of Architects (AIA) to sign a pledge to music carbon and energy efficiency by the time that Greenbuild foreign convention and Expo happens in Chicago this November.
Lisa Dickson has a nuanced view of the future of the Earth, its climate and its inhabitants, in part due to her formal tutorial practising as a paleontologist who studied mass and history extinctions. She separates the diverse chances into three main categories: a complete elastic restoration; plastic recovery, during which the environment could not be rather how it became before the commercial revolution; and brittle failure, during which a important threshold is passed, and the neighborhood can't get well.
Dickson believes that there could be examples of every of those types of recoveries during the ecosystem. Given our dependence on materials, our adaptive inflexibility, and the 50 or greater years of carbon at present within the environment, she mentioned, “I believe that we’re truly trying out our luck when it comes to how some distance out we will push issues earlier than we delivery to get over that cliff and see less plastic deformation and extra of a brittle spoil.”
activities reminiscent of Hurricanes Harvey, Maria and Katrina can also quickly grab the public’s consideration and are expected to turn up extra generally. “The query is how an awful lot does the system must ruin earlier than we step again and choose to basically exchange,” Dickson pointed out.
Farr framed his outlook when it comes to emotion and motion. “as a substitute of coming away from the analysis we did on Sustainable Nation with worry—worry of the unknown or worry of even if or now not we’re going to make it—I came away with a special emotion: anger—anger at what i was seeing. Anger is something which you could act on. concern is not. Anger is extremely motivating. I’m mad that the projection we grew to become out [was] that it would take one hundred twenty five years to decarbonize. Them’s combating phrases. That makes me mad. I believe we can do an awful lot more advantageous.”
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The couple met in August 2014, after Dr. Wolf’s reporting on human rights violations in the Middle East resulted in online threats. When she began inquiring about security, colleagues recommended Mr. O’Shea.
“The first thing she asked me was, ‘How are you doing?’ he recalled. “I thought, ‘She’s my concern, I should be asking her that question.’”
They embarked on what Ms. Wolf described as “a very professional relationship,” with Mr. O’Shea accompanying her to any event with a potential for danger.
“We went to a lot of geopolitical events and I admired how she handled herself,” he said. “She wasn’t afraid to ask tough questions, and she was always concerned with getting to the root of a problem, rather than trying to come away with the best sound bite.”
Dr. Wolf was equally impressed with Mr. O’Shea.
“He did a great job taking care of all of the harassment issues, which made my life so much better,” she said. “I really respected him for that, and was very grateful.”
Six months later, the job was finished, but Dr. Wolf and Mr. O’Shea, each of whom has two children, were only just beginning.
“At that point, I felt like he was my best friend, I was completely at home and at peace in his presence,” Dr. Wolf said. “Not only is he brave and honorable, but he’s kind to everybody, including my children, and he has a great Irish sense of humor.”
Molly Therese Sammon and Jeffrey Michael Berryman were married Nov. 24 at the Journeyman Distillery, a whiskey maker and events space in Three Oaks, Mich. Michael C. Hathaway, a friend of the couple who became a Universal Life minister for the event, officiated.
The couple met at the University of Notre Dame, from which both graduated.
Ms. Sammon, 28, is a special-education teacher at Blacksburg High School in Blacksburg, Va. From 2012-15, she was a special education mathematics teacher at Chicago Vocational Career Academy in Chicago, where she was a Teach for America corps member. She received a master’s degree in special education from National Louis University in Chicago.
She is the daughter of Maureen Fitzpatrick Sammon and William J. Sammon of Beverly Shores, Ind. The bride’s father is a purchasing-department manager, in East Chicago, Ind., at ArcelorMittal, a Luxembourg steel company. Her mother is a volunteer coordinator for the League of Women Voters of Porter County, in Valparaiso, Ind.
Dr. Berryman, also 28, is a postdoctoral associate in theoretical particle physics at Virginia Tech in Blacksburg. He received a doctoral degree in theoretical particle physics from Northwestern.
He is a son of P. Jeanne Berryman of Niantic, Conn., and James P. Berryman of Old Lyme, Conn. The groom’s mother is a nurse at the Center for Compassionate Recovery, a drug and alcohol treatment center in Madison, Conn. His father is a partner in Suisman Shapiro, a law firm in New London, Conn.
Samantha Lynn Arpino and Eugene Katsman were married Nov. 24 at the Royalton Mansion in Roslyn Heights, N.Y. Rabbi Randy Sheinberg officiated.
Ms. Arpino, 28, is a senior accountant and certified public accountant for Peterson Management in New York. She graduated from Hofstra University.
She is the daughter of Karen R. Arpino and Michael S. Arpino of North Hempstead, N.Y. The bride’s father is the director of business development in New York for JAK Creative Design, based in Darien, Ill. Her mother owns Karen Arpino Interiors, an interior design business in New Hyde Park, N.Y.
Mr. Katsman, 34, is a senior manager and certified public accountant for EisnerAmper, an accounting firm in New York. He graduated from Boston University.
He is the son of Lyudmila Katsman and Alexander Katsman of Suffern, N.Y. His mother is the accountant and business administration manager for Onkyo U.S.A., an electronics provider, in Upper Saddle River, N.J. His father is the accountant for Partnership for the Homeless in New York.
The couple met in 2014 while working together at EisnerAmper in New York.
Cynthia Lynch Shor and David Anthony Church were married Nov. 20. Cantor Zachary S. Konigsberg officiated at the Village Club of Sands Point, N.Y.
Ms. Shor, 71, is the executive director of the Walt Whitman Birthplace Association, which operates the site in Huntington, N.Y., where the poet was born, in 1819. She graduated from N.Y.U., received a master’s degree in literature from American University and was a doctoral candidate at what was then called the Steinhardt School of Teaching and Learning at N.Y.U. She is an emerita director of N.Y.U.’s alumni association for the colleges of arts, science and engineering.
She is a daughter of the late Gladys E. Lynch and the late Patrick Henry Lynch Jr., who lived in Des Moines. Her father retired as a plumber for Wolin Plumbing in Des Moines. Her mother retired as a licensed practical nurse at Mercy Hospital in Des Moines.
Dr. Church, 74, retired as the principal of Kingston High School in Kingston, N.Y., and is now a consultant in Greer, S.C., for charter schools, providing board training, leadership consultation, and also helping to establish new charter schools. He graduated from Long Island University, received a master’s degree in educational administration and business from Baruch College and received a doctoral degree in educational administration and policies from Hofstra University. He is also a director of the International Ballet in Greenville, S.C.
He is a son of the late Concetta Aulisio Delessio and the late Dominick Delessio, who lived in Brooklyn, and was raised by an aunt, the late Martha Delessio Church and her husband, the late Frank J. Church, also of Brooklyn. The groom’s father was a machinist at the Eberhard Faber Pencil Company in Brooklyn, and later in White Haven, Pa. The groom’s aunt worked with her husband at his printing and engraving business in Brooklyn.
The bride’s previous marriage ended in divorce, and the groom was a widower.
The couple met in June 2016, when Dr. Church stopped by the Walt Whitman Birthplace just a little after all the tour guides had left for the day and Ms. Shor offered to guide him through the site herself. Afterward, he asked her to have coffee with him, and when she agreed, he suggested that perhaps they should have dinner instead. “We ended up in a lovely Italian restaurant, we were the only customers there, tucked in a corner table, and we talked for two and a half hours,” Dr. Church said. “It was absolutely delightful.”
Carolina Maria Vélez and Adam Nicholas Quatrini were married Nov. 19 at Holy Family Catholic Mission in Rutherford, Calif. Deacon Chuck Cancilla officiated.
Ms. Vélez, 30, is an advocacy manager at Microsoft in New York and an adjunct professor at Washington & Jefferson College in Washington, Pa. She graduated from Carnegie Mellon University, from which she received a master’s degree in public policy and management. She also received a law degree from the Benjamin N. Cardozo School of Law at Yeshiva University in New York.
She is a daughter of Dr. Marcela Bohm-Vélez and Dr. Rafael I. Vélez of Pittsburgh. The bride’s father is an anesthesiologist for the Allegheny Health Network and a founder of CIMA Software, a software company in Sharpsburg, Pa.; Brainstage, a company that specializes in medical technology in Carnegie, Pa.; and Carmolex, a drug discovery service company in Pittsburgh. Her mother, a radiologist who specializes in women’s imaging, works in private practice in Pittsburgh. The bride’s parents also own Horizon View Farms in Rockwood, Pa.
Mr. Quatrini, 32, is a lawyer in Greensburg, Pa., at Quatrini Rafferty, for which his father, Vincent J. Quatrini Jr., is a founding partner and managing partner. He graduated from Dickinson College in Carlisle, Pa. The groom received a law degree from Duquesne University in Pittsburgh.
He is a son Patricia Quatrini and Mr. Quatrini Jr. of Greensburg. The groom’s mother is an assistant professor at Indiana University of Pennsylvania.
The couple met after being set up by Ms. Vélez’s brother-in-law in 2016.
Maya Catherine Popa and Sam Matthew Nester were married Nov. 23 at the Explorers Club, a professional society based in New York that promotes scientific exploration, where they are members. The Rev. Charlene Powell, a Presbyterian minister, officiated.
Ms. Popa, 29, is an English teacher and the director of the creative writing program at the Nightingale-Bamford School in New York. She graduated summa cum laude from Barnard College and received an M.F.A. in poetry from N.Y.U. She also received a master’s degree from Oxford.
She is the daughter of Catrinel I. Popa and Radu D. Popa of New York. The bride’s father is the associate dean of the law library at N.Y.U. and a writer. Her mother was, until September, the vice president for design at Hue, the fashion legwear company, in New York.
Mr. Nester, 31, works as the artistic director of the Bridge Arts Ensemble in New York, and is a member of the trumpet faculty for the Juilliard School’s music advancement program, for which he is also the artistic administrator for community engagement. He is also the director of brass bands at St. Hilda’s & St. Hugh’s School in New York. He holds a doctorate in musical arts from the Manhattan School of Music.
He is a son of Christine A. Nester and Matthew C. Nester of Brisbane, Australia. The groom’s mother is an assistant in nursing at Seasons Aged Care in Kallangur, Queensland, Australia. His father, who is retired, was the financial coordinator for major infrastructure projects for the Brisbane City Council.
The couple met in 2011 at Joe, a cafe in New York.
Keo Kanhchana Chea and Edward Kuei Chung Chan were married Nov. 23 at St. Patrick Catholic Church in Philadelphia. The Rev. George Schommer, a Roman Catholic priest, performed the ceremony. On Dec. 7, the couple is to have a second ceremony at Club One, an events space in Repulse Bay, Hong Kong. Brian Wang, a friend of the couple, is to lead the ceremony.
Mrs. Chan, 38, is an assistant director of the public engagement division at the Consumer Financial Protection Bureau in Washington. She graduated from the University of California, Davis, and received a law degree from the University of California, Hastings.
She is a daughter of Mealany Poum Chhim and Rithy Chea of Rocklin, Calif. The bride’s parents retired as the owners of a Stop & Shop grocery store in Rocklin.
Mr. Chan, 35, is a principal of 1315 Capital, a health care private equity firm in Philadelphia. He graduated from Johns Hopkins University, and received an M.B.A. from the University of Pennsylvania.
He is a son of Brenda Chan and Dr. Yuk Charn Chan of Philadelphia. The groom’s mother retired as a certified public accountant in Philadelphia. His father is a retired biochemist with SK Biopharmaceuticals in Fairfield, N.J.
The couple met in January 2014 through a mutual friend in Washington.
There may be no better way to engage kids of all ages in learning about science than with a Lego-based DNA molecule, robot or rocket. We've scoured the internet for the best, quirkiest, most innovative examples of science-inspired Lego creations. We're featuring some of our favorites here, along with an explanation of the science behind them, including a space shuttle, MRI machine, particle collider and mushroom cloud. If you have a favorite we've missed, let us know in the comments. Above:Curiosity Chemist Tim Goddard built this Lego model of the Mars Science Laboratory, also known as Curiosity, to celebrate the 50th anniversary of Yuri Gagarin's first space flight and the last Shuttle mission. The model was displayed at the National Space Center in the U.K. NASA launched the nearly 2,000-pound Curiosity rover on Nov. 26, 2011 to scour the red planet for evidence that it can, or did, support life. "We're not looking for life per se. We're one step before that," said deputy project scientist Ashwin Vasavada of the Mars Science Laboratory. Evidence of water in lakes and rivers suggests Mars may have been "a friendly place for life," he said. With Curiosity, scientists will be looking for water and phosphorus, an element found in cells. They'll also be able to examine Martian hazards, like cosmic rays, solar particles and ultraviolet radiation, which may have killed past life or could be dangerous to humans when we visit the planet. On on Aug. 6, the self-steering rover will parachute down to Gate Crater, which is "like the layers in the Grand Canyon, a sequence of rocks laid out before you that traverse a lot of geologic history,” planetary scientist John Mustard of Brown University, a 20-year veteran of Mars missions, told Wired Science in July. “Layer by layer, Curiosity’s going to climb from the bottom and up through Martian time.” Curiosity's pimped out with six-wheel drive, a rocker-bogie suspension drive, a high-tech pair of "eyes" -- its Mast Camera -- and a ChemCam laser that can vaporize and analyze rocks from about 30 feet away. It can crawl over roadblocks 29 inches high and can get up to whopping speeds of about one-twentieth of a mile per hour. But, it'll spend most of its 23-month excursion cruising along at about two hundredths of a mile per hour, when it's not drilling or examining interesting rocks, that is. Scientists hope Curiosity will gather evidence of how Mars morphed from a possibly wet, life-friendly place to a dry, cold inhospitable planet. "If we have a detailed record of that whole evolution, that would be a huge success," Vasavada said. Images: 1) Tim Goddard / Flickr. 2) Artist's concept of Curiosity rover, NASA / JPL-Caltech. Genetic Code Nannan Zhang built this DNA sculpture out of Lego bionicle claws as a gift to geneticist Gary Stormo, with whom Zhang did genetics research for this undergraduate thesis. Deoxyrybonucleic acid, better known by its street name DNA, has been called (pun intended) life's building block. The spiral ladder-shaped molecule holds our most personal information: the blueprints that build the proteins that make up our cells, tissues and organs. There may be a stretch of DNA with your name on it. DNA can be used against you in a court of law. It can also tell you who's your daddy. More than a decade ago, scientists first sequenced the human genome, an endeavor that cost $2.7 billion to complete. In January, Life Technologies, a biotechnology company, announced they could sequence an entire genome in about a day for less than $1,000. Although scientists can tell you your genetic alphabet -- the approximately three billion A's, T's, G's and C's that make up your DNA -- they're still trying to understand what it all means. So far, they’ve mostly focused on genes, the parts of the code that spell out how to build proteins. But genes only make up about 1.5 percent of the genome. Scientists still don’t fully understand what our DNA’s (almost) 99 percent is doing. Regulatory sequences, for example, help determine when genes are turned on or off. Though they don't code for proteins, they control what genes are used in what context, which is important for development, says bioinformatician Jim Kent of the University of California, Santa Cruz. Images: 1) DNA molecule designed by Nannan Zhang. Nannan Zhang 2) Nannan Zhang's Lego representation of Gary Stormo's genetics laboratory at Washington University in St. Louis. Nannan Zhang. Anatomy Lab Nannan Zhang, who's been featured in Wired previously for his post-apocalyptic Lego creation, built the anatomy classroom as a gift to his anatomy professors at UT Southwestern Medical School. The first-year medical school student tried to make the Lego version of his anatomy lab as realistic as possible by including its instructors (the anatomists), blackboards, overhead lamps, radiographs, and metallic cadaver tanks, which (in real life) have a lever that retracts the diseased bodies into a holding chamber. But the MiniFigs don't bear any resemblance to the real anatomists. "They don't give any idea how old we are," human anatomy course director Barry Botterman quipped. Anatomy is unique among medical school classes because students "are really seeing their first patient," Botterman said. "Probably they'll spend more time with that cadaver than they will any of the patients they'll see in the future. They get to know that cadaver pretty well." With it, students not only learn about the structure of the human body, but they also get to see how different diseases affect it. At UT, there are roughly 60 cadavers per 240 students. Among the cadavers they study, students may get to see how cancer and kidney disease affect the body. In total, they spend about 180 hours looking closely at the body's heart, veins, arteries, lungs, joints, tendons, tissues and other organs. They start off with the muscles of the back, hands and arms. They then move up toward the head, which Zhang says is probably the most complicated area to dissect because of its vast number of nerves, blood vessels and small muscles. After the head, the students course down the body until they reach the toes. "Seeing what everything you learn about in textbooks looks like in real life -- that's something I'll never forget," Zhang said. Image: UTSW Anatomists by Nannan Zhang / Flickr. Antikythera Mechanism Andrew Carol built this working Lego-version of the ancient Antikythera Mechanism. Discovered in the early 1900s by a group of underwater sponge divers, the real Antikythera mechanism may be the world's oldest analog computer. The roughly 2,000-year-old Babylonian device may have displayed the motions of the sun, moon and five planets and accurately predicted eclipses and other celestial events. The National Archeological Museum in Athens houses what's left of the Antikythera Mechanism. https://www.youtube.com/watch?v=RLPVCJjTNgk Image: Andrew Carol's Lego version of the Antikythera Mechanism. Andrew Carol. Video: Nature Video Channel / YouTube. The Kidney Medical illustrator Maya Shoemaker built this kidney model after she was dubbed "kidney" for dressing up like the bean-shaped organ for Halloween. "I happen to love the organ for its shape and cuteness," she wrote in an e-mail. "The kidney seemed like a good option for my first anatomical Lego study because of the level of detail needed to show off the parts -- it held up well at a small resolution of bricks." The kidney removes waste products and excess water. It balances the body's electrolytes and produces hormones that affect blood pressure and the production of red blood cells and vitamin D, which is important for healthy bones. Without your two kidneys, you'd die. Each one is about the size of a fist and weighs between four and six ounces, depending on your gender. Kidneys have about 1 million tiny filters called nephrons, which rid the blood of excess ions (sodium, potassium, chloride), glucose and small proteins. These organs filter about 50 gallons of fluid each day. Most is reabsorbed into the body, while the rest leaves as urine. Chronic kidney disease is a serious health issue: 26 million Americans have kidney disease, according to the National Kidney Foundation. And last year, surgeons performed more than 15,000 kidney transplants in the U.S., according the Organ Procurement and Transplantation Network. People with kidney disease have a higher risk of high blood pressure and heart disease. Image: Maya Shoemaker. Magnetic Resonance Imaging Raymond Bull says he started putting together just the shell of this model and realized he could build an entire MRI machine around it. He's not a scientist, but he's always been interested in science and science fiction, he says. MRI, or magnetic resonance imaging, has been around since Dr. Raymond Damanian built Indominatable, the first scanner, in the late 1970s. Since then, the technology has become quite common in clinical and research settings. Chances are you know someone who's been in one of these giant contraptions. Inside the bore, the donut-shaped cylinder that houses the MRI machine's superconducting magnet, hydrogen reacts to the magnet's magnetic field. Normally hydrogen atoms spin in random directions, creating a tiny magnetic field of their own. (Scientists focus on hydrogen because it's so abundant in cells.) The MRI's magnetic field is much stronger, causing them to shift. About half align with the magnetic field, and about half in the opposite direction. But not every atom cancels each other out. A few more line up with the magnetic field because this requires less energy. When the MRI's radio transceiver sends out radio waves tuned to hydrogen, these unmatched atoms absorb energy and flip. Atoms flip back and release energy when the radio waves are turned off. The MRI scanner "reads" that energy, and, using math, coverts the signal into an image of your stomach, lungs, brain, tendons, etc. "It's one of the few techniques that produces such exquisite images of the soft tissues in the body," said Joseph Hornak, who directs the Rochester Institute of Technology's Magnetic Resonance Laboratory. With MRI, doctors can take high-resolution pictures of your muscles without having to cut you open. The images can help them diagnose multiple sclerosis, tendonitis, stroke and cancer. MRI can also be used to image flowing blood and to study brain function. It's even been used assess the quality of wine and wine grapes and to study tarantulas' heartbeats. In hospitals, MRI magnets tend to be around three tesla or 30,000 gauss, the units for measuring magnetic strength. (The Earth's magnetic field, by comparison, is about 0.5 gauss.) But researchers use 7-tesla machines because stronger magnets tend to produce higher-quality images. Some worry these strong magnetic fields could be harmful, but Hornak says the real danger stems from not being careful around an MRI machine. Metal objects like keys, pens, scissors and jewelry can become deadly projectiles when they get pulled into the magnet, Hornak says. Some people, however, have reported feeling dizzy in stronger, research-grade MRI machines. The magnetic field might affect the endolymph, or fluid, in the semicircular canals, structures in the inner ear involved in balance, according to a study in the October issue of Current Biology. The magnetic field slightly tugs at this fluid, which deflects the ear's tiny motion sensors. This deflection can make people feel like they're on a very slow merry-go-round, says engineer and lead author Dale Roberts of Johns Hopkins University. But most people getting an MRI won't ever feel this because the force produced by magnets used in clinical settings is so weak. The force your ear feels when you move your head, for example, is much stronger. For now, the implications of Roberts' findings might be more pertinent to scientists studying the brain than to patients getting an MRI. "What makes it very important (even more so than the fact that MRI can make you dizzy) is that MRI has become a widespread tool to study brain function. This study shows that MRI may itself actually be affecting the brain function we are trying to measure," wrote neurologist Mark Walker of Case Western University in an e-mail. Images: 1) Raymond Bull / Flickr. 2) MRI machine at the National Naval Medical Center in Bethesda, Maryland. US Navy / Wikimedia Commons. Bombs & Mushroom Clouds Bruce Lowell based his Lego mushroom cloud (above) on a Lego sphere he built about 10 years ago, popularly known as the Lowell sphere. (He didn't call it that, he says.) While making a Lego doughnut, he decided to plug the doughnut hole, and when he did that, "it looked enough like a mushroom cloud to make a full one," he wrote in an e-mail. "I'm a really big fan of the television show 24 which had a few nuclear explosions in its run, so I'm sure the idea was hanging around in my subconscious waiting to come out." Nuclear weapons come in several explosive varieties, including fusion and fission bombs. Hiroshima's "Little Boy" and Nagazaki's "Fat Man," perhaps the most famous bombs in history, were both fission bombs. Nuclear fission happens when an atom splits in two. As it fisses, it also spits out neutrons and gamma rays, a type of nuclear radiation. Fusion happens when two atoms merge to form a bigger one. (The sun makes helium by melding two hydrogen atoms together.) Both reactions release tremendous amounts of energy. When "Little Boy" and "Fat Man" exploded in 1945, they killed thousands of people as they created frantic plumes of dust and water droplets. Mushroom-shaped clouds also form during volcanic eruptions, other types of strong explosions, and even when peat moss release their spores. For example, when a bomb explodes, it forms a hot, buoyant gas bubble, or fireball, that rises and expands quickly, picking up dust and debris along the way to form the stem. As it expands, it creates a shock wave. The hot bubble forms a rolling flow of hot material rising in the center, which then rolls down at the edges to form the mushroom cap, says Dave Dearborn of Lawrence Livermore National Laboratory. The cloud's size and height depends on the explosion's strength. These clouds can rise at speeds of about 300 mph and can change color from red brown to white as water condenses. Images: 1) Bruce Lowell / Flickr. 2) Nuclear weapon test Romeo (yield 11 Mt) on Bikini Atoll. The test was part of the Operation Castle. Romeo was the first nuclear test conducted on a barge. The barge was located in the Bravo crater. Department of Defense / Wikipedia. Fire For artist Cole Blaq, fire symbolizes inspiration because its energy "shines far and releases heat. This is the energy that keeps me moving," he wrote in an e-mail. Fire is a chemical reaction between oxygen and a fuel, like gasoline, alcohol or wood, that's heated to its ignition temperature. As the fuel heats up, it releases volatile gases that then react with oxygen and start burning. Fires are self-perpetuating because the heat they give off kindles the chemical reaction between oxygen and the fuel, keeping it going. Without oxygen, heat or fuel, fires die. For example, splashing water on a flame lowers the temperature. Fires get a bad reputation for destroying homes and killing people. But not all fire is bad. In forests, fires help clear dead brush and some trees need fire to help them release their seeds. Images: The Burn by Cole Blaq / Flickr. Space Shuttle Ed Diment, Annie Diment and their colleagues, OptimalControl and Euphonica, built this 1:37 scale model of Space Shuttle Discovery for display at the National Space Center in Leicester, U.K. The model shows the shuttle's external tank and two solid rocket boosters. NASA's space shuttle program launched on April 12, 1981 as Shuttle Columbia took off from NASA's Kennedy Space Center in Florida. The shuttle program's spacecraft were the first reusable space-planes in orbit, and astronauts took the first space walk during Shuttle Columbia. For astronauts, weightlessness and the tight living conditions were among the biggest challenges. While in orbit, astronauts are in a constant free fall around Earth. They can't sit, pour a glass of water or use the bathroom the way you would at home. "The bottom line is that things float," Discovery astronaut Dan Bursch said. And then there's the tight living quarters. "It's like a family trip and never getting out of the Winnebago for six months," Bursch said. During its 30-year run, the program carried astronauts to space; put satellites into orbit; recovered and repaired satellites; and helped build the International Space Station, the largest structure in space. The shuttles orbited the Earth almost 21,000 times and spent more than 1,320 days in space. The five spacecraft, Columbia, Challenger, Discovery, Endeavor and Atlantis, flew a total of 135 missions between 1981 and July 21, 2011, when Atlantis completed the program's final mission after landing at Kennedy Space Center. The total cost of the shuttle program was $113.7 billion (not adjusted for inflation). https://www.youtube.com/watch?v=bluQ4eOeBwo Images: 1) Optimal Control / Flickr. 2) Space Shuttle Discovery heads toward the International Space Station. NASA / Wikipedia. Video: Vinciverse / Youtube. Space Rockets Certified Lego Professional Ryan McNaught's Saturn V rocket model (above) stands almost 19 feet tall. Neil Armstrong traveled to the moon with the help of a Saturn V, a type of rocket used in the 1960s and 1970s for the Apollo missions. These rockets were about 360 feet tall, or taller than the Statue of Liberty, and weighed the equivalent of about 400 elephants. Although many people associate rockets with space, the word rocket can refer to any engine or to a vehicle that uses an engine. NASA has used rockets to launch astronauts into space, put satellites into orbit, and send spacecraft to the moon and other planets. Images: Saturn V rocket by Ryan McNaught / Flickr. ATLAS Detector ATLAS is a roughly 150-foot long, 7,000-ton particle detector at CERN in Geneva, Switzerland. CERN scientists are using ATLAS to study the "particle zoo," which includes fundamental particles like quarks, muons and neutrinos, and the elusive Higgs boson. They're also hoping they might discover new, exotic ones, like squarks, sleptons or gluinos. "Just the same way an atom is built as a core and electrons, the particles in the core are build on something too," physicist Sascha Mehlhase said. So they're accelerating protons, positively charged atomic particles, and then they colliding them. When these subatomic particles collide, they can create new ones. "We have an equation by Mr. Albert Einstein, E=mc2, that says if you have a lot of energy, that can be converted into a new particle, a new mass," Mehlhase said. Some of these particles decay within fractions of a second, while they're still inside the beam pipe where they collided. So ATLAS measures the traces these particles leave behind, and then scientists use the signals to deduce what particles the collision created. Mehlhase built the Lego ATLAS model to help spark interest in particle physics in people visiting the Neils Bohr Institute in Copenhagen, where he works. Plus, building a replica out of the Danish toy bricks seemed appropriate. He hopes students will build Lego ATLAS models of their own so they can learn what the detector does through putting it together. For example, as they're building the large, white circular outer wheels, an instructor would tell them these are the muon chambers, which detect muons, negatively charged particles that are slightly heavier than electrons. "A muon is like the big brother of the electron," Mehlhase said. Unlike other particles, muons don't lose much energy as they move through the inner layers of the detector, so scientists assume they are the only particles able to make it this far out from the center. Images: 1) Lego ATLAS by Sascha Melhase. Sascha Melhase. 2) ATLAS' muon chamber. ATLAS Experiment © 2012 CERN. Robotic Limb Can your Legos hold a bottle or pour water out of a cup? Max Shepherd’s can. The UNC biomedical engineering major build a robotic Lego arm that mimics a human arm and hand’s range of motion. He's been building models since he was 10 years old. His Lego limb can flex and spread its fingers, curl its thumb, make a fist, rotate its wrist, and in case you’re wondering, yes it can flip people off. “But I’m not going to put that in the video,” Shepherd said. The model is built around the constraints of Legos, so it's not meant to function as a prosthetic, but it does showcase how intricate movement can be, Shepherd says. Some fans have told him they’d never thought about how mechanically complex human hands and arms were until seeing his Lego version. The hand is one of the most intricate parts of the body. Our fingertips have hundreds of nerve endings that feed back information about the environment, like pressure and temperature, back to the brain. Part of the challenge in developing prosthetics is building a neural-prosthetic interface to re-establish these connections after they've been severed due to amputation. New research suggests scientists are getting closer to overcoming this barrier. https://www.youtube.com/watch?v=KR3IiXvzrds Images and video: Max Shepherd. Bones Artist Cole Blaq's model of a spine, called Tuff to the Bones (above), is meant to depict "anatomy and the perception of genetic science from a view of a simple person," he wrote in an e-mail. The title could also imply resilience. Scientists who study back pain must have plenty of that because studying back pain is well ... a pain. It's complicated and experts haven't quite figured out what causes it. But William Marras, the director of Ohio State University's Biodynamics Laboratory, is developing a personalized, "dynamic MRI," which images how human spines move and react in different scenarios like lifting a box, pushing a cart, twisting or bending. The model is based on measurements taken from individual patients as they move. The technology could help researchers understand the root causes of back pain, which afflicts up to 80 percent of people at least once in their lives. Marras and his staff measure the patient's body. They stick electrodes on the patient's torso and place a motion-sensitive device around their lower back. They put markers on a patient's joints to figure out how their arms and legs move. When a patient walks or raises his arms, electrodes and sensors record those movements. The researchers also use MRIs and CT scans to give them an accurate picture of the patient's tissues and bones. They integrate all the data and construct a 3-dimensional model of the spine. The model can give them insights into how specific or repetitive movements cause muscle stress. They can then use that information to advice companies on how to design their workplace to minimize injury or surgeons on the best course of treatment for patients. Some of Marras' research is focused on preventing work-related injuries in the car industry, so he brings workers into the lab, where they can simulate the production process with cars and tools they'd have at the factory. If he's assessing a patient considering surgery, he'll have him perform everyday activities like bending, twisting and lifting. Marras and his staff also get feedback from the patient about how he/she is feeling. Researchers who use cadaver spines or computer-based models don't get that information. Personalized spine modeling could increase the success rates for spinal surgery, which tends to leave patients "no better or worse" in 50 percent of cases, Marras says. "You can make all your mistakes on a computer before going and trying it out on a person," he said. For years, researchers have studied back pain generally, asking patients if they're doing too much heavy lifting, whether back pain runs in their family, or if they're sitting in front of a computer for too long, Marras says. They've relied on computer models or cadaver spines to study how the spine reacts to stress and pressure. These models can simulate daily activities, provided researchers know what muscles are involved, says David Moody, who developed a spine simulator as part of a collaboration at the University of California, Berkeley and the University of California, San Francisco to test how muscle strain and posture contribute to back pain. The problem is that researchers often lack this information. Plus, "movement is the key to life," Marras said. "A lot of these models that are out there don't really assess what happens when people move," which could be a recipe for misunderstanding what's really happening, he said. Despite its benefits, there's still a long way to go before Marras' system is widely available. He didn't say how much the procedure cost, but he did say it wasn't cheap. Plus, the modeling takes three to four people about a month to complete. He hopes he'll be able to cut that time down significantly over the next few years so the technique can be used more routinely. Until then, the recommendations he's able to make are still based on generalizations based on a few people's personalized scans, in a way that's similar -- though in Marras' opinion superior -- to working with a robotic setup and cadaver spines, which are a scarce resource. The end goal of both approaches, however, is the same: to design personalized treatments. "If I can make detailed models of a handful of people and say, 'Ah ha!' When people do this, this is what happens to the spine, then I can find more general ways to fit that in to a much larger population and come up with much stronger relationships. You'll know what you're talking about as opposed to just having fuzzy ideas as to what the cause and effect is," Marras said. Image: Tuff to the Bone by Cole Blaq. Cole Blaq / Flickr. Genetic Engineering Artist Cole Blaq thinks of his creation, Decode, as a merging of "religion, science, plastic, graffiti, [and] art into one thing -- my expression," he wrote in an email. It's like a "search for the absolute, the search for truth." Through genetic engineering, scientists are searching for ways to introduce, or delete, traits by manipulating an organism's genetic code. In 2006, MIT bioengineers made E. coli, which usually give off a putrid stench, smell like bananas. They inserted genes that allowed the bacteria to make isoamyl acetate, a chemical behind the ripe-banana scent. In 2009, Japanese scientists released Applause, the world's first blue rose. These roses make delphinidin, a pigment common in blue flowers, but not typically found in roses. Scientists are also using genetic engineering to fight diseases like malaria and dengue. They're creating mosquitoes that transmit these diseases less efficiently. They hope these mosquitoes will then breed with native populations and pass along the genes that make them less infectious. But there are ethical concerns with using genetically modified organisms as their effects on native populations aren't fully clear. Image: Decode by Cole Blaq. Cole Blaq / Flickr. Periodic Table This brick model of the periodic table was part of Lego's Make Everything ad campaign, fitting since elements make up everything around us. The periodic table organizes elements, substances made up of one type of atom, according to their properties and behavior. For example, the noble gases -- helium, neon, argon, krypton and xenon, are listed together as group 18. They are odorless, colorless gases that aren't very reactive. Elements are arranged from left to right based on atomic number, which refers to the number of protons an element has. Hydrogen, the number 1 element, only has one proton. Carbon has six, and xenon has 86. Typically, the higher the atomic number, the heavier an atom is. Images: 1) Lego ad campaign. Lego. 2) Periodic table of the elements. Wikipedia. Gorillas Barbara J. Chin snapped this photo of Lego gorillas at the Bronx Zoo in New York in July 2011. The brick-based primates were part of a Lego Zoofari Expedition featuring animals that are part Wildlife Conservation Society's preservation efforts. Gorillas are the largest living primates, a group that include monkeys, lemurs, orangutans, chimpanzees and humans. Scientists can identify them by taking close-ups of their noses because no two gorillas have the same one. Males can be up to 6 feet tall and weigh more 200 pounds. Females are smaller: They can be about 5 feet tall and weight around 200 pounds. In the wild, gorillas live around 35 years, but up to 50 in captivity. These mostly herbivorous animals live in central Africa. Gorilla gorilla live in lowland tropical rain forests, while Gorilla berengei live at higher altitudes in mountain slopes, bamboo forests and rain forests. Gorillas live in troops of up to 30. The alpha male, the silverback, is the group's big boss. He helps protect his clan and decides where the group will hunt and move to each day. These hairy animals don't have predators, but humans hunt them for meat, including their hands and heads, which is sold as part of the illegal bushmeat trade. "This has led to the decimation of wild gorillas," said Billy Karesh, the executive vice president of EcoHealth Alliance. "Many human outbreaks of [Ebola hemorrhagic fever] have been traced back to hunters killing infected gorillas." Ecotourism may also pose a threat to these endangered species. There are fewer than 100,000 lowland gorillas in Africa, according to the San Diego Zoo. Images: 1) Lego Gorilla at the Bronx Zoo in New York. Flickr / Barbara J. Chin. 2) Mountain gorillas in Rwanda. Andre Engels / Wikipedia.
The associate director of service-learning for community engagement at La Sierra University in Riverside, California, Hess founded the club at the beginning of this season because she wanted to create a comfortable atmosphere for black women to watch hockey games together. But successful outings to Washington, New York (Manhattan and Brooklyn) and Nashville and the exponential growth in membership to more than 200 got her thinking about what the group could do beyond going to games.
So earlier this month, Hess began the process of transforming the Black Girl Hockey Club into a nonprofit organization that can help others get involved and give back to a game that brings her joy. Hess hopes to have that nonprofit certification complete before the start of next season.
"This is exactly what I wanted. This was a dream," said Hess, who also is an associate English professor at La Sierra University and a freelance pop culture writer. "In my day job, I work as a community organizer, so this is second nature for me. I teach as well, but my full-time job is working in community service at the university. So, this ability to help others through a platform that magnifies the voices of black women is really something that I cherish and I'm looking forward to building in the future."
In addition to funding more outings for the club, Hess envisions the money it raises helping kids and fans of color connect with the NHL teams in their markets and also assisting young black girls who play hockey so they can continue their development and potentially reach the college and professional level.
Metropolitan Riveters defenseman Kelsey Koelzer, a Horsham, Pennsylvania native who became the first African-American selected with the No. 1 pick in National Women's Hockey League Draft in 2016, remembers few instances when she was singled out because of her sex or race when she was growing up, but knows there are others who weren't as fortunate.
That's why the 23-year-old is a big supporter of the Black Girl Hockey Club, which embodies the principles of the NHL's Hockey is for Everyone initiative.
"That to me is the most important aspect of this; just making sure everyone feels welcome in the sport," Koelzer said. "They might not necessarily have the same sense of community that I always had with hockey, so to have a group like this that would make other people feel more comfortable going even just to watch the sport, not necessarily start playing the sport, is great. When you can grow the hockey community whether it be at a player base or a fanbase, it's always a win."
Hess became interested in hockey when she ran into a crowd of excited Pittsburgh Penguins fans following a game while she was in Pittsburgh for academic conference in 2011. The 39-year-old learned later that the Penguins defeated the New Jersey Devils 1-0 in a shootout and became curious.
Before long, she was a Penguins fan.
"I kind of started reading about it, researching. I listened to games," she said. "Then, when I went to my first live game I was hooked after that."
When Hess went to her first game in 2015, she brought her husband, Glenn, and his brother with her to Honda Center to see the Anaheim Ducks play. Last season, Hess took her 16-year-old daughter, Lola, to her first game.
Hess noticed that she rarely saw other black women at the games. That sparked her quest to find others like her.
Through a callout on social media she connected with other black female fans and they started a group chat. That led to a conversation about attending a game together.
"Everybody wanted to go to a game, but nobody really felt comfortable going," Hess said. "So, what better way to facilitate the love of hockey than by inviting hockey moms and their kids, the fans and the players, and getting them all together to enjoy a game?"
The club picked the Washington Capitals' home game against the Buffalo Sabres at Capital One Arena on Dec. 15 for its inaugural outing because many of the members live in the East and because the Capitals had two black players -- forward Devante Smith-Pelly (now with Washington's American Hockey League affiliate in Hershey) and defenseman Madison Bowey (since traded to the Detroit Red Wings on Feb. 22) -- and two black members of their ownership group, Earl Stafford and Sheila Johnson.
A group of more than 40, ranging in age from 6 to 91, made the trip to Washington. Several were hockey moms who brought their hockey-playing daughters and sons, including Alexis Arnold, who traveled from Rochester, New York with her 6-year-old son, Jaelyn.
"It lets you know there's this whole network out there, I'm not alone," Arnold said of the club. "I'm not ashamed to be black and love hockey. I love it. I'm a proud hockey mom. I love the sport. I always really liked football and basketball. I played basketball. But I actually would love to play hockey. I want to get out on the ice and play."
The success of the Washington gathering led to three more during the Black History Month in February.
Video: Black Girl Hockey Club visits the Washington Capitals
A group of 12 visited the NHL office in New York and met Commissioner Gary Bettman on Feb. 1 before going to see the New York Rangers host the Tampa Bay Lightning at Madison Square Garden on Feb.2. Then, 27 went to Nashville for a weekend of activities capped by a hockey doubleheader at Bridgestone Arena on Feb. 10 that included the Nashville Predators hosting the St. Louis Blues followed by the NWHL All-Star Game.
One of the highlights was a postgame meeting with Nashville defenseman P.K. Subban, captain Roman Josi, goalie Pekka Rinne and forward Filip Forsberg.
"It was a little bit different from D.C., but it was still so cool just to be able to meet everybody," Hess said. "Then, when P.K. came out, we got to take a group picture and he was really cool and excited to see us. So, that was a lot of fun."
The club's whirlwind of excursions concluded with 17 members attending the New York Islanders' Hockey is For Everyone game against the Edmonton Oilers at Barclays Center on Feb. 16.
Together with the trip to Washington, the three events fostered a sisterhood among these women they hadn't been able to experience before.
Florence Clemmons, director of the Genesee Valley Youth Hockey Club in Rochester, remembers feeling like an outsider when her 20-year-old son, Elliott, now playing for the Rochester Junior Monarchs in the National Collegiate Development Conference, picked up the game 13 years ago. The Black Girl Hockey Club has opened her eyes to the existence of a larger community.
"I don't feel alone now," Clemmons said. "It's something I've been very interested in doing and I think it's great. It's something that I'm glad it's happening."
Although there is more work to do, Koelzer, who was able to attend to the event in Washington because she was sidelined with a foot injury at the time, is encouraged by the club's start.
"I think it truly exemplifies how far the game has come even just the 19 years I've been playing," Koelzer said. "I never would have imagined that there would be an organized group such as this that's really trying to show how welcoming of a game that hockey is. So, this is definitely special."
As fun as the get-togethers at the games have been, Hess believes the club's seminal moment came in January when it was able to help Kalei Forga, a 12-year-old from Forest Lake, Minnesota, raise the $3,700 she needed to travel to play in the 2019 World Selects Invitational in Chamonix, France April 16-20.
Forga's mother, Michelle Forga, reached out to Hess to help promote the GoFundMe page they started for her trip. Hess happily posted some information about Forga and a link to the GoFundMe page on the Black Girl Hockey Club's official Twitter account.
That jumpstarted the campaign and got the attention of Minnesota Wild defenseman Matt Dumba, who retweeted Hess' post to bring more attention to it, offered some encouragement to Forga, and donated $500. With the assists from Dumba and Hess, the GoFundMe page generated $9,000 in donations, enough to send Kalei, her parents and her sister, Maya, to France for the tournament.
That got Hess thinking about how else the club could help.
"I am just so excited about it," Hess said. "I'm really thinking about the future and how we can help amplify black women in the hockey community either through helping the kids get to their games or learn how to play hockey and things like that."
Potential future projects include fundraising for much-needed renovations at Fort Dupont Ice Arena in Washington, home of the Fort Dupont Cannons inner-city youth hockey program. Hess is in the process of putting together a club newsletter and planning watch parties and LGBT Pride celebrations in New York and Los Angeles in June.
The club also is recruiting members to march with groups from the NHL and the You Can Play Project, which promotes inclusion in sports, in the WorldPride March in New York on June 30. And Hess is already thinking about putting together trips for next season with home games of the Dallas Stars, Colorado Avalanche and Florida Panthers as potential targets.
"I don't want Black Girl Hockey Club to be a token of Black History Month," she said. "I would love to see it push forward and evolve and when the 2019-20 season comes around I want the meetups just to be one facet of what we're working on in Black Girl Hockey Club."
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