How ‘green chemistry’ could have a big part to play in the future – CNBC

Used in everything from the detergent that washes our clothes to the toothpaste that keeps our mouths clean, chemicals play an integral role in society.

While it's hard to imagine life without them, if not used in a responsible way their effect on the natural world and us can be harmful.

The European Commission has stated that some chemicals "can severely damage our health or the environment," while the World Health Organization has previously estimated that exposure to selected chemicals resulted in the loss of 1.6 million lives in 2016.

It's against this backdrop that the notion of "green chemistry" comes into play. In relatively simple terms, the United States Environmental Protection Agency has defined it as "the design of chemical products and processes that reduce or eliminate the use or generation of hazardous substances."

The EPA goes on to explain that the idea of green chemistry relates to a product's entire life cycle, which includes everything from its design and production to utilization and disposal.

Paul Anastas is the director of Yale University's Center for Green Chemistry and Green Engineering. Speaking on the latest episode of CNBC's Sustainable Energy, he explained how he became interested in the subject.

"When I was a young chemist, I looked around at all of the technological miracles that chemistry produced," he said. "And then I looked at the other side of the equation all of the unintended consequences of pollution and its effect on the environment and on human health," he added.

"So green chemistry is really a way of keeping all of those technological miracles, those innovations, without all of those unintended consequences."

Anastas, together with John Warner a chemist who is now president and chief technology officer of the Warner Babcock Institute for Green Chemistry co-authored the book "Green Chemistry: Theory and Practice," a key body of work in the field.

First published in 1998, the book lists 12 principles of green chemistry, one of which focuses on the prevention of waste, a subject that Anastas expanded upon when speaking to CNBC.

"Waste, we need to recognize, is a man-made concept," he said. "In nature, there is no waste: every time a waste is generated, an organism evolves to use that waste as a feedstock."

He added: "And so, we think about how to do the same thing in industry, how you either prevent or avoid waste, or utilize whatever waste in a valuable way."

With attitudes regarding pollution and the environment shifting in recent years, many governments and businesses are emphasizing their commitments to sustainable practices.

But while actions need to match words and there is clearly a long way to go, Anastas sought to emphasize the changes that were being made.

"I simply cannot name an industry sector that isn't using green chemistry," he said. "Everything from pharmaceuticals, to plastics, everything from cosmetics to the way that we generate, store and transport our energy," he added. "Now, I'm not going to say that companies are doing it systematically or in all of their products, but great strides are being made."

When it comes to the production of chemicals, there is some serious work to be done, however. According to the International Energy Agency (IEA), in 2018 direct carbon dioxide emissions from primary chemical production hit 880 million tonnes, a jump of almost 4% compared to 2017. The IEA goes on to describe the chemical sector as being "the largest industrial consumer of both oil and gas."

Anastas was asked how easy it would be to lower the use of energy in chemical production by applying the principles of green chemistry.

"We've forced chemicals to do things they didn't naturally want to do," he said. "So we've heated them up, we've put them under pressure and we've tortured them to obey and become the things we want them to become," he added.

"But it's not just the quantities of energy that's important, it's the character and the nature of energy that we use: it needs to be renewable and non-depleting, and nontoxic, and not polluting."

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How 'green chemistry' could have a big part to play in the future - CNBC

Livestreamed Chemistry Labs Keep Learning Real Mistakes, Spills and All – Campus Technology

Online Learning

To offer more than pre-recorded lab demonstrations or virtual laboratories to remote students, two chemistry instructors at Missouri S&T have refined their approach, which uses real-time live-streamed demonstrations of experiments.

Klaus Woelk, an associate professor of chemistry, and Philip Whitefield, professor emeritus of chemistry, have published a paper through the American Chemical Society about their experiences with online chemistry labs to provide best practices for other educators in similar circumstances.

To keep students engaged, the synchronous sessions include small-group breakout sessions and on-the-spot activities like having students name compounds; balance chemical equations; predict the outcomes of experiments; and calculate masses, amounts and concentrations for the chemicals used.

The sessions last for three hours and run on Zoom. Breakouts include groups of four, allowing the students to discuss the experiments and make their calculations before they're called back to the main room to give their answers.

The university's current physical distancing guidelines limit the number of people in a lab to three, which is exactly how many it takes to do the livestreaming. Each virtual lab includes an instructor, a teaching assistant and a camera operator. They run two cameras one attached to the board where the instructor writes formulas, and the other a portable webcam that moves around the room and shows close-ups of chemical measures, mixtures and reactions. A university article on the process mentioned that the camera operator "always has the right-of-way."

Since the experiments are live, there's no editing unlike many videos showing online labs. "How helpful is it when the chef says to saut the onions until they're translucent, then the camera cuts to the finished onions?" said Whitefield. "You sit there and think, 'How long do you cook them? I don't know.'"

As a result, in the livestream labs, mistakes and spills can happen, which is part of the learning too. The instructors show how to clean up the spills following safety guidelines. In fact, writing safety rules is part of the students' coursework in the class.

A particular challenge of the virtual labs, the faculty members noted, was the "lack of sensory experience, especially smell."

"Some substances smell fruity, some are minty, some produce a rough smell, and we need to be creative to emulate that online for our students," explained Woelk. "When students are back on campus, I think we'll send them little samples. Once the experiment is done, I can have them open the sample of the product and they can report the scent."

Another drawback is a lack of participation in large groups. As the two instructors pointed out, some students "log in only for the points given and pay no attention to the livestream."

For that reason, future sessions "may require students to add screenshots of the livestreamed sessions to their post-lab reports and provide individual answers to assigned tasks during the livestream," said Woelk. Recordings won't be made available, thereby preventing students from scanning through the session to find the answers they need for their reporting.

Classes for the latest semester at Missouri S&T began in late August. Now about 144 students attend science classes in person, while another 400 are continuing with livestreamed instruction.

"As Close as It Might Get to the Real Lab Experience Live-Streamed Laboratory Activities" is available to subscribers of the Journal of Chemical Education.

About the Author

Dian Schaffhauser is a senior contributing editor for 1105 Media's education publications THE Journal, Campus Technology and Spaces4Learning. She can be reached at [emailprotected] or on Twitter @schaffhauser.

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Livestreamed Chemistry Labs Keep Learning Real Mistakes, Spills and All - Campus Technology

Damian Lillard and Jusuf Nurkic are proof that chemistry matters – Blazer’s Edge

Portland Trail Blazers guard Damian Lillard is known for his deep three point shots, his clutch, game-winning moments, and his ability to bring his team back from a deficit. Beyond that, hes clearly stepped into his role as THE leader among his teammates, both on and off the court. Countless stories paint Lillard reaching out to new teammates when they come to the Blazers, Whether theyre a rookie or a seasoned veteran coming in from another team, Portlands star is known to offer new players his phone number, his home, his guidance, and his friendship.

Jusuf Nurkic was no exception when he came to the Blazers in a mid-season trade in 2017. This wasnt the Nurkic that Portland has come to know and love. The center was struggling after his time in Denver, riddled with the reputation of being discontent, lazy, somewhat of a pouter. Something had to change.

One night in November of 2017, just a few months after Nurkic joined the Blazers, the change came. The stage was a halftime locker room in Sacramento; the Trail Blazers were struggling. As the rest of the team hit the court to warm up for the second half, Nurkic sat sullenly on the bench. It didnt take long for Lillard to join him and offer encouragement. Unfortunately, the Blazers still lost that night. The two talked on the plane ride home that night, in conversation that was both critique and compliment. It seemed to do the trick. After scoring only 4 points and struggling against the Kings, Nurkic came out with a strong performance two days later. (source: NBC Sports)

Building genuine, real relationships with his teammates is Lillards approach. The Trail Blazers culture highlights trust and teamwork, largely due to Lillards leadership and encouragement.

Back in 2016, Lillard told Kevin Arnovitz of ESPN, When they think about leadership, most people think you just follow one person. But you build a tribe. You give people something to believe in. You give them hope. They dont become a follower. They join your tribe. Its more important to believe in what were working toward as a tribe than it is getting them to follow what I want them to follow. Our purpose becomes the same. To this day, Lillard practices what he preaches in a big way.

The relationship between Lillard and Nurkic has deepened and intensified over the last few years. From that relationshipcentered around Lillards ability to build bonds that allow him to speak frankly and honestly with his teammatesNurkic has gone from an afterthought to a crucial part of Portlands starting line up.

The relationship remains on full display. In 2017, Nurkic told Jason Quick of NBC Sports, I definitely feel it. I definitely feel it. Ive never had somebody like this, somebody like Dame,. He is there for me, no matter if Im good or bad. He is an amazing person, and he will make me better.

Nurkics difficult years in Denver are easily forgotten now that hes excelling in Portland. In his 3.5 years with the Blazers, Nurkic has played an average of 28 minutes per game, compared to the 17 minutes per game he was averaging in Denver. Before coming to the Blazers, Nurkic averaged 7.7 points a game. In Portland, hes averaged 15.7, twice as much. 5.8 rebounds in Denver have morphed to a full 10 sin Portland. Nurkic has become a much more valuable player since landing with the Trail Blazers.

In the process, Nurk Fever has taken over the Moda Center. The Bosnian Beast has become a fan favorite in Portland. His constant sense of humor and love for his teammates coupled with his dominating play have made him popular among the fans. This transformation in production and personality wasnt about his personal qualities alone. Portlands culture helped him transition from the player he was to the player he was meant to be.

Lillard seems to make everyone around him better. His teammates, both past and present, have nothing but praise for him and his leadership. Portland has fielded plenty of big talent in their history, but Lillard stands apart...largely due to his ability to build a culture of trust and teamwork. Not only is he a star himself, he makes everyone around him better versions of themselves.

Michael Jordan once said Talent wins games, but teamwork and intelligence win championships. Raw skill and pure talent are inarguable components to a winning team. Superstars are the driving force in bringing a team a championship. But once that talent threshold has been reached, small differences pay big dividends. Ultimately chemistry, relationships and trust amongst teammates are also important in the race for a ring. Lillard and Nurkic wouldnt be the first teammates to make a solid case that chemistry, trust, and teamwork can take a playeror a franchisefrom good to great, but they are my favorite example. Winning is always an incredible feeling, and for any team and their subsequent fan base, thats the ultimate goal. But watching a team come together like the Trail Blazers do both on the court and off the court is absolute magic.

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Damian Lillard and Jusuf Nurkic are proof that chemistry matters - Blazer's Edge

When it comes to Kevin Durant and Kyrie Irving the chemistry already exists – NetsDaily

The Brooklyn Nets are all in. The fans have remained patient, endured a bridge year or two along the way. Now, however, in 2020-21 its championship or bust. The waiting is over. No excuses, just win.

But, of course, its never that simple. Did you think it was going to be simple?

Health concerns aside, naturally, but the Nets face the dreaded c word (chemistry) and questions about fit and how well theyll mesh together until, well, whenever the 2020-21 season starts.

Kevin Durant, Kyrie Irving and Caris LeVert, the teams big three have played a combined zero minutes together. Zero.

In fact, Durant told J.J. Redick, as a guest on his podcast, that he too was excited to see how it will all play out, noting that hes only ever played with Kyrie Irving during the Olympics and in All-Star games.

Throw in, of course, a brand new head coach in Steve Nash who is, yeah, a brand new head coach and its certain well hear the team chemistry narrative hard and heavy over the next handful of months.

Will it work? If so, how long will it take to work? Do I need to wait another year?

Great questions. To which, my answers are: shrug emoji.

What we we know, though, is that Durant and Irving, along with DeAndre Jordan, had talked about this ad nauseam and wouldnt have signed up to play together if they truly believed it wouldnt work.

This wasnt a GMs thought-experiment. This was two players (three, with DJ) determining whether or not they believe they can play together.

Look back to Media Day, earlier this season.

It was 4:16am on June 30 when Kevin Durant, Kyrie Irving and DeAndre Jordan hopped on a three-way FaceTime to discuss their futures in the NBA. The only thing they truly knew, according to the three, is that they wanted to play together. Ultimately, in Brooklyn.

With KD and DJ, it was 4:16 in the morning, us just talking about our futures and how this opportunity ahead of us is something that we havent had in our careers; the ability to make a choice, sitting down, actually talking in detail about the future and the investment we had in each other and the investment we wanted to have in Brooklyn, so it made sense all the way around, and then having the incredible people they have in the organization made it that much easier, said Irving.

And of playing alongside Irving and the relationship they have, Durant said:

Ive been following him since high school. Ive tried to follow him throughout his career...Its very rare that you get to this point and have a decision in front of us where we can control our destinies. We sat down and talked about it and what basketball meant to us as a whole, and I think this is the perfect spot for us to hone our skills and keep going.

This feels different. Different from 2013 when the Nets went all in creating a collage-style NBA team, where you had Kevin Garnett and Paul Pierce who absolutely loathed the kind of player that Deron Williams was, and a head coach in Jason Kidd who only ever knew his players as peers and in year one was already thinking about how to gain more power within the organization.

This isnt that. That was the product of a GM, slash owner, putting a fantasy basketball team together.

I wont pretend like I knew it wouldnt work at the time, but I also know enough about that team and this team to know where the reality starts and the anxiety ends.

With Irving and Durant its different. They had been talking about playing together for two years, Durant told Showtimes All the Smoke.

Ive been having conversations with Kyrie for the last two years, he noted. Not even about playing together, as just brothers. We didnt plan on playing together. We played against each other in my second year with the Warriors and we had a mutual friend and we just bonded together and we bonded on life in general ... and basketball in general, that just formed over time.

He didnt like where his situation was at and me either in Golden State. And just to see how this will work. Lets try it out. And DJ wanted to play with us and be that center for us that can hold it down and play for something really, play for a team thats going somewhere and not just bouncing around the league. We knew hed be a vital piece for us going forward, not just as a star, but being a good teammate. So it just worked out.

Two years. Durant wanted to play with Irving, having complete confidence that they would fit perfectly together; as Durant referred to Irving as an artist on the basketball court.

As for Nash, hes seemingly the perfect fit for both Durant and Irving.

James Herbert of CBS Sports writes of the fit:

I think its going to be really good for Kyrie, [Raja] Bell said. And I dont mean to make it sound one-sided, cause obviously Kyries going to play really well and thats going to help Steve, but I think Kyrie is at a point in his career where its time for him to take that next step into real leadership and getting real results on the team that hes leading. Even though hell be co-leading with Kevin Durant.

Irving will like Nash, Bell said, because everybody does. And Nash will work at the relationship to where Kyrie trusts him. Trust is a big deal to Irving, and Nash should earn it the same way he earned trust as a player: By being himself and putting the team first.

Trust.

Nash already has the trust of Kevin Durant, having worked with him as a player-development consultant during Durants final season in Golden State.

This is the head coach that Durant wanted, and the coach that Irving likely had to sign off on.

And thats where we begin and, hopefully, end the conversation about chemistry. The three main cogs in this wheel all want to be playing/coaching alongside each other. Thats a great start!

You dont always get that in the NBA.

Will it work? Again, I have no idea. But are we off to a good start? A start that stinks nothing like 2013? Most definitely.

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When it comes to Kevin Durant and Kyrie Irving the chemistry already exists - NetsDaily

Why Detroit Lions’ T.J. Hockenson and Matthew Stafford already have great chemistry – Detroit Free Press

A quick look at the Lions' first-round draft pick in the 2019 NFL draft, Iowa tight end T.J. Hockenson. Wochit

It had been a while 315 days to be exact since Detroit Lions quarterback Matthew Stafford had thrown a pass to tight end T.J. Hockenson in a game.

Sure, they had gotten some practice during training camp and offseason workouts that Stafford organized. But no one knew how good their chemistry would be in the season opener, given the major irregularities of the offseason.

It would have been understandable if there was some rust. Maybe a little miscommunication. After all, they hadnt played together in a game since Staffords season ended with a back injury Nov. 3. Hockensons season ended with an ankle injury suffered Nov. 28.

ButStafford and Hockenson looked like they were in midseason form Sunday, and their production was one of the highlights in a 27-23 loss to the Chicago Bears.

Week 1 review: How no crowd noise impacted Lions vs. Bears

Detroit Lions tight end T.J. Hockenson (88) celebrates his touchdown against the Chicago Bears during the third quarter at Ford Field, Sunday, Sept. 13, 2020.(Photo: Kirthmon F. Dozier, Detroit Free Press)

Theyve done a good job since weve gotten back at camp, really just working together, coach Matt Patricia said Thursday. Theres a lot of periods during practice where, maybe special teams where theyre not involved, and the two of them will take some of that extra time to go work on the nuances of routes or reads, coverage looks and some game plan stuff that we do in those situations. I think all just those extras that add up through the course of practice and being on the same page help during the game.

Did it ever. The two appeared to be in lockstep throughout the game. Hockenson caught five passes on five targets for 56 yards and a touchdown. And two of his catches were among the Lions 10 longest plays.

Certainly in some of the game plan plays that we had, Patricia said, I thought were well-designed to try to get T.J. the ball, and some of those situations were really good. I think those guys spend a lot of time on them in the meeting room, but on the field during the extra stuff, not just during the team periods.

Lions tight end T.J. Hockenson runs against Bears free safety Eddie Jackson during the first half at Ford Field on Sunday, Sept. 13, 2020.(Photo: Junfu Han, Detroit Free Press)

That chemistry was apparent Sunday. The Bears had a hard time containing Hockenson throughout the game and the creative play-calling certainly helped.

But it was one of Hockensons more mundane plays that exemplified his work with Stafford and the trust theyve developed. With the score tied at 3 in the second quarter, the Lions ran a play-action pass on first down from their 39-yard line. The Bears four-man rush penetrated quickly and Stafford was forced to throw off his back foot. Hockenson was behind the line of scrimmage and the only viable option. He caught Staffords quick pass and ran for an 8-yard gain.

Looking to Week 2: Lions' Kenny Golladay in danger of missing Packers game

Hockensons touchdown catch also showed how much trust Stafford had in his second-year tight end. Despite tight coverage, Stafford zipped a hard pass up the middle on second-and-goal from the 4-yard line for a 20-6 lead in the third quarter.

Yeah it was good, Stafford said Wednesday of his chemistry with Hockenson. Coach did a nice job drawing up some play to get him some chances and he capitalized on them. His touchdown, hes probably the most-covered guy on the field. I jammed it in there to him, but it was a nice catch. I was happy for him.

Stafford and the Lions will need as many of their weapons playing well if they want to keep pace with the powerful offenses theyre about to face, starting Sunday with the Green Bay Packers, who have the NFLs top-ranked scoring offense after Week 1.

But Hockenson represents something a little different. As the eighth overall pick last year, he represents a sizable investment from the franchise and a key building block for the future.

Obviously the more guys rolling and playing at a high clip that we can get on offense, the better well be, Stafford said. T.J.s one of those guys thats a weapon for us and weve got to make sure everybody on our offense is getting touches and were going from there.

Contact Carlos Monarrez at cmonarrez@freepress.com and follow him on Twitter @cmonarrez. The Free Press has started a new digital subscription model. Here's how you can gain access to our most exclusive Lionscontent.

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Why Detroit Lions' T.J. Hockenson and Matthew Stafford already have great chemistry - Detroit Free Press

Chemistry department will not pause admissions for Ph.D. students next academic year – The Daily Pennsylvanian

The Chemistry Department, housed in the Roy & Diana Vagelos Laboratories building, will accept Ph.D. applications from Oct. 1 to Dec. 1 for fall 2021.

One day after School of Arts and Sciences Dean Steven J. Fluharty announced that school-funded Ph.D. admissions would be canceled for the 2021-2022 academic year, the Chemistry Department posted on its website that it will continue to accept new Ph.D. students.

While the Chemistry department must endure the same budget cut as the other SAS departments, Chemistry Ph.D. students are typically supported by research grants from government agencies such as National Institute of Health, National Science Foundation, Department of Energy, and pharmaceutical and chemical companies, Roy and Diana Vagelos Professor in Chemistry and Chemical Biology Department Chair David W. Christianson wrote in an email to The Daily Pennsylvanian.

The Chemistry department is, therefore, able to structure the budget cut over a period of years, allowing it to continue accepting students to its Ph.D. program, Christianson wrote. The fall 2021 cohort, however, will be smaller than usual, according to the department website.

"The cuts in our graduate program are a tremendous blow for the U.S. chemistry workforce at a time when discovery and innovation are reaching unprecedented news heights," Christianson wrote. "We can only hope that the SAS financial position will improve soon."

Associate Dean of Graduate Studies Beth S. Wenger confirmed that a few graduate programs, particularly in the natural sciences, will be able to continue to accept a "limited number" of Ph.D. students into its programs thanks to external funds.

Students can submit Ph.D. applications to the Chemistry department from Oct. 1 to Dec. 1 for fall 2021 admission. Graduate Record Examinations, commonly known as GRE, scores are not required for this application cycle, according to the website.

Christianson took to Twitter earlier today to address the confusion surrounding Ph.D. admissions.

To correct erroneous information that is circulating in the Twitterverse: @PennChemistry will be admitting Ph.D. students in the coming year, although our entering class will be a bit smaller, he wrote. Our exciting journey of discovery continues

Fluharty and Wenger wrote in an email to SAS standing faculty and graduate students on Tuesday that the decision to pause admissions for school-funded Ph.D. programs was made as a result of the COVID-19 pandemics impact on the schools finances.

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While we recognize that this news is disappointing, we also believe that this is the most responsible course of action in these unsettled times, Fluharty and Wenger wrote. "We hope to accept applications in the fall of 2021 and welcome a new cohort of graduate students in the 2022-23 academic year."

In the coming weeks, Fluharty and Wenger will meet with graduate and department chairs to create a program that will provide funding to current Ph.D. students who require extra time to complete their degrees.

"Our graduate students fuel the fires of discovery in Penn Chemistry, and ultimately in the academic and industrial labs that they join after they graduate," Christianson wrote.

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Chemistry department will not pause admissions for Ph.D. students next academic year - The Daily Pennsylvanian

Specialty chemical markets in the US improve in August, ACC says – ChemEngOnline

By Scott Jenkins | September 17, 2020

The American Chemistry Council (ACC; Washington, D.C.; http://www.americanchemistry.com) reported that with the recovery in the U.S. economy slowing, U.S. specialty chemicals market volumes rose by 0.5 percent in August, off from an upwardly-revised 2.2 percent gain in July, a 5.0 percent gain in June, a 0.3 percent gain in May, and the record 12.7 percent decline in April. Of the 28 specialty chemical segments that ACC monitors, 27 expanded in August, an improvement from the expansion in 26 markets in July and the decline across all markets in April. On a sequential basis, diffusion was 96 percent in August, an improvement from 93 percent in July. It was 0 percent in April. Of the 25 segments that showed growth in August, 15 featured gains of 1.0 percent or more, ACC said.

During August, overall specialty chemicals volumes were off by 9.3 percent on a year-over-year (Y/Y) basis. Volumes stood at 101.9 percent of their average 2012 levels in August. This is equivalent to 6.94 billion pounds (3.15 million metric tons). On a Y/Y basis, there were gains in only three market and functional specialty chemical segments: Cosmetic additives, electronic chemicals, and flavors and fragrances. On a year-earlier basis, diffusion was 11 percent in August, equal to July and June, but much worse than at the start of the year.

Specialty chemicals are materials manufactured on the basis of the unique performance or function and provide a wide variety of effects on which many other sectors and end-use products rely. They can be individual molecules or mixtures of molecules, known as formulations. The physical and chemical characteristics of the single molecule or mixtures along with the composition of the mixtures influence the performance end product. Individual market sectors that rely on such products include automobile, aerospace, agriculture, cosmetics and food, among others.

Specialty chemicals differ from commodity chemicals. Specialties may only have one or two uses, whereas commodities may have multiple or different applications for each chemical. Commodity chemicals comprise most of the production volume in the global marketplace, while specialty chemicals make up most of the diversity in commerce at any given time and are relatively high value, with greater market growth rates.

This data set is the only timely source of market trends for 28 market and functional specialty chemical segments. Chemistry directly touches over 96 percent of all manufactured goods, and trends in these specialty chemical segments provide a detailed view of trends in manufacturing. The data also shed light on how various consumer end-use markets are performing compared to others in the marketplace.

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Specialty chemical markets in the US improve in August, ACC says - ChemEngOnline

The Suns best and worst chemistry experiments over last decade – Bright Side of the Sun

This past decade has been the worst of times for the Phoenix Suns franchise. After making the playoffs in 29 of their first 42 seasons, the Suns have missed the playoffs for 10 straight years. TEN STRAIGHT YEARS.

To (hopefully) put a stopper on this painful decade, to exorcise the inhuman demons that spoiled the franchise, we will spend the day recapping the decade in the form of best and worst team-wide chemistry experiments with Suns rosters.

I am keeping this analysis on a team-wide level, rather than focusing on individual failures, because I dont live my life pointing fingers at individuals. I judge the whole, not the individual parts. Because its the whole that really matters. So while we will mention individuals in each section, its their impact on the whole team record, sustainability that will be the deciding factor on grading team chemistry. Capice?

Without further ado, lets recap the best and worst team-wide chemistry experiments of the 2011-2020 playoff-less decade.

2013-14 Playing stupid Suns win 48 games!

New GM Ryan McDonoughs first roster gutting was supposed to yield a young, rebuilding team that would likely win less than 20 games. The roster was a mishmash of one-year rentals and young prospects led by a novice rookie coach who had no business winning games.

Yet win they did! The playing stupid Suns (actual P.J. Tucker quote after a big win, I swear) ran out to a 19-11 start, survived the loss of Eric Bledsoe, and finished 48-34 tied for the winningest non-playoff season in league history. The surprising Suns had a grip on the 7th seed with less than a week to go, but Goran Dragics ankle injury and a team-wide bout of the yips doomed those final games and the Suns finished 9th.

Nearly every player on the roster enjoyed their career-best year, and they all seemed to love each other. Dragic was the golden boy, Gerald Greens girl was buds with coach Jeff Hornaceks wife, Bledsoe and the Morrii were the future and postseason recaps were just about incremental improvements for the next season.

But because of the short-term roster construction the only player among the 10-man rotation with more than a year left on his contract was Miles Plumlee. Most of them were free agents in some form the day the season concluded. Youll see in the worst section how money and impatience quashed that euphoria.

2020 Bubble Suns go 8-0!

Over the last ten years, theres only two chemistry experiments that shot fireworks of joy. And one of the two only lasted eight games. But what an eight games this was!

Amid a pandemic that forced the entire worlds population into lockdown, the NBA created a Bubble of 22 teams to compete for playoff seedings and ultimately declare a league champion. The Suns were the 21st of 22, barely invited because the 26-39 Suns managed to stay within shouting distance of the 8th and final seed, and the NBA wanted some drama before the playoffs began.

The Suns were given eight games to make up a six-game deficit a 1 in 10,000 chance. But in the spirit of Lloyd Christmas they made the most of that chance. Not one player complained about the weird conditions. Instead, they locked in and embraced the chance to prove themselves worthy of being a playoff contender. The youngest team in the league went 8-0, blowing out teams by more than 12 points per game on average, and came one failed jumper short of qualifying for a play-in game for that 8th seed. They were truly this close to breaking that playoff drought! The euphoria didnt end in Orlando. After the season, three different players posted requests on social media to spend the rest of their careers in Phoenix.

Whats different about this 2020 Suns team from the 2013-14 team is that five of the top six players in the rotation have 2+ years left on contract, role players who love their role, and a coach/GM tandem who intentionally built this roster for the long term.

2012-13 Lindsey Hunter All-Stars

My first year with media credentials began with a fresh-faced Goran Dragic saying why not? about making the playoffs. Well, because he was surrounded by the likes of Michael Beasley, Wesley Johnson, Luis Scola, Marcin Gortat and Shannon Brown, thats why. The Suns were so bad they fired beloved Alvin Gentry after an abortion (Gentrys word) of a loss that dropped them to 13-28 on the year, promoting NeverCoached Lindsey Hunter for a limping finish that not only had Jared Dudley begging for massive roster change but also killed any hope for a under-24 future including Beasley, the Morrii and Kendall Marshall.

Hunter was fired. GM Lance Blanks was fired. Most of Gentrys well-heeled coaching staff literally quit mid-season when Hunter was promoted. And only four of the players survived that summers roster purge.

2014-15 Hydra Lineup

As mentioned above, the 2013-14 Suns were a fireworks display that quickly became a dumpster fire. With most of the roster fighting over money in new contracts that off-season, why not bring in Isaiah Thomas to further engender angst over roles and playing time? Oh and lets piss off the free-agent-to-be golden boy by turning him into a small forward in order to get on the court? As the season opened, Green and IT complained about playing time in their own ways while Dragic quietly seethed over his own demise. A token signing of his younger brother Zoran did nothing to ease Gorans discontent.

Then the worst possible thing happened: despite a winning record at the All-Star break, Dragic blasted the front office and demanded a trade, which triggered the oh my god (Wojs words) trade deadline fire sale that destroyed the team for years to come. That team, despite having the best players coming or going (McDs words) in Markieff Morris and Brandon Knight, wilted from playoff contention to losers in 10 of their last 11 games.

While all this Hydra stuff was going on, the Morrii thanked the organization for their $52 million contract by starting their Timeline of Self-Destruction that bled into the next season too.

2015-16 Morrii Drama

For the second summer in a row, McDonough swung big and mostly missed on free agency. And he managed to make matters even worse by dumping one of the Morrii for cap space they didnt end up needing. That left Markieff Morris openly angry and playing awful basketball when he wasnt traded by opening day, scuttling the entire 2015-16 season before it even started.

And for the second time in three years, the popular head coach and his entire coaching staff were gone by the All-Star break, replaced by a first-year player development coach and leftovers.

All the joy of 2014 was now gone gone gone. But at least we could look forward to some great picks in the 2016 Draft plus the (finally!) addition of combo guard Bogdan Bogdanovic from overseas! Yeahhhh...

2017-18 Klutch Fail

But that is not all the worst chemistry experiments of the decade. Oh no, that is not all. How can we forget I Dont wanna be here after the team set an NBA record for losing margin in their first three games of a season (93 points in 3 games). The ongoing crown jewel of McDonoughs tenure, Eric Bledsoe, checked out on the Suns along with head coach Earl Watson when owner Robert Sarver gave Watson an ultimatum: dump your agent, or we dump you as coach. Bledsoe and Watson shared Klutch Sports agent Rich Paul, and they chose their agent over their team.

They added one more embarrassing losing season to the decades toll, and only had by this time gotten Marquese Chriss, Dragan Bender and Josh Jackson out of the last three years of abject losses. The only silver lining to the 2017-18 season was getting in position for the No. 1 overall pick in the 2018 Draft.

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The Suns best and worst chemistry experiments over last decade - Bright Side of the Sun

Artificial ‘smart cells’ created by U of A chemist could be used to treat illness at cellular level – Edmonton Journal

They were created from fat molecules and DNA. Inside the cell, the DNA converts to RNA and produces proteins. Pores on the outside of the cell open and send proteins into neighbouring living cells and influence them.

Mansy said it sounds like science fiction, but he believes artificial cells could be used for a type of personalized medicine that monitors changing conditions in real-time.

He could see them being used to detect and respond to cancer, deliver antibiotics if the artificial cells detect a bacterial infection, or to release dopamine. Alack of dopamine is believed to cause Parkinsons disease.

If you had artificial cells that were able to assess the levels of dopamine and in very localized environments, and then when the levels drops below whats necessary, it switches on synthesizes some dopamine and releases it, that would be a very effective way of dealing with a specific problem, he said.

I think a lot of people thought this was impossible people were rolling their eyes thinking yeah, why are you trying to do something that, I guess to some people, sounds a bit too sci-fi, but it works Ithink really, the skys the limit with something like this.

One of the main advantages advantage of artificial cells is being able to design them from the ground up for a particular purpose, Mansy said, making them more predictable than using living bacteria for a similar purpose.

lboothby@postmedia.com

@laurby

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Artificial 'smart cells' created by U of A chemist could be used to treat illness at cellular level - Edmonton Journal

Anthony Rizzos message and the team chemistry built inside Cubs playoff bubble – The Athletic

As the union representative for the Cubs this year, Ian Happ has taken crash courses in labor relations, public health and the economics of staging a 60-game season in the middle of a pandemic. Looking at Major League Baseballs COVID-19 protocols for the playoff bubble, Happ noticed language about having to ask for permission to go for a walk outside your hotel room.

That feels more like a zoo animal than a baseball player or a human, Happ said in a matter-of-fact tone.

In simpler times, former Cubs manager Joe Maddon would bring the zoo animals to Wrigley Field. Road trips revolved around themes such as onesie pajamas, NFL jerseys and dressing like Pedro Strop, not prepackaged meals, personal protective equipment and self-isolation. But the Cubs are a first-place team with virtually a 100 percent chance to make the playoffs, in part, because they acknowledged the discipline and sacrifices it will take to stay healthy, protect their families and...

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Anthony Rizzos message and the team chemistry built inside Cubs playoff bubble - The Athletic

US revokes over 1000 visas of Chinese students and researchers – Chemistry World

Academic research organisations and science groups in the US have expressed alarm at the State Department revoking more than 1000 visas of Chinese graduate and postgraduate students between 1 June and 8 September. The cancellation of these visas was carried out under a proclamation President Trump announced back in May that prohibits individuals from studying or conducting research in the US if they are found to be affiliated with the Chinese government or its military.

The proclamation safeguards US national security by limiting the [Peoples Republic of Chinas] ability to leverage Chinese graduate students and researchers in the United States to steal United States technologies, intellectual property and information to develop advanced military capabilities, the State Department said. The measure directs the agency to consider revoking the visas of Chinese nationals holding valid F student or J exchange visas the vast majority of which are graduate students and researchers if deemed to be linked to Chinas military strategy.

The high risk graduate students and research scholars represent a small subset of the total number of Chinese students and scholars coming to the US, according to the State Department. We continue to welcome legitimate students and scholars from China who do not further the Chinese Communist Partys goals of military dominance, the agency said.

The rescinded visas only apply to Chinese students and scholars currently outside America, who were either trying to enter the US for the first time or return, according to Brad Farnsworth with the American Council on Education.

News about these revoked visas came shortly after the Department of Homeland Securitys acting chief, Chad Wolf, delivered a State of Homeland Security speech on 9 September in which he discussed the US governments actions to block visas for certain Chinese graduate students and researchers to prevent them from stealing sensitive research.

From intellectual property theft and stealing trade secrets that rob from American innovators to hacking attempts to penetrate and compromise American organisations conducting Covid research to abusing student visas to exploit American academia, the actions of China may be unabating, but they are not unthwartable, Wolf stated.

Researchers at US institutions with ties to China are increasingly being targeted at US universities, not only by the State Department but also the Justice Department and universities. Fifteen researchers from China who worked at the University of North Texas were recently ordered by the university to leave the US immediately after the university cut ties with the Chinese Scholarship Council that funds their work and is run by Chinas education ministry. These individuals are from various disciplines and departments across the university but none are chemists, according to the university.

The researchers access to the universitys emails, servers and other materials was cut straightaway. As their visas were also immediately terminated, the university advised them to contact their hosts and arrange to be accompanied to collect their personal items from campus.

Ben Corb, a spokesman for the American Society for Biochemistry and Molecular Biology, is also worried. What I find most troubling is the complete lack of transparency about exactly why the relationship was ended with these scholars they are working with, he tells Chemistry World. There are 15 scientists [at the University of North Texas] who were told essentially that they have got to pack their bags and get out of the country relatively immediately, and nobody has provided an actual reason that will have a chilling effect on others who might want to engage and collaborate with the US.

While US academic and scientific organisations agree that there are certainly valid security concerns, they also suggest that nationalism in the US is bleeding into science.

American Chemical Society spokesperson Glenn Ruskin says his organisation supports precautions to protect US intellectual property, but is concerned that broad-brush measures targeting specific countries may result in unintended negative impacts to the US research enterprise. We hope these recent actions are based on specific findings, he adds.

The American Association for the Advancement of Science is also weighing in. We are today facing new challenges and greater scrutiny by the government, says Joanne Carney, who heads government relations for the organisation. We need to ensure that our efforts to protect national security do not damage Americas leadership in science and engineering, she warns.

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US revokes over 1000 visas of Chinese students and researchers - Chemistry World

North America Fracking Chemicals Market to 2025 with Halliburton, BASF, Dow Chemical, CES Energy Solutions, and Solvay Dominating -…

DUBLIN--(BUSINESS WIRE)--The "North America Fracking Chemicals Market - Growth, Trends, and Forecasts (2020 - 2025)" report has been added to ResearchAndMarkets.com's offering.

The North America fracking chemicals market is expected to grow at a CAGR of approximately 8.77% during the forecast period

Factors such as high active rig count, longer lateral lengths, increased number of frac stages per well, and the amount of fracking fluid used per frac stage are expected to drive the market. Moreover, the market is expected to be driven by the completion of a large number of uncompleted wells in the United States. However, volatile crude oil prices and the environmental risks associated with hydraulic fracturing are restraining the hydraulic fracturing services market and, in turn, the fracking chemicals market in North America.

Key Market Trends

Water-Based Fluid Segment to Dominate the Market

United States to Dominate the Market

Competitive Landscape

The North America fracking chemicals market is moderately fragmented. Some of the key players are Halliburton Company, BASF SE, The Dow Chemical Company, CES Energy Solutions Corp, and Solvay SA.

Key Topics Covered:

1 INTRODUCTION

1.1 Scope of the Study

1.2 Market Definition

1.3 Study Assumptions

2 RESEARCH METHODOLOGY

3 EXECUTIVE SUMMARY

4 MARKET OVERVIEW

4.1 Introduction

4.2 Market Size and Demand Forecast, in USD billion, till 2025

4.3 Recent Trends and Developments

4.4 Government Policies and Regulations

4.5 Market Dynamics

4.5.1 Drivers

4.5.2 Restraints

4.6 Supply Chain Analysis

4.7 Porter's Five Forces Analysis

5 MARKET SEGMENTATION

5.1 Fluid Type

5.1.1 Water-Based

5.1.2 Foam-Based

5.1.3 Others

5.2 Well Type

5.2.1 Vertical

5.2.2 Horizontal & Directional

5.3 Geography

5.3.1 United States

5.3.2 Canada

5.3.3 Rest of North America

6 COMPETITIVE LANDSCAPE

6.1 Mergers and Acquisitions, Joint Ventures, Collaborations, and Agreements

6.2 Strategies Adopted by Leading Players

6.3 Company Profiles

6.3.1 The Dow Chemical Company

6.3.2 Parchem Fine & Specialty Chemicals Inc.

6.3.3 Halliburton Company

6.3.4 Solvay SA

6.3.5 SNF Group

6.3.6 DuPont de Nemours, Inc.

6.3.7 BASF SE

6.3.8 Flotek Industries Inc.

6.3.9 CES Energy Solutions Corp.

7 MARKET OPPORTUNITIES AND FUTURE TRENDS

For more information about this report visit https://www.researchandmarkets.com/r/rmkcmp

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North America Fracking Chemicals Market to 2025 with Halliburton, BASF, Dow Chemical, CES Energy Solutions, and Solvay Dominating -...

Scarlett Johansson and Florence Pugh Have ‘More Chemistry Than Johansson and Ruffalo’ – Showbiz Cheat Sheet

Scarlett Johansson and Florence Pugh stand ready to take over the world by defending it from evil in the new Marvel Cinematic Universe movie Black Widow, the first film from Marvel Studios since the indomitable one-two punch of Avengers: Endgame and Spider-Man: Far From Home.

Even before uniting onscreen for the MCU movie, Johansson and Pugh shared a bond of sorts by working with Laura Dern in different movies and by both being nominated for Oscars this year. Having already weathered a delay from the original May release date, Marvel fans are more than a little eager to see them become a new Marvel super duo.

Johansson, has been acting since she was a teenager, gaining her first wide attention with the 1996 indie feature Manny & Lo, which netted her an Independent Spirit Award nomination.

Two years later, she would act opposite and be directed by her future Captain America: Winter Soldier star, Robert Redford, in the film The Horse Whisperer.

Her star kept rising over the next few years, in films as varied as Ghost World and Eight Legged Freaks. Another early career peak came in Sofia Coppolas acclaimed film Lost in Translation, where she acted opposite Bill Murray. She was double-nominated by the Golden Globes for that film and for The Girl with the Pearl Earring, although Oscar nominations for Johansson did not follow, surprising many.

She joined the MCU in 2010 with her performance as Natasha Romanoff in Iron Man 2. That movie is generally considered one of Marvels lesser efforts, but it will long be remembered for introducing Black Widow. Fans took to the character immediately, eyeing her for a solo movie, but that failed to materialize until after Natasha died in Endgame.

Her standalone movie will depict events taking place between Captain America: Civil War and Avengers: Infinity War, where she returns to Russia to meet with her family, including a sister figure played by Pugh.

RELATED: Why the MCU Wouldnt Dare Kill Off Florence Pughs Black Widow Character After 1 Movie

Pugh and Johansson both enjoyed banner years in 2019, with their ascendant paths eventually crossing on the awards circuit. Before last year, Pugh had already been getting notice with acclaimed performances in movies such as 2016s Lady Macbeth.

However, 2019 was the year that Pugh well and truly arrived, with a hat trick of acclaimed performances: as wrestler Paige in Fighting with My Family, as a woman getting in over her head in the brightly lit horror film Midsommar and for playing Amy March in Greta Gerwigs Little Women, the last of which got her an Oscar nomination for Best Supporting Actress.

Johansson, too, was nominated for Best Supporting Actress last year, for the film Jojo Rabbit, directed by Taika Waititi, who made Thor: Ragnarok. Johansson was also nominated in the lead actress category for the film Marriage Story, also starring Laura Dern, who won the Best Supporting Actress award for that film.

As it happened, Dern also starred as Marmee in Little Women.

Although Pughs and Johanssons chemistry has only been glimpsed in the trailers for Black Widow, Marvel fans on Reddit are already applauding the pair.

A fan posted a behind the scenes shot of the actresses on set, with another fan remarking. They have more chemistry than Johansson and Ruffalo.

That was a reference to the short-lived romance between Black Widow and Bruce Banner, which had been cultivated in Avengers: Age of Ultron.

The bad news is the pandemic pushed the release date of Black Widow from May to November. The good news for fans that it puts it in close proximity with Wonder Woman: 1984.

That film has also been delayed a number of times, but Warner Bros. just pushed it to Christmas Day, meaning one month fans get Johansson and Pugh, and the next month they get Gal Gadot.

Good things come to those who wait. Fans just hope they dont have to wait any longer for either movie.

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Scarlett Johansson and Florence Pugh Have 'More Chemistry Than Johansson and Ruffalo' - Showbiz Cheat Sheet

Professor Emeritus Edward Merrill, chemical engineer who helped found the field of bioengineering, dies at 96 – MIT News

Edward W. Merrill, professor emeritus of chemical engineering, died peacefully at his home on Aug. 6 at the age of 96, surrounded by his children and grandchildren.

A longtime chemical engineer at MIT, Merrill was a founding contributor to the field of biological engineering. He developed the area of biomaterials and over a 66-year career pioneered several fields of bioengineering.

Ed made an indelible mark on each life he touched, professionally and personally. Not only did his research contributions help better the lives of thousands, but his commitment to education and mentorship helped shape a generation of biomedical engineers, says Paula Hammond, the David H. Koch (1962) Professor in Engineering and head of the MIT Department of Chemical Engineering. I experienced it first-hand as a student and a co-teacher; he raised the bar for all of us.

Born in New Bedford, Massachusetts, on Aug. 31, 1923, Merrill grew up in Jamaica Plain and West Roxbury, Massachusetts, and attended the Roxbury Latin School prior to entering Harvard College in 1941 to study the classics. He received a BA in chemistry from Harvard University in 1944 and pursued doctoral studies at MIT under the direction of Herman P. Meissner. Merrill received his ScD in 1947 working on pioneering theories and experimental studies of polymer adhesion. Upon graduation, he was employed by Dewey and Almy (later part of W.R. Grace) and joined MIT as an assistant professor of chemical engineering in 1950. Merrill was appointed the Carbon P. Dubbs Distinguished Professor of Chemical Engineering in 1973, a position he held until 1998. Merrill was a visiting lecturer in chemistry at Harvard University from 1952 to 1958, a consultant at the Peter Bent Brigham Hospital of Boston from 1960 to 1972, a consultant of the Children's Hospital in Boston from 1969 to 1972, and a consultant of the Beth Israel Hospital in Boston from 1969 to 1985. He has also served as chief scientist and consultant in biochemical engineering to Harvard University Health Services from 1984 to 1998.

In the 1950s and '60s, Merrill was the leading scientist in blood rheology. He investigated the effect of the hematocrit, various plasma proteins, and white blood cells on blood viscosity and flow behavior, and he developed appropriate experimental tools for rheological investigations of blood (including the patented GDM [Gilinson-Dauwalter-Merrill] viscometer) under realistic in-vitro conditions. In the 1960s and 1970s, Merrill was a pioneer in the development of the artificial kidney, analysis of its transport characteristics, and optimization of hemodialyzer membranes. In fact, Merrill's pioneering work on artificial kidneys, with Professor Clark Colton PhD 69 and Robert A. Britton ScD 67, led to the development of the first National Institutes of Health guidelines for artificial kidneys in the 1960s. In the 1960s, '70s, and '80s, he pioneered the field of protein/polymer interaction under stagnant and flow conditions and made exceptional contributions in the development of hydrogels as biomaterials, and in ionic or covalent heparinization techniques on polymer surfaces for antithrombogenic materials.

Merrill and Edward Saltzman of Harvard proposed polyethylene oxide (PEO) as a highly biocompatible material in an influential 1979 paper and did significant studies to analyze its stricture and blood response. Merrill's ideas on PEO as a non-thrombogenic biomaterial led to an explosion in the use of PEG- and PEO-decorated biomedical systems. In 1973, Merrill pioneered silicone-based contact lenses that became the basis of the hard, oxygen-permeable contact lens technology. Merrill's work on highly cross-linked polyethylene in the 1990s with William H. Harris led to the new irradiation-cross-linked, high density polyethylene (HDPE) materials used in artificial joints such as knee and hip replacements.

Merrill's contributions in the area of biomedical applications of aerosol engineering were also significant and led to the use of dipalmitoyl-lecithin aerosols for treatment of infants born with hyaline membrane disease (respiratory distress syndrome). Finally, he made significant and sustained contributions to drag reduction phenomena. Merrill was the inventor of more than 40 U.S. patents and about 230 international patents.

Professor Merrill was probably the premier biomedical engineer of the 20th century, says Nicholas Peppas ScD 74, the Cockrell Family Regents Chaired Professor at the University of Texas at Austin and advisee of Merrill, Not only did he develop the fundamentals of the field, and came up with pioneering inventions of blood flow rheometers, non-thrombogenic biomaterials, advanced contact lenses, treatments of the respiratory distress syndrome, and the most successful materials for joint replacements, but he also became a superb educator and mentor who directed and advised hundreds, if not thousands, of biomedically-oriented students of diverse backgrounds and nationalities.

Merrill personally supervised 57 PhD and 62 MS students, and 12 postdocs in his career. About 35 of these became professors in engineering, sciences, or medicine in academic institutions. About 20 of them became entrepreneurs serving as CEOs or other leaders of the chemical, biomedical or pharmaceutical industries. Merrill and eight of his former students or associates were listed in the 2008 AIChE list of "100 Eminent Chemical Engineers of the Modern Era. Fifty-five of his academic descendants are members of the major academies now: 28 are National Academy of Engineering (NAE) members, 19 are members of the National Academy of Medicine (NAM), three are National Academy of Sciences (NAS) members, and five are members of the American Academy of Arts and Sciences (AAAS). Many U.S. and international companies have been founded on his pioneering research ideas by his students and others.

A superb teacher, Merrill taught courses on polymers, biomaterials, transport phenomena, and medical sciences at MIT. His MIT course entitled Chemical Engineering in Medicine and Biology, offered in 1963, was the first such course in the United States. Merrill was a concerned educator and mentor who welcomed in his laboratories numerous scientists from other countries. He had a close association with Paul Rempp of the Macromolecular Center of Strasbourg, France, and in 1991 wrote an impactful book on polymers with him, Polymer Synthesis. At that time, he was also a vice-president of the Boston-Strasbourg Sister City Association and a director of the Alliance Franaise of Boston-Cambridge from 1990-96. He was also consultant to the conservator of the Department of Prints, Drawings, and Photographs at the Museum of Fine Arts, Boston from 1988 to 1998.

Merrill was elected a member of the AAAS, the NAE, the NAM, and the National Academy of Inventors. He received the Founders Award of the American Institute of Chemical Engineers (AIChE) in 2000, the Founders Award of the Society for Biomaterials (SFB) in 2003, and the Pierre Galletti Award from the American Institute of Medical and Biological Engineers in 2010. AIChE had also bestowed upon him the 1982 Alpha Chi Sigma Award and the 1993 Charles M. A. Stine Award. In 1990, the SFB awarded him the Clemson Award. At its centennial celebration in 2008, AIChE recognized him as one of the 100 Eminent Chemical Engineers of the Modern Era.

Merrill married Genevieve "Ginette" de Bidart on Aug. 19, 1948, in Cambridge, Massachusetts. Ginette passed away seven months earlier on Dec. 20, 2019. They are survived by their daughter Anne and son Frank Merrill, and their grandchildren: James, Sasha, and Julia Merrill. Merrill took great pride in his two children and three grandchildren and enjoyed the time he spent with them immensely. He was not simply a father and grandfather, but a mentor and inspiration to all who encountered him. His presence and his wisdom will sorely be missed by all whose lives he touched, and he will be greatly missed by his family. The family has already held private services.

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Professor Emeritus Edward Merrill, chemical engineer who helped found the field of bioengineering, dies at 96 - MIT News

MDC and FAU Announce Articulation Agreement for Master’s Degree in Technology and Engineering Programs – The Reporter

Miami, Sept. 18, 2020 In an ongoing effort to expand post-graduate opportunities for its students, Miami Dade College (MDC) has established a 4+1 articulation agreement with Florida Atlantic University (FAU) that will allow MDC graduates with a bachelors degree in engineering, data analytics or information systems technology to complete a masters degree at FAU in one year.

MDC has a history of providing excellence in academics, as demonstrated by this partnership with FAU, said Anselm Knights, MDC chairperson of engineering, technology and architecture. This partnership epitomizes the quality we have put into our programs, and we look ahead to a continued collaboration with FAU and further developing the programs we offer.

The agreement assures that students graduating from MDCs School of Engineering and Technology with a Bachelor of Science in electrical and computer engineering technology, upon meeting specific requirements, are eligible for admission into the Master of Science in Electrical Engineering or the Master of Science in Bioengineering programs at FAUs College of Engineering and Computer Science.

Equally, MDC students graduating with a Bachelor of Science in data analytics or Bachelor of Science in information systems technology can complete FAUs Master of Science in information technology and management in one year after completing the program requirements.

This expanded partnership program will enable MDC students to pursue a masters degree in electrical engineering, bioengineering, or information technology and management, said Dr. Stella Batalama, dean of the FAU College of Engineering and Computer Science. We look forward to welcoming these students to our College, and we are excited for them to join the FAU family.

For more information about the articulation agreement visit: http://mdc.tips/fau-ecet

About Miami Dade College

Miami Dade College is the most diverse institution in the nation. There are 174 nations and 69 languages represented in its student body. The colleges eight campuses and outreach centers offer more than 300 distinct degree pathways including associate and baccalaureate degrees, career certificates and apprenticeships. Baccalaureate degree offerings include biological sciences, engineering, data analytics, information systems technology, education, public safety, supervision and management, nursing, physician assistant studies, film, and others. MDC is the recipient of many top national awards including the Aspen Prize. As Democracys College, MDC changes lives through accessible, high quality-teaching and learning experiences. It is the home of the Miami Culinary Institute, the Miami Animation & Gaming International Complex, the Miami Fashion Institute, the Eig-Watson School of Aviation, The Idea Center, the Cybersecurity Center of the Americas, the Cloud Computing Center, the Center for Learning, Innovation and Simulation, the School for Advanced Studies, and the New World School of the Arts, to name a few of its most innovative programs. MDC has been named among the nations Great Colleges to Work For since the programs inception. The College embraces its responsibility to serve as an economic, cultural, and civic leader for the advancement of our diverse global community. Its alumni and employees contribute more than $3 billion annually to the local economy, and MDC graduates occupy top leadership positions in every major industry. MDC is renowned for its rich cultural programming. It is the home of the Miami Book Fair, Miami Film Festival, the National Historic Landmark Miami Freedom Tower, the Tower Theater, Dyer Building, Koubek Center Mansion and Gardens, the Lynn and Louis Wolfson II Florida Moving Image Archives, the Museum of Art and Design, a sculpture park and a large campus art gallery and theater system. MDC has admitted more than 2,000,000 students and counting, since it opened its doors in 1960. For more information, visit http://www.mdc.edu.

About Florida Atlantic University

Florida Atlantic University, established in 1961, officially opened its doors in 1964 as the fifth public university in Florida. Today, the University, with an annual economic impact of $6.3 billion, serves more than 30,000 undergraduate and graduate students at sites throughout its six-county service region in southeast Florida. FAUs world-class teaching and research faculty serves students through 10 colleges: the Dorothy F. Schmidt College of Arts and Letters, the College of Business, the College for Design and Social Inquiry, the College of Education, the College of Engineering and Computer Science, the Graduate College, the Harriet L. Wilkes Honors College, the Charles E. Schmidt College of Medicine, the Christine E. Lynn College of Nursing and the Charles E. Schmidt College of Science. FAU is ranked as a High Research Activity institution by the Carnegie Foundation for the Advancement of Teaching. The University is placing special focus on the rapid development of critical areas that form the basis of its strategic plan: Healthy aging, biotech, coastal and marine issues, neuroscience, regenerative medicine, informatics, lifespan and the environment. These areas provide opportunities for faculty and students to build upon FAUs existing strengths in research and scholarship. For more information, visit fau.edu.

FAU Media-only contact: Gisele Galoustian, media relations director for research, 561-985-4615, ggaloust@fau.edu.

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MDC and FAU Announce Articulation Agreement for Master's Degree in Technology and Engineering Programs - The Reporter

Global Nisin Market set to grow with massive rate by 2020 to 2025 – The Daily Chronicle

Nisin Industry 2020 Global Market research report studies the latest Nisin industry aspects market size, share, trends, Opportunities and Strategies To Boost Growth, business overview, revenue, demand, marketplace expanding, technological innovations, recent development, and Nisin industry scenario during the forecast period (2020-2025).

The major players profiled in this report include:DSM, Dupont, Galactic SA, Handary S.A., Siveele B.V., Zhejiang Silver-Elephant Bioengineering, Shandong Freda Biotechnology, Chihon Biotechnology, Mayasan Biotech, Cayman Chemical

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Global Nisin Market is valued approximately USD 423.9 million in 2019 and is anticipated to grow with a healthy growth rate of more than 4.5 % over the forecast period 2020-2027. Nisin is a polycyclic antibacterial peptide that is produced by fermentation of food-grade bacteria and used as a food preservative. Nisin increases the shelf life of the food products, thus widely used in processed food, majorly in dairy products, canned food, and meat products. The global Nisin market is facing challenges in the production facilities fully functional due to shortage of staff and resources amidst the COVID-19 (Coronavirus) outbreak. The effective and non-toxic properties than other natural preservatives, nisin acts as a natural preservative with therapeutic benefits, consumer awareness for clean label products are the few factors responsible for growth of the market over the forecast period. Furthermore, the introduction of new products and other strategic alliance by the market players will create a lucrative demand for the market. For instance: In December 2019, Royal DSM acquired Royal CSK (Friesland), a leading food ingredient company in the European region. This acquisition enables both the company to expand their product portfolio and expertise in food & beverage business. However, crucial and sensitive production and use of preservation techniques to discourage demand for nisin are the major factors restraining the growth of global Nisin market during the forecast period.

The regional analysis of global Nisin market is considered for the key regions such as Asia Pacific, North America, Europe, Latin America and Rest of the World. North America is the leading/significant region across the world in terms of market share owing to the the increase in consumer preference for synthetic food preservatives. Whereas, Asia-Pacific is also anticipated to exhibit highest growth rate / CAGR over the forecast period 2020-2027.

Major market player included in this report are:DSMDupontGalactic SAHandary S.A.Siveele B.V.Zhejiang Silver-Elephant BioengineeringShandong Freda BiotechnologyChihon BiotechnologyMayasan BiotechCayman Chemical

The objective of the study is to define market sizes of different segments & countries in recent years and to forecast the values to the coming eight years. The report is designed to incorporate both qualitative and quantitative aspects of the industry within each of the regions and countries involved in the study. Furthermore, the report also caters the detailed information about the crucial aspects such as driving factors & challenges which will define the future growth of the market. Additionally, the report shall also incorporate available opportunities in micro markets for stakeholders to invest along with the detailed analysis of competitive landscape and product offerings of key players. The detailed segments and sub-segment of the market are explained below:

By Application:Meat, poultry & seafood productsDairy productsBeveragesBakery & confectionery productsCanned & frozen food productsOthers

By Region:North AmericaU.S.CanadaEuropeUKGermanyFranceSpainItalyROE

Asia PacificChinaIndiaJapanAustralia South KoreaRoAPACLatin AmericaBrazilMexicoRest of the World

Furthermore, years considered for the study are as follows:

Historical year a?? 2017, 2018Base year a?? 2019Forecast period a?? 2020 to 2027

Target Audience of the Global Nisin Market in Market Study:

Key Consulting Companies & AdvisorsLarge, medium-sized, and small enterprisesVenture capitalistsValue-Added Resellers (VARs)Third-party knowledge providersInvestment bankersInvestors

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1 Market Overview1.1 Product Definition and Market Characteristics1.2 Global Nisin Market Size1.3 Market Segmentation1.4 Global Macroeconomic Analysis1.5 SWOT Analysis

3 Associated Industry Assessment3.1 Supply Chain Analysis3.2 Industry Active Participants3.2.1 Suppliers of Raw Materials3.2.2 Key Distributors/Retailers3.3 Alternative Analysis3.4 The Impact of Covid-19 From the Perspective of Industry Chain

4 Market Competitive Landscape4.1 Industry Leading Players4.2 Industry News4.2.1 Key Product Launch News4.2.2 Expansion Plans

5 Analysis of Leading Companies5.1 Company 15.1.1 Company 1 Company Profile5.1.2 Company 1 Business Overview5.1.3 Company 1 Nisin Sales, Revenue, Average Selling Price and Gross Margin (2015-2020)5.1.4 Company 1 Nisin Products Introduction

5.2 Company 25.2.1 Company 2 Company Profile5.2.2 Company 2 Business Overview5.2.3 Company 2 Nisin Sales, Revenue, Average Selling Price and Gross Margin (2015-2020)5.2.4 Company 2 Nisin Products Introduction

5.3 Company 35.3.1 Company 3 Company Profile5.3.2 Company 3 Business Overview5.3.3 Company 3 Nisin Sales, Revenue, Average Selling Price and Gross Margin (2015-2020)5.3.4 Company 3 Nisin Products Introduction

5.4 Company 45.4.1 Company 4 Company Profile5.4.2 Company 4 Business Overview5.4.3 Company 4 Nisin Sales, Revenue, Average Selling Price and Gross Margin (2015-2020)5.4.4 Company 4 Nisin Products Introduction

6 Market Analysis and Forecast, By Product Types6.1 Global Nisin Sales, Revenue and Market Share by Types (2015-2020)6.2 Global Nisin Market Forecast by Types (2020-2026)6.3 Global Nisin Sales, Price and Growth Rate by Types (2015-2020)6.4 Global Nisin Market Revenue and Sales Forecast, by Types (2020-2026)

7 Market Analysis and Forecast, By Applications7.1 Global Nisin Sales, Revenue and Market Share by Applications (2015-2020)7.2 Global Nisin Market Forecast by Applications (2020-2026)7.3 Global Revenue, Sales and Growth Rate by Applications (2015-2020)7.4 Global Nisin Market Revenue and Sales Forecast, by Applications (2020-2026)

8 Market Analysis and Forecast, By Regions8.1 Global Nisin Sales by Regions (2015-2020)8.2 Global Nisin Market Revenue by Regions (2015-2020)8.3 Global Nisin Market Forecast by Regions (2020-2026)Continued.

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Global Nisin Market set to grow with massive rate by 2020 to 2025 - The Daily Chronicle

NIH Taps Six Firms, One University to Create Digital Health Tools – GovConWire

NIH

One university and six companies have secured contracts from the National Institutes of Health to produce digital health tools in support of coronavirus response efforts.

All seven awardees will aim to develop software, wearable devices or mobile applications intended for contact tracing, health monitoring and test results tracking, NIH said Tuesday.

Phase 1 will focus on demonstrating the feasibility of selected projects and Phase 2 will commence through a contractual option that will include additional funds to support further development and demonstration work.

The agency estimates that the total amount of contracts will reach $22.8M if all participants move forward to the second phase.

The tools these organizations plan to develop could allow us to use containment efforts, like COVID-19 testing, social distancing and quarantine, precisely when and where theyre needed, said Norman Sharpless, director of NIHs National Cancer Institute.

NCI and the National Institute of Biomedical Imaging and Bioengineering, also part of NIH, chose projects from the seven awardees out of almost 200 submissions. These development projects will support a $306M effort, among other NCI and NIBIB pursuits, to address COVID-19, increase testing capacity and conduct serological studies.

The awardees are:

Separately, NIBIB awarded CareEvolution a contract to provide its SAFER-COVID assessment tool that works to fuse data on self-reported symptoms, electronic health records, claims and information from wearable devices in order to help users determine whether they can return to their normal routines.

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L-Aspartic Acid (CAS 56-84-8) Market Growth Rate, Opportunities and Market Forecast to 2023 – The Daily Chronicle

The Global L-Aspartic Acid (CAS 56-84-8) Market Outlook 2018-2023 offers detailed coverage of l-aspartic acid industry and presents main market trends. The market research gives historical and forecast market size, demand, end-use details, price trends, and company shares of the leading l-aspartic acid producers to provide exhaustive coverage of the market for l-aspartic acid. The report segments the market and forecasts its size, by volume and value, on the basis of application, by products, and by geography.

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The report has been prepared based on an in-depth market analysis with inputs from key industry participants. The global l-aspartic acid market has been segmented into five major regions, namely, North America (U.S., Canada, and others), Europe (U.K., France, Germany, Russia, and others), Asia-Pacific (China, Japan, India, Australia, and others), South America (Brazil, Argentina, and others), and Middle East & Africa (South Africa, Saudi Arabia, and others). Furthermore, the report also includes an in-depth competitive analysis of the key vendors operating in this market.

Key Regions North America Europe Asia Pacific Middle East & Africa South America

Key Vendors Ajinomoto Co., Inc. Kyowa Hakko Bio Co., Ltd. Koninklijke DSM N.V. Evonik Industries AG Huaibei Xinxing Industrial Co., Ltd. Yantai Hengyuan Bioengineering Co., Ltd. Jiangsu Jiecheng Bioengineering Co., Ltd. Changmao Biochemical Engineering Company Limited Tianjin Bohua Zhonghe Chemical Co., Ltd. request free sample to get a complete list of companies

Key Questions Answered in This Report Analysis of the l-aspartic acid market including revenues, future growth, market outlook Historical data and forecast Regional analysis including growth estimates Analyzes the end user markets including growth estimates. Profiles on l-aspartic acid vendors including products, sales/revenues, SWOT, and market position, recent developments. Market structure, market drivers and restraints.

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Vibrent Health Wins NIH Contract to Develop Powerful New Digital Health Solutions for COVID-19 Contact Tracing to Reduce the Risk of Infection and…

FAIRFAX, Va.--(BUSINESS WIRE)--Vibrent Health, a health technology company powering the future of precision health research, today announced it has been awarded a contract worth a potential value of $4.23 million from the National Institutes of Healths (NIH) National Cancer Institute (NCI) and National Institute of Biomedical Imaging and Bioengineering (NIBIB), to develop a large-scale, data-driven approach to fight COVID-19. Vibrent Health will expand and enhance its privacy-protected, cyber secure Digital Health Solutions Platform for Wi-Fi-enabled contact tracing designed to identify outbreaks and advise actions to protect individuals from COVID-19 exposure and to assist society with the return to normalcy.

The current public health crisis is compounded by a lack of scientifically validated technology tools for effective response strategies, said Praduman Jain, Founder and CEO, Vibrent Health. We are proud to be selected by NIH to develop and validate evidence-based contact tracing technology solutions that leverage user-friendly mobile tools and multiple data sources that we believe will have a significant impact on the fight against COVID-19.

The security, stability and depth of Vibrent Healths technology platform enhances contact tracing efforts by collecting data from broad data sources through existing Wi-Fi infrastructures that are pre-installed on most smart devices. The solution utilizes mobile applications, self-reported data, wearable devices and machine learning algorithms.

A critical feature of Vibrents solution will be its ability to differentiate COVID-19 from the Flu, indicating to users if they need to seek medical attention or not, which may alleviate the burden on health care facilities during Flu outbreaks.

Vibrent Healths solution will enable researchers, public health officials and the general public to make appropriate decisions to protect against exposure to COVID-19 and to enable individuals, communities, universities, facilities and event venues to reduce the risk of infection and thus help society to return to work and normal activities. This is especially important for essential workers who are at highest risk of exposure and those with diminished access to healthcare resources.

Digital health technologies built around smartphones and wearable devices will play an essential role in guiding us through the COVID-19 pandemic, said NIBIB Director Bruce J. Tromberg, Ph.D. These platforms can acquire large amounts of data from many different sources spanning from testing technologies to sensors. When this information is analyzed using cutting-edge computational and machine learning methods, everyone will have access to powerful new tools for reducing the risk of infection and returning to normal activities.

In May of this year, NCI and NIBIB invited organizations to submit ideas for digital health technologies that could enhance the public health response to the pandemic. Vibrent Health was selected as one of seven projects from nearly 200 different ideas. This is among the first NIH-awarded contracts to help create a next-generation contact tracing technology solution for public health response that combines the best of science and technology.

With this new contract, Vibrent Health has partnered with several academic organizations that will contribute machine learning for contact tracing, scientific validation and recruitment of medically underserved populations. Partners include Virginia Commonwealth University, Richmond, Virginia, and University of Virginia, Charlottesville, Virginia.

This project has been funded in whole or in part with Federal funds under Contract No. 75N91020C00038, as a component of the Congressionally supported response to COVID-19 from the National Institute of Biomedical Imaging and Bioengineering and the National Cancer Institute, National Institutes of Health, Department of Health and Human Services.

This contract builds on Vibrent Health and the NIHs existing deep collaboration, including the recently announced funding award to continue as the Participant Technology Systems Center (PTSC) of the All of Us Research Program. All of Us is one of historys largest longitudinal research programs, with an aim of partnering with one million or more diverse people living in the United States.

To learn more about how Vibrent Health can accelerate your digital health research, visit: http://www.vibrenthealth.com

About Vibrent Health

Vibrent Healths mission is to accelerate health research to optimize human health through precision technology and digital tools that empower participant engagement, research analytics and research management for researchers, research organizations and research participants. Through its Digital Health Solutions Platform, the company provides a large-scale versatile global platform for health research. The platform provides an infrastructure for data collection from broad sources including genomics, environment, lifestyle, behaviors and electronic health records. Since February 2017 Vibrent Health has served as the Participant Technology Systems Center for the National Institutes of Healths All of Us Research Program, which aims to collect health data from one million or more people to support a wide variety of research studies. To learn more, visit vibrenthealth.com.

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Vibrent Health Wins NIH Contract to Develop Powerful New Digital Health Solutions for COVID-19 Contact Tracing to Reduce the Risk of Infection and...

Ethics, Society and Technology Hub embeds ethics in teaching and research | Stanford News – Stanford University News

In recent decades, ideas originating with Stanford students and faculty brought technologies that have disrupted industries, revolutionized business and eased communication in our daily lives. But they have also been linked to societal problems such as widening inequality, racial bias and lack of privacy.

Political science professors Margaret Levi and Rob Reich will co-lead the Ethics, Society and Technology (EST) Hub. (Image credit: L.A. Cicero)

As a way of ensuring that technological advances born at Stanford address the full range of ethical and societal implications, the Long-Range Vision launched the Ethics, Society and Technology (EST) Hub, co-led by Margaret Levi and Rob Reich, both professors of political science.

Stanford is home to outstanding ethicists and social scientists but they havent been well integrated into the ways we teach about, or do research related to, technology, said Debra Satz, the Vernon R. and Lysbeth Warren Anderson Dean of theSchool of Humanities and Sciences(H&S). The EST Hub will bring their insights into the conversation with scientists and engineers about such matters as how we might consider the choices we make regarding technologies that have the potential for widespread societal consequences.

The EST Hub will help coordinate and amplify the teaching, research and activities on campus at the intersection of ethics, society and technology.

The wider world knows Stanford for its leading role in technology innovation and disruption, said Reich, who is also director of the McCoy Family Center for Ethics in Society. This initiative is born out of the desire that Stanford also be known for advances in our understanding of the ethical and social dimensions of technology.

Like many initiatives formed through the Long-Range Vision, the EST Hub doesnt create a new permanent entity. Instead, it is expected to have a three to five-year lifespan, with its activities eventually finding homes among Stanfords existing institutes, centers and programs.

Its about culture change in those we touch and incorporating ethics into our practices. We want to jumpstart that activity and then make sure it lasts, said Levi, who is also the Sara Miller McCune Director of the Center for Advanced Study in the Behavioral Sciences.

Reich helped launch a class called CS 182: Computers, Ethics and Public Policy, co-taught by Jeremy Weinstein, professor of political science, and Mehran Sahami, professor of computer science, which explores the intersection of technology, ethics and policy.

In the course CS 181: Computers, Ethics and Public Policy, Stanford students become computer programmers, policymakers and philosophers to examine the ethical and social impacts of technological innovation.

Its the only class I know of where students have to complete technical assignments, policy papers and philosophy papers, Reich said. Hes now exploring similar classes on topics like bioengineering and climate science. We want to take this idea beyond computer science, he said.

The EST Hub, in collaboration with Stanford Institute for Human-Centered Artificial Intelligence (HAI) and the computer science department, has also begun working with a postdoctoral fellow on a program called Embedded EthiCS, which will embed ethics modules into core computer science courses. We want to make it inescapable that technology majors get exposed to questions of ethics and policy, Reich said.

In addition to the ongoing curricular work, The EST Hub recently gave out six grants for people developing classes that integrate ethics, society and technology. These include classes focused on race in STEM, the risks and opportunities digital technologies present in civil society, an online version of an existing course on ethical urban data analysis, integrating diverse cultural perspectives in ethics training for global technologies, the ethics of using digital ecosystems for training performance artists and role-playing workshops for engineering courses.

Levi and Reich said they hope these courses and others that follow will ensure all STEM students at Stanford encounter opportunities to consider the social and ethical implications of technology.

We want to get to a point where we have dozens of classes in which students are seeing ethics as part of what their education is all about, Levi said.

In addition to supporting ethics in STEM education, The EST Hub is hoping to inspire faculty and students to focus on ethical questions in their research and in their lives. They recently awarded grants to both students and faculty to further those goals.

Levi said she was excited about the level of enthusiasm and creativity students showed in their proposals. They really have some ideas and energy for how to bring these practices into their lives and into the ways people are interacting with each other, she said.

The funded student proposals include two focused on the arts. One creates a magazine focused on the intersection of society and technology and another supports a film project that explores how broader issues of power, culture and our ethical priorities influence current developments of artificial intelligence. The students also proposed a CS fellowship focused on social good and a student group that reflects on and advocates for a more thoughtful approach to thedevelopment and role of technology. They are also exploring how Stanfords tech ecosystem has changed over the last decade, addressing the gaps that remain in student understanding of free speech across interdisciplinary fields and creating acollaboration between faculty and students dedicated to mitigating existential risks.

Funded faculty teams span the Schools of Medicine, Engineering and Humanities and Sciences. They include a project exploring whether digital tools could slow the spread of misinformation and the effects of artificial intelligence-mediated conversation. Another grant supports bioengineering fellows, and one creates an ethical review board for technology research. That board has already reviewed grants funded by HAI, and will review another round of grants in the fall. They expect to publish findings and best practices with the idea that it could inform the groups future work at Stanford and inspire related boards at other universities.

Although the EST Hub launched prior to the novel coronavirus, the international pandemic has revealed to everyone the ways technology is intertwined with individual and social well-being. To explore those implications, The EST Hub funded rapid response research into the societal effects of technology involved in COVID-19 efforts, including research into Zoom fatigue, digital theater, crisis education and photography to chronicle the pandemic across the socioeconomic spectrum.

Levi and Reich said that by embedding ethics in STEM and technology education, and creating new opportunities for students and faculty to engage in ethics in their lives and in their research, theyll create a culture that will endure when the EST Hub dissolves.

The hub integrates whats going on across the university, Levi said. If at the end our students, researchers and faculty practice differently in how they conduct research and lead their lives that would be a success.

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