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Thursday, September 26, 2019

Cassie and Alex Fine get married in intimate ceremony

Cassie and Alex Fine are officially married!

Keep It Classy: Diddy responds to Cassie’s pregnancy announcement

The lovebirds who hooked up less than a year ago are on a whirlwind and expecting a baby girl soon.

They took their relationship to the next level by sealing the deal with saying their “I don’s” in an intimate ceremony in Malibu, California, E! News reports.

While neither Cassie or Fine have confirmed the marriage on social media, they did give a nod to their pastor Peter Berg by commenting on a picture of him officiating their ceremony.

 

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By the power vested in me…. @alexfine44 n @cassie ❤️💥❤️ Long may you ride!

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“Love you Pete! ♥️” Cassie wrote.

The very pregnant soon-to-be mom wore a flowing white gown and simple laced veil. Fine looked dapper in a classic black and white tux.

Seems like Cassie is living the “happily ever after” mantra after she split from her 10-year relations with Diddy and started dated Fine last year. Fine was formerly Diddy’s personal trainer.

Baby Archie makes first appearance during Meghan and Harry’s South Africa tour

Cassie took to her social media to make the announcement earlier this year that she was with child. In a professional photo shoot uploaded to Instagram, Cassie and the celebrity trainer are seen seated in a car making the gender reveal in her caption:

“Can’t wait to meet our baby girl,” the expectant mother starts off, before closing with, “Love You Always & Forever.”

In another post, Fine posted an open letter to his future daughter.

“I will be the first man in your life and will show you the greatest love and affection now and forever. I never thought my heart could grow bigger after meeting your mother… then I found out we were having you and I instantly felt a love that is so indescribable,” Alex stated.

We’re happy to see Cassie get the life she dreamed of with the man of her dreams.

The post Cassie and Alex Fine get married in intimate ceremony appeared first on theGrio.



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New York Met museum returns stolen ancient Egyptian coffin

The 2,100-year-old coffin was sold to the Metropolitan Museum of Art in New York for $4m (£3.2m).

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Teaching Pilots a New Trick: Landing Quietly

Researchers want to reduce the noise from planes approaching a runway. The key is a smooth descent.

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Lots of Athletes Say CBD Is a Better Painkiller. Is It?

There's almost no data on how the cannabis extract works in humans, but the sports world is embracing it anyway.

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Ring Camera Surveillance Is Transforming Suburban Life

Consumer surveillance cameras are everywhere now, and they’re capturing moments we otherwise would never know have happened.

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Joe Aribo: Rangers midfielder set to miss next few games

Rangers midfielder Joe Aribo is set to miss the club's next few games after suffering a gashed head in Wednesday's league Cup win over Livingston.

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Technique can image individual proteins within synapses

Our brains contain millions of synapses — the connections that transmit messages from neuron to neuron. Within these synapses are hundreds of different proteins, and dysfunction of these proteins can lead to conditions such as schizophrenia and autism.

Researchers at MIT and the Broad Institute of Harvard and MIT have now devised a new way to rapidly image these synaptic proteins at high resolution. Using fluorescent nucleic acid probes, they can label and image an unlimited number of different proteins. They demonstrated the technique in a new study in which they imaged 12 proteins in cellular samples containing thousands of synapses.

“Multiplexed imaging is important because there’s so much variability between synapses and cells, even within the same brain,” says Mark Bathe, an MIT associate professor of biological engineering. “You really need to look simultaneously at proteins in the sample to understand what subpopulations of different synapses look like, discover new types of synapses, and understand how genetic variations impact them.”

The researchers plan to use this technique next to study what happens to synapses when they block the expression of genes associated with specific diseases, in hopes of developing new treatments that could reverse those effects.

Bathe and Jeff Cottrell, director of translational research at the Stanley Center for Psychiatric Research at the Broad Institute, are the senior authors of the study, which appears today in Nature Communications. The lead authors of the paper are former postdocs Syuan-Ming Guo and Remi Veneziano, former graduate student Simon Gordonov, and former research scientist Li Li.

Imaging with DNA

Synaptic proteins have a variety of functions. Many of them help to form synaptic scaffolds, which are involved in secreting neurotransmitters and processing incoming signals. While synapses contain hundreds of these proteins, conventional fluorescence microscopy is limited to imaging at most four proteins at a time.

To boost that number, the MIT team developed a new technique based on an existing method called DNA PAINT. Using this method, originally devised by Ralf Jungmann of the Max Planck Institute of Biochemistry, researchers label proteins or other molecules of interest with a DNA-antibody probe. Then, they image each protein by delivering a fluorescent DNA “oligo” that binds to the DNA-antibody probes.

The DNA strands have an inherently low affinity for each other, so they bind and unbind periodically, creating a blinking fluorescence can be imaged using super-resolution microscopy. However, imaging each protein takes about half an hour, making it impractical for imaging many proteins in a large sample.

Bathe and his colleagues set out to create a faster method that would allow them to analyze a huge number of samples in a short period of time. To achieve that, they altered the DNA-dye imaging probe so that it would bind more tightly to the DNA-antibody, using what are called locked nucleic acids. This gives a much brighter signal, so the imaging can be done more quickly, but at slightly lower resolution.

“When we do 12 or 15 colors on a single well of neurons, the whole experiment takes an hour, compared with overnight for the super-resolution equivalent,” Bathe says.

The researchers used this technique to label 12 different proteins found in the synapse, including scaffolding proteins, proteins associated with the cytoskeleton, and proteins that are known to mark excitatory or inhibitory synapses. One of the proteins they looked at is shank3, a scaffold protein that has been linked to both autism and schizophrenia.

By analyzing protein levels in thousands of neurons, the researchers were able to determine groups of proteins that tend to associate with each other more often than others, and to learn how different synapses vary in the proteins they contain. That kind of information could be used to help classify synapses into subtypes that might help to reveal their functions.

“Inhibitory and excitatory are the canonical synapse types, but it is speculated that there are numerous different subtypes of synapses, without any real consensus around what those are,” Bathe says.

Understanding disease

The researchers also showed that they could measure changes in synaptic protein levels that occur after neurons are treated with a compound called tetrodotoxin (TTX), which strengthens synaptic connections.

“Using conventional immunofluorescence, you can typically extract information from three or four targets within the same sample, but with our technique, we were able to expand that number to 12 different targets within the same sample. We applied this method to examine synaptic remodeling that occurs following treatment with TTX, and our finding corroborated previous work that revealed a coordinated upregulation of synaptic proteins following TTX treatment,” says Eric Danielson, an MIT senior postdoc who is an author of the study.

The researchers are now using this technique, called PRISM, to study how the structure and composition of synapses are affected by knocking down a set of genes reported previously to confer genetic risk for development of psychiatric disorders. Sequencing the genomes of people with disorders such as autism and schizophrenia has revealed hundreds of disease-linked gene variants, and for most of those variants, scientists have no idea how they contribute to disease.

“With this approach, we expect to provide a more detailed overview of the changes in synaptic organization and shared disease effects associated with these genes,” says Karen Perez de Arce, a Broad Institute research scientist and an author of the study.

“Understanding how genetic variation impacts neurons’ development in the brain, and their synaptic structure and function, is a huge challenge in neuroscience and in understanding how these diseases arise,” Bathe adds.

The research was funded by the National Institutes of Health, including the NIH BRAIN Initiative, the National Science Foundation, the Howard Hughes Medical Institute Simons Faculty Scholars Program, the Open Philanthropy Project, the U.S. Army Research Laboratory, the New York Stem Cell Foundation Robertson Award, and the Stanley Center for Psychiatric Research.

Other authors of the paper include MIT research scientist Demian Park, former MIT graduate student Anthony Kulesa, and MIT postdoc Eike-Christian Wamhoff. Paul Blainey, an associate professor of biological engineering and a member of the Broad Institute, and Edward Boyden, the Y. Eva Tan Professor in Neurotechnology and an associate professor of biological engineering and of brain and cognitive sciences, are also authors of the study.



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Two new faces in Toni Conceicao's first Cameroon squad

New Cameroon coach Toni Conceicao calls up two new faces for his first Indomitable Lions squad.

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DR Congo: Vaccine campaign for world's largest measles outbreak

The WHO and Congolese government aim to vaccinate more than 800,000 children in just over a week.

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Wednesday, September 25, 2019

Helping lower-income households reap the benefits of solar energy

Rooftop solar panels are a great way for people to invest in renewable energy while saving money on electricity. Unfortunately, the rooftop solar industry only serves a fraction of society.

Many Americans are unable to invest in rooftop solar; they may be renters or lack the upfront money required for installations or live in locations that don’t get enough sun. Some states have tried to address these limitations with community solar programs, which allow residents to invest in portions of large, remote solar projects and enjoy savings on their electricity bills each month.

But as community solar projects have exploded in popularity in the last few years, higher-income households have been the main beneficiaries. That’s because most developers of community solar arrays require residents to have high credit scores and sign long-term contracts.

Now the community solar startup Solstice is changing the system. The company recruits and manages customers for community solar projects while pushing developers for simpler, more inclusive contract terms. Solstice has also developed the EnergyScore, a proprietary customer qualification metric that approves a wider pool of residents for participation in community solar projects, compared to the credit scores typically used by developers.

We’re always pushing our developer partners to be more inclusive and customer-friendly,” says Solstice co-founder Sandhya Murali MBA ’15, who co-founded the company with Stephanie Speirs MBA ’17. “We want them to design contracts that will be appealing to the customer and kind of a no-brainer.”

To date, Solstice has helped about 6,400 households sign up for community solar projects. The founders say involving a more diverse pool of residents will be essential to continue the industry’s breakneck growth.

“We think it’s imperative that we figure out how to make this model of residential solar, which can save people money and has the power to impact millions of people across the country, scale quickly,” Murali says.

A more inclusive system

In 2014, Speirs had been working on improving access to solar energy in Pakistan and India as part of a fellowship with the global investment firm Acumen. But she realized developing countries weren’t the only areas that dealt with energy inequalities.

“There are problems with solar in America,” Speirs says. “Eighty percent of people are locked out of the solar market because they can’t put solar on their rooftop. People who need solar savings the most in this country, low- to moderate-income Americans, are the least likely to get it.”

Speirs was planning to come to MIT’s Sloan School of Management to pursue her MBA the following year, so she used a Sloan email list to see if anyone was interested in joining the early-stage venture. Murali agreed to volunteer, and although she graduated in 2015 as Speirs entered Sloan, Murali spent a lot of time on campus helping Speirs get the company off the ground.

Steph’s time at Sloan was focused on Solstice, so we kind of became an MIT startup,” Murali says. “I would say MIT sort of adopted Solstice, and we’ve grown since then with support from the school.”

Community solar is an effective way to include residents in solar projects who might not have the resources to invest in traditional rooftop solar panels. Speirs says there are no upfront costs associated with community solar projects, and residents can participate by investing in a portion of the planned solar array whether they own a home or not.

When a developer has enough resident commitments for a project, they build a solar array in another location and the electricity it generates is sent to the grid. Residents receive a credit on their monthly electric bills for the solar power produced by their portion of the project.

Still, there are aspects of the community solar industry that discourage many lower-income residents from participating. Solar array developers have traditionally required qualified customers to sign long contracts, sometimes lasting 30 years, and to agree to cancellation fees if they leave the contract prematurely.

Solstice, which began as a nonprofit to improve access to solar energy for low-income Americans, advocates for customers, working with developers to reduce contract lengths, lower credit requirements, and eliminate cancellation fees.

As they engaged with developers, Solstice’s founders realized the challenges associated with recruiting and managing customers for community solar projects were holding the industry back, so they decided to start a for-profit arm of the company to work with customers of all backgrounds and income levels.

“Solstice’s obsession is how do we make it so easy and affordable to sign up for community solar such that everyone does it,” Speirs says. 

In 2016, Solstice was accepted into The Martin Trust Center for MIT Entrepreneurship’s delta v accelerator, where the founders began helping developers find customers for large solar projects. The founders also began developing a web-based customer portal to make participation in projects as seamless as possible.

But they realized those solutions didn’t directly address the biggest factor preventing lower-income Americans from investing in solar power.

“To get solar in this country, you either have to be able to afford to put solar on your rooftop, which costs $10,000 to $30,000, or you have to have the right FICO score for community solar,” Speirs says, referring to a credit score used by community solar developers to qualify customers. “Your FICO score is your destiny in this country, yet FICO doesn’t measure whether you pay your utility bills on time, or your cell phone bills, or rental bills.”

With this in mind, the founders teamed up with data scientists from MIT and Stanford University, including Christopher Knittle, the George P. Shultz Professor at MIT Sloan, to create a new qualification metric, the EnergyScore. The EnergyScore uses a machine learning system trained on data from nearly 875,000 consumer records, including things like utility payments, to predict payment behavior in community solar contracts. Solstice says it predicts future payment behavior more accurately than FICO credit scores, and it qualifies a larger portion of low-to-moderate income customers for projects.

Driving change

Last year, Solstice began handling the entire customer experience, from the initial education and sales to ongoing support during the life of contracts. To date, the company has helped find customers for solar projects that have a combined output of 100 megawatts of electricity in New York and Massachusetts.

And later this year, Solstice will begin qualifying customers with its EnergyScore, enabling a whole new class of Americans to participate in community solar projects. One of the projects using the EnergyScore will put solar arrays on the rooftops of public housing buildings in New York City in partnership with the NYC Housing Authority.

Ultimately, the founders believe including a broader swath of American households in community solar projects isn’t just the right thing to do, it’s also an essential part of the fight against climate change.

“[Community solar] is a huge, untapped market, and we’re unnecessarily restricting ourselves by creating some of these contract barriers that make community solar remain in the hands of the wealthy,” Murali says. “We’re never going to scale community solar and make the impact on climate change we need to make if we don’t figure out how to make this form of solar work for everyone.”



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Little Talk of Sustainability at Amazon's Big Hardware Event

But CEO Jeff Bezos says he considers Amazon’s hardware strategy to be a part of the company’s efforts to reduce its overall carbon footprint.

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South Africa's xenophobic attacks: Why migrants won't be deterred

The wave of anti-foreigner attacks are a symptom of a bigger problem, writes Andrew Harding.

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Meet the Man Driving Fifth Third Bank’s Multi-Billion Dollar Community Pledge

As Executive Vice President and Head of Business Banking for Fifth Third Bank, Kala Gibson focuses on helping small businesses gain the resources necessary for them to continue to drive employment, innovation, and impact. In doing so, the financial services veteran has served as a catalytic force for what he describes as “urban entrepreneurship.”

Simply put, he seeks to transform small enterprises into growth companies.

Although he may serve a small business clientele, Gibson manages a massive portfolio. He oversees strategy, sales, product development, credit fulfillment, and operations for one of the Cincinnati-based institution’s largest divisions. As such, Gibson guides his team to handle the needs of companies with annual revenues up to $20 million—a cluster he says that ranges from “mom and pops up to the fast-growing tech companies”—across more than 1,100 banking centers in 10 states.

One of the nation’s preeminent leaders in business banking, Gibson is best suited to lead Fifth Third’s charge in this area. The Detroit native is a graduate of Grand Valley State University and Michigan State University’s Eli Broad College of Business, gaining intimate knowledge of the needs of entrepreneurs with his 13-year stint with Comerica and more than six years with Fifth Third.

Kala Gibson

Kala Gibson speaks at the 2019 FWD summit (Black Enterprise)

A PASSION FOR BANKING AND BUILDING COMMUNITIES

He holds a boundless passion for banking, dating back to his love of Monopoly at the age of 7. He was imbued with the spirit of service, however, when he noticed as a youngster that “banks and business left my community and then we started to see the decline. I saw that and said, ‘Hey, I want to fix that.’ So as a child, I actually [declared] ‘This is my purpose in life.’ ”

Today, the expression of that purpose can be found in his role in the implementation of Fifth Third’s Community Commitment, which has pledged $11.1 billion to small business lending through 2020, and its $5 million contribution to the Community Reinvestment Fund (CRF) to expand access to capital, financial management, lending tools, and continuing education to low- and moderate-income housing. Moreover, last year, he was appointed to the board of directors of the National Minority Supplier Development Council, the leading supplier diversity and inclusion organization that matches more than 12,000 certified minority-owned businesses to its network of 1,750-plus corporate members.

“I think the biggest thing that we do that is unique to Fifth Third is that we collaborate with our community and economic development policy team, and not just lend money but also actually try to build this small business ecosystem, which we believe is going to be important for minority-owned businesses and specifically African American-owned businesses,” says Gibson.

BLACK ENTERPRISE sat down with Gibson on how he uses his corporate leadership to advance African American businesses and communities of color.

From your vantage point, what is the state of black business? Are these companies gaining ground or treading water?

We’re actually gaining, and, and the reason is due to the amount of capital that’s actually in the environment now. If you remember pre-recession, there wasn’t a lot of emphasis on small business lending. People didn’t think that it was profitable. After the recession, as institutional investors started trying to find a place to put their money, they realized that the growth engine has been around small businesses. So there’s been a significant amount of capital that has poured into this space.

So have black firms been able to gain access to this capital?

Now what’s missing, and we’re solving for that at Fifth Third, is how to get that information to African American and minority-owned businesses. The interesting thing that’s allowed us to do that is the whole digital framework. There’s no reason someone shouldn’t have access to this information through word of mouth, digital, and social media. We’ve been really mindful at Fifth Third of building that ecosystem to connect them to the capitalists out there. Once they have the capital, how do they scale? How do they build their businesses?

So there’s different organizations that we support across our footprint. We try to focus on what I call “Urban Entrepreneurship.

Fifth Third Bank

Frantz Tiffeau, Director, Supplier Diversity Nationwide; Kala Gibson, SVP/Head of Business Banking for Fifth Third Bank; Jalayna Bolden, Director of Supplier Diversity for AT&T; and Adrienne Trimble is the President/CEO of NMSDC at FWD (Black Enterprise)

WHAT IT TAKES TO BE AN URBAN ENTREPRENEUR

How do you define urban entrepreneurship?

It is different than your typical small business entrepreneurship. Urban entrepreneurship is someone who has an idea, a passion, and a skill they’re really good at a skill and try to figure out how to monetize it. With this ecosystem, we could actually develop those businesses and those individuals which I believe where our growth is going to come.

What is the financing model for urban entrepreneurs?

The No. 1 source when you want to start a business, outside of your friends and family, is the bank. So we’ve realized at Fifth Third we can say yes 50% to 60% of the time. That’s the best it’s going to get. So then we figure out how to take the money that we have and invest in other lending funds so that we can get to a 100% yes. So I can get you there 60% of the way but for that other 40%, we refer you to our partners who have capital on the sidelines that they can employ to help your business.

Take me through the process of how an urban entrepreneur or small business should maximize their banking relationship

I think a banking relationship is one of the most underrepresented resources out there. It’s free information. A bank’s job is to provide you with access to capital and information, and information in the form of advice and insights about your industry and company. We don’t use them that way.

We use them as a product. I need a checking account or a loan then I go to the bank. What we’ve been trying to push is you come in the bank when you have a question.

What type of questions?

How do I scale my business? How do I approve this product? How do I actually network? Who do I need to know? You should come to the bank because we have all that. Instead, we only come when we actually need something. One of the things that I’ve tried to stress is that you have to build a relationship before you actually need it because when you need it’s too late.

How do you get entrepreneurs to change their approach to banking?

One of the things we’ve been trying to do at Fifth Third demystify [banking] and [communicate that] I’m approachable. We can have a conversation. And we need to get more folks in the business who look like us so that we feel comfortable and we can have that conversation.

Do you view innovation as a driver of the urban entrepreneurship ecosystem? How do you support that?

Digital transformation allowed people to be able to have a business without brick and mortar and be extremely successful. So I think that that was one of the things that changed the game and reduced the barriers for owning a business. One of the interesting things that has allowed us to actually be able to take advantage of this growth is e-commerce. Now folks say, “I don’t need a building.” I could do this from my house now because of this supercomputer that we’re walking around with in our pockets. I think the idea around urban entrepreneurship is taking these young men and women who have great ideas on how to network and [help them] actually expand and monetize that.

SCALING YOUR BUSINESS FOR LUCRATIVE CONTRACTS

In your role at NMSDC, how do you advocate creating that bridge so that we have more companies that can take advantage of corporate contracts?

I’m the only lending head of a business that’s actually on the council board. One of the reasons that’s important is I can bring that kind of perspective. One of the challenges that’s happened over the last 20 years is this massive consolidation of vendors. Companies have gotten comfortable that all they need is one or two. That’s why you have to scale up. So that you can create this supplier ecosystem. The ultimate goal is that a Tier-2 supplier can eventually become a Tier-1 supplier. That’s the measure of success.

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So how can we create more billion-dollar companies? Does it require more consolidations of the African American firms?

So this is probably controversial but I don’t think the goal should be to create more billion-dollar companies, I think the goal should be that we create more $100 million and $500 million companies. If we’re focused on that lower end and creating more of those firms, they will turn into those billion-dollar companies. What happens is that we’re so focused on bigger numbers right that sometimes we miss the bus.

So should we look to private equity firms to play a role in funding that growth?

This is going to be controversial as well. I’m not a big fan of private equity groups because their main goal is maximizing their return. When you’re looking at these businesses, you’re trying to figure out that it’s more than just maximizing return. It’s about creating opportunity for everybody.



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Chuba Akpom: Ex-England youth star opts to play for Nigeria

Former England youth international Chuba Akpom pledges his international allegiance to the country of his parents Nigeria.

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Josh Tenenbaum receives 2019 MacArthur Fellowship

Josh Tenenbaum, a professor in MIT’s Department of Brain and Cognitive Sciences who studies human cognition, has been named a recipient of a 2019 MacArthur Fellowship.

The fellowships, often referred to as “genius grants,” come with a five-year, $625,000 prize, which recipients are free to use as they see fit.

“It’s an amazing honor, and very unexpected. There are a very small number of cognitive scientists who have ever received it, so it’s an incredible honor to be in their company,” says Tenenbaum, a professor of computational cognitive science and a member of MIT’s Computer Science and Artificial Intelligence Laboratory (CSAIL) and the Center for Brains, Minds and Machines (CBMM).

Using computer modeling and behavioral experiments, Tenenbaum seeks to understand a key aspect of human intelligence: how people are able to rapidly learn new concepts and tasks based on very little information. This phenomenon is particularly noticeable in babies and young children, who can quickly learn meanings of new words, or how objects behave in the physical world, after minimal exposure to them.

“One thing we’re trying to understand is how are these basic ways of understanding the world built, in very young children? What are babies born with? How do children really learn and how can we describe those ideas in engineering terms?” Tenenbaum says.

Additionally, his lab explores how the mind performs cognitive processes such as making predictions about future events, inferring the mental states of other people, making judgments regarding cause and effect, and constructing theories about rules that govern physical interactions or social behavior.

Tenenbaum says he would like to use the grant money to fund some of the more creative student projects in his lab, which are harder to get funding for, as well as collaborations with MIT colleagues that he sees as key partners in studying various aspects of cognition. He also hopes to use some of the funding to support his department’s efforts to increase research participation of under-represented minority students.

Tenenbaum also studies machine learning and artificial intelligence, with the goal of bringing machine-learning algorithms closer to the capacities of human learning. This could lead to more powerful AI systems as well as more powerful theoretical paradigms for understanding human cognition.

Tenenbaum received his PhD from MIT in 1999, and after a brief postdoc with the MIT AI Lab he joined the Stanford University faculty as an assistant professor of psychology. He returned to MIT as a faculty member in 2002. Last year, he was named a scientific director of The Core, a part of MIT’s Quest for Intelligence that focuses on advancing the science and engineering of both human and machine intelligence.

Including Tenenbaum, 24 MIT faculty members and three staff members have won the MacArthur fellowship.

MIT faculty who have won the award over the last decade include health care economist Amy Finkelstein and media studies scholar Lisa Parks (2018); computer scientist Regina Barzilay (2017); economist Heidi Williams (2015); computer scientist Dina Kitabi and astrophysicist Sara Seager (2013); writer Junot Diaz (2012); physicist Nergis Mavalvala (2010); and economist Esther Duflo (2009).



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High school student drags Black mannequin by lasso behind homecoming float

A high school student in Nevada is under investigation for a disturbing incident with racist overtones.

No charges against ex-officers who mocked Black woman and made her walk home

School officials are looking into a video of a student dressed as a cowboy dragging a Black mannequin tied to a rope at a homecoming game in Reno between Damonte Ranch High School and McQueen High School.

The video was widely circulated on social media after the Friday night game, The Daily Mail reports.

In the video, shared by KRNV, it appears the student is dressed up as a wrangler riding the school’s mustang mascot while a lasso hangs around the waist of a Black mannequin.

The Washoe County School District Interim Superintendent Dr. Kristen McNeill launched an investigation after getting wind of the troubling incident.

“This incident and the behavior of those responsible is utterly inconsistent with our collective commitment to equity, diversity, responsibility, and kindness for all of our students and staff members,” she said in a statement.

“The District is continuing the investigation into how this most unfortunate incident occurred, and will take appropriate action to ensure it never happens again.’

“We will hold those responsible accountable for their actions. This may in fact entail— in addition to apologies— a school-wide redoubling of efforts around civil rights, equity, and diversity training.”

According to the Reno Gazette Journal, students intended to purchase a different color mannequin for their rodeo themed float. But on Amazon, only a Black one was available so they purchased to complete their stunt.

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“We completely understand how this was perceived and how this could be offensive to anyone in attendance at the game.’

“We would never intentionally try to offend any culture as we represent diverse cultures in our Damonte Ranch High School and community.

“Again, we are deeply sorry and will take action and necessary steps to ensure that this never repeats itself at Damonte Ranch High School.”

The post High school student drags Black mannequin by lasso behind homecoming float appeared first on theGrio.



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7 Best Password Managers of 2019 (Paid, Family, and Free)

We picked our favorite password managers for PC, Mac, Android, iPhone, and web browsers.

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An Effort to Punish China Could Slow the Roll of Electric Buses

China’s BYD supplies about one-third of the electric buses in the US, but it would be effectively barred under a provision in a national defense bill.

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Nintendo Switch Lite Review: A Love Letter to Handheld Gamers

Cheaper, lighter, and a whole lot cuter, the Switch Lite is both a follow-up and a spin-off of Nintendo's famous console.

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Mohamed Ali: The self-exiled Egyptian sparking protests at home

Who is the man whose online anger brought Egyptians onto the streets?

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