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The Real Mystery About Mexico’s New President

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Saturday, June 1, 2024

MEXICO CITY — On virtually every corner of Mexico’s capital city, drivers encounter political activists holding signs for one or another of the country’s political parties. Colorful banners enliven the otherwise gray and white walls of the city’s office buildings. The nation is visibly preparing for its presidential election on Sunday.One word dominates, on fences and bumper stickers, even in radio commercials: Morena. It is the acronym of Mexico’s current ruling party, the National Regeneration Movement, which is set to win in the upcoming election.And one person dominates, as well. Next to the party’s dark red logo, Mexicans have grown accustomed to reading the phrase “Es Claudia” — “It’s Claudia” — or “Claudia Presidenta” — “President Claudia.” Those slogans refer to 61-year-old Claudia Sheinbaum, the former mayor of Mexico City and the clear favorite to occupy the nation’s highest office.In fact, the contest is all but decided. Morena, with two allied parties, currently holds a majority of seats in Mexico’s Chamber of Deputies and Senate. It is also the party of Mexico’s current president, Andrés Manuel López Obrador who, despite many controversies throughout his tenure, maintains an approval rating well above 50 percent.As a result, Sheinbaum seems like a virtual shoo-in. Polls give her an ample winning margin of between 15 and 25 percent. Moreover, this spread has remained constant since last September, when Mexico’s largest political forces announced their candidates for the presidency. Sheinbaum is just as popular as her party.So, unless something unexpected were to occur — something that destroys a 20-point lead overnight — Mexicans know what will happen on election day. Millions will head to the polls and around midnight, the president of Mexico’s National Elections Institute will announce Claudia Sheinbaum as the country’s next leader — and the first woman to occupy the presidency.The real question, however, is what will happen after that.For as long as Claudia Sheinbaum has been a public figure, she has alternated between what people here see as two different personalities. On one hand, she’s an accomplished physicist with expertise in environmental science and a reputation for pragmatism. On the other, she’s a long-time leftist activist, a close ally and champion of López Obrador — a divisive figure who came to power promising to represent the lowest echelons of Mexican society and, during his tenure, increased social spending to a historic high while simultaneously attacking Mexico’s system of checks and balances.The question raging here is: Which of Sheinbaum’s two personalities will dominate? Some think she will be Mexico’s Angela Merkel — a scientist by training who will prioritize efficiency over ideology for the nation’s benefit. Others see her as a mere puppet of López Obrador, who will follow in his leftist footsteps, increasing social welfare programs and battling the nation’s Supreme Court.The truth, in all likelihood, is that she will fall somewhere in between. But how that balance is set, the way in which she reconciles these aspects of her life, will define not only Mexico’s future but what kind of president she will be when it comes to negotiating with the United States and its president.In other words, which Claudia — or combination of the two — becomes president will have an outsize influence on the U.S. political landscape at a time when immigration, drug trafficking and trade are all top issues for American politicians.Mexico already plays a disproportionate role when it comes to the U.S. debate over immigration, and having a Mexican president set on defending Mexican sovereignty and other Latin American countries could worsen the U.S. border crisis during a presidential election cycle. But the implications to the U.S. go beyond immigration. A more ideological and leftist Sheinbaum could easily take a nationalist perspective on drug policy and commerce. She could seek more beneficial terms for Mexico in the USMCA negotiations next year or be unwilling to cooperate with U.S. authorities to investigate the increased drug trade of fentanyl. A more pragmatic Sheinbaum, on the other hand, could find compromises when discussing trade, and agree on a middle ground for investigating cartels with U.S. support without risking Mexico’s sovereignty.That means the United States should have a keen interest in figuring out which side of Sheinbaum’s personality will govern her interactions with Washington. And it turns out some key episodes in her past took place in the United States.Mexico today is a democracy with a peaceful transfer of power between parties and broadly successful elections. But this is a fairly recent phenomenon. For most of the 20th century, the country was ruled by a single political party, the PRI, in a unique form of autocracy — one that earned it the nickname of “the perfect dictatorship” from Peruvian Nobel Prize-winning author Mario Vargas Llosa.For close to 70 years, the PRI ruled the country from top to bottom, holding the presidency, governorships and Congress. However, every six years, the party would hold elections and a new generation of politicians would enter its ranks. Dissidents were severely punished. In 1968, as students sought to protect the autonomy of Mexico’s public universities, government forces opened fire on protesters resulting in a massacre and the incarceration of many student activists. This would occur again, in 1971. The people would change over time, but the party wouldn’t and anyone who objected was repressed.That is the Mexico that Claudia Sheinbaum grew up in. Born in 1962, she was the daughter of a small businessman and an acclaimed cellular biologist — both descendants of Jewish immigrants from Europe, although Sheinbaum herself is not religiously observant; she kept an image of the catholic Virgin of Guadalupe on her desk as mayor of Mexico City. Due to her mother’s academic life, Sheinbaum’s family was close to some of the student protesters who were arrested in 1968. Her childhood was divided between studying for exams, reading books, listening to political meetings in Mexico’s nascent left wing and visiting family friends incarcerated under the PRI regime.As an undergraduate in Mexico’s National Autonomous University (UNAM), she majored in physics with a focus on clean energy generation. At the same time, however, she was a core member of the university’s activist community, taking part in the Student Council and leading a number of protests against the regime. She was both Claudia the physicist and Claudia the activist. Even her undergraduate physics thesis had a political dimension; she studied the impact of stoves used by purépecha indigenous communities in Mexico to better understand energy consumption in rural areas.Later, as a Ph.D. candidate, she moved briefly to California where she did research at the University of California, Berkeley, while her then-husband, Carlos Ímaz, pursued graduate studies at Stanford. Even then, away from Mexico, Sheinbaum found an outlet for politics. When Mexican President Carlos Salinas de Gortari visited Stanford’s campus in 1991, she joined protesters holding a sign calling for “Free Trade and Democracy Now” — a moment that would be immortalized on the front page of the university’s newspaper, the Stanford Daily.The truth is that all along, Sheinbaum has been both a researcher focused on her career, and a social activist deeply engaged with Mexico’s left. Upon returning to Mexico after her graduate studies, Sheinbaum joined the faculty at UNAM teaching courses on energy management while joining Mexico’s newly formed Party of the Democratic Revolution (PRD) — a leftist party run by Michoacán governor Cuauhtémoc Cárdenas.In 2000, a then up-and-coming politician ran for mayor of Mexico City with the PRD and won; it was López Obrador. Sheinbaum joined his administration as Secretary of the Environment — her first time in public office.According to a biography of Sheinbaum’s career published ahead of the election, she did that job as a data-driven pragmatist, even as her boss became known as a leftist ideologue. Sheinbaum was in charge of expanding Mexico City’s highways and she did it by building a second roadway above the city’s main arteries — Periférico and Viaducto — to reduce emissions and lower traffic congestion. She was also in charge of building the city’s first metro bus line to expand public transportation, now a staple of Mexico City’s urban infrastructure. As a recent memoir puts it, Sheinbaum was passionate about the technicalities of the projects and impatient with the political maneuvering often needed to get them done.But politics and activism were never far away. When López Obrador ran for president in 2006, she became the spokesperson for his campaign; when they lost the election and claimed political fraud, Sheinbaum organized protests in support of their movement. That was her modus operandi: technical when possible, political when needed.Sheinbaum took a break from politics starting in 2006 when López Obrador’s tenure in Mexico City ended and she became mired in a political controversy involving her then-husband receiving bribes, allegedly in support of the López Obrador presidential campaign. After the scandal, Sheinbaum returned to teaching full time at UNAM and participated as a member of the Intergovernmental Panel on Climate Change (ICPP).It was close to a decade later, when López Obrador created a new party — Morena — that Sheinbaum reentered politics. In 2015, she ran to become borough chief of Tlalpan — one of Mexico City’s 16 districts. Morena was seen as a decidedly leftist party, seeking to “transform” Mexico and put an end to a “neoliberal era.” But after she was elected, she began to make a name for herself as a pragmatist. In 2018, she made a successful bid to become Morena’s nominee for mayor of Mexico City, beating more party-line candidates such as long-time activist Martí Batres. Sheinbaum would go on to win the election by using her pragmatism to attract middle-class voters while supporting the ideological stance of Morena, which appealed to lower-class voters who felt neglected by past administrations.As mayor, at least in the beginning of her tenure, Sheinbaum’s technical nature predominated. Her administration was not marked by the kind of political battles that followed her predecessor, Marcelo Ebrard, who had legalized same sex marriage and decriminalized abortion. Instead, she focused on large infrastructure projects and innovation, meant to improve mobility and decrease carbon emissions. She spearheaded the development of a cableway system, capable of moving 133,000 people every day. She also developed a free wifi program across the city, and began constructing the largest solar park inside of a city — built on top of Mexico’s iconic Central de Abastos market. Quite famously, she worked with people outside of her own party to consolidate her cabinet, including her Secretary of Public Security, Omar García Harfuch, who would later run to replace Sheinbaum as mayor with her blessing.Her tenure, of course, had its difficulties. She had to deal with a number of crises including the sudden collapse of a metro train resulting in the deaths of 26 civilians. But even then, ideology seemed to be an afterthought; a ghost of her activist past.It wasn't until after the 2021 midterm elections that Sheinbaum had to deal with politics more closely. The election resulted in a vote of no confidence against president López Obrador after the COVID-19 pandemic, decreasing his party’s hold on Congress and, in a historical shift, turning nine of Mexico City’s 16 boroughs — many of them run by the left — to the opposition. Soon she was dropping her stance as a technical mayor and once again becoming one of López Obrador’s fiercest defenders.Pre-2021, Sheinbaum held back on attacking Mexico’s autonomous electoral institute, the INE, which President López Obrador has criticized since the 2006 presidential election. After the 2021 midterm election, Sheinbaum joined her mentor and began to tweet against the institute. A similar thing happened when speaking of the main opposition parties: PAN and PRI. Her mentions of the political opposition pre-2021 were scarce; afterwards, she would criticize them for opposing a reform to Mexico’s energy sector, and blasted them as harbingers of inequality. The more political Sheinbaum had emerged once more to defend her party and its leader.Some of that shift likely stemmed from the change between being a mayor to running for president. But it also marked a return of the defining tension of her life.Now, with the election looming, which of Sheinbaum’s personalities will guide her presidency is a hot topic of debate here. One needs only to look at Sheinbaum’s proposed government plan to see the inherent tension between her personas.Some of her proposals are truly technical in nature like creating a program to support women who are victims of violence (Proposal #49) or doubling Mexico’s rail freight capacity (Proposal #71). Others are truly political in nature, such as reforming the nation’s electoral institute and Supreme Court so its ministers and justices are elected by popular vote (Proposals #8 and #98). Both of those were key priorities for López Obrador that he did not succeed in implementing.Nowhere is this tension more evident than in her proposals for the energy sector. On the one hand, Sheinbaum has been vocal that she differs with López Obrador’s reluctance to invest in renewable energies. In fact, Proposal #66 of her government plan is precisely about “supporting an energy transition” towards greener sources. Yet, to do this, she aims to maintain Mexico’s state-owned Petroleum and Electricity companies that have been favored by López Obrador despite their immense debts (Proposals #63-65). So which will it be? A green future or one that invests in state-owned oil? At this point in time, no one can say for sure.Whichever Claudia or combination of Claudias comes to power will determine whether she will seek an open dialogue with the U.S. president or fight with ideological fervor to protect Mexico’s sovereignty. It will determine if Mexico will compete for global investment as dozens of western companies seek to relocate away from China or if Mexico will focus solely on domestic concerns. Will Claudia Sheinbaum follow party-line views and be guided by ideology, or will she follow her technical past?That is the election outcome that Mexicans — and Americans — will learn only after the new president is seated.

José Luis Sabau is a writer and researcher based in Mexico City. He studied political science at Stanford and currently writes for El Sol de México, Excélsior, and Nexos.


MEXICO CITY — On virtually every corner of Mexico’s capital city, drivers encounter political activists holding signs for one or another of the country’s political parties. Colorful banners enliven the otherwise gray and white walls of the city’s office buildings. The nation is visibly preparing for its presidential election on Sunday.

One word dominates, on fences and bumper stickers, even in radio commercials: Morena. It is the acronym of Mexico’s current ruling party, the National Regeneration Movement, which is set to win in the upcoming election.

And one person dominates, as well. Next to the party’s dark red logo, Mexicans have grown accustomed to reading the phrase “Es Claudia” — “It’s Claudia” — or “Claudia Presidenta” — “President Claudia.” Those slogans refer to 61-year-old Claudia Sheinbaum, the former mayor of Mexico City and the clear favorite to occupy the nation’s highest office.

In fact, the contest is all but decided. Morena, with two allied parties, currently holds a majority of seats in Mexico’s Chamber of Deputies and Senate. It is also the party of Mexico’s current president, Andrés Manuel López Obrador who, despite many controversies throughout his tenure, maintains an approval rating well above 50 percent.

As a result, Sheinbaum seems like a virtual shoo-in. Polls give her an ample winning margin of between 15 and 25 percent. Moreover, this spread has remained constant since last September, when Mexico’s largest political forces announced their candidates for the presidency. Sheinbaum is just as popular as her party.



So, unless something unexpected were to occur — something that destroys a 20-point lead overnight — Mexicans know what will happen on election day. Millions will head to the polls and around midnight, the president of Mexico’s National Elections Institute will announce Claudia Sheinbaum as the country’s next leader — and the first woman to occupy the presidency.

The real question, however, is what will happen after that.

For as long as Claudia Sheinbaum has been a public figure, she has alternated between what people here see as two different personalities. On one hand, she’s an accomplished physicist with expertise in environmental science and a reputation for pragmatism. On the other, she’s a long-time leftist activist, a close ally and champion of López Obrador — a divisive figure who came to power promising to represent the lowest echelons of Mexican society and, during his tenure, increased social spending to a historic high while simultaneously attacking Mexico’s system of checks and balances.

The question raging here is: Which of Sheinbaum’s two personalities will dominate? Some think she will be Mexico’s Angela Merkel — a scientist by training who will prioritize efficiency over ideology for the nation’s benefit. Others see her as a mere puppet of López Obrador, who will follow in his leftist footsteps, increasing social welfare programs and battling the nation’s Supreme Court.

The truth, in all likelihood, is that she will fall somewhere in between. But how that balance is set, the way in which she reconciles these aspects of her life, will define not only Mexico’s future but what kind of president she will be when it comes to negotiating with the United States and its president.

In other words, which Claudia — or combination of the two — becomes president will have an outsize influence on the U.S. political landscape at a time when immigration, drug trafficking and trade are all top issues for American politicians.



Mexico already plays a disproportionate role when it comes to the U.S. debate over immigration, and having a Mexican president set on defending Mexican sovereignty and other Latin American countries could worsen the U.S. border crisis during a presidential election cycle. But the implications to the U.S. go beyond immigration. A more ideological and leftist Sheinbaum could easily take a nationalist perspective on drug policy and commerce. She could seek more beneficial terms for Mexico in the USMCA negotiations next year or be unwilling to cooperate with U.S. authorities to investigate the increased drug trade of fentanyl. A more pragmatic Sheinbaum, on the other hand, could find compromises when discussing trade, and agree on a middle ground for investigating cartels with U.S. support without risking Mexico’s sovereignty.

That means the United States should have a keen interest in figuring out which side of Sheinbaum’s personality will govern her interactions with Washington. And it turns out some key episodes in her past took place in the United States.


Mexico today is a democracy with a peaceful transfer of power between parties and broadly successful elections. But this is a fairly recent phenomenon. For most of the 20th century, the country was ruled by a single political party, the PRI, in a unique form of autocracy — one that earned it the nickname of “the perfect dictatorship” from Peruvian Nobel Prize-winning author Mario Vargas Llosa.

For close to 70 years, the PRI ruled the country from top to bottom, holding the presidency, governorships and Congress. However, every six years, the party would hold elections and a new generation of politicians would enter its ranks. Dissidents were severely punished. In 1968, as students sought to protect the autonomy of Mexico’s public universities, government forces opened fire on protesters resulting in a massacre and the incarceration of many student activists. This would occur again, in 1971. The people would change over time, but the party wouldn’t and anyone who objected was repressed.



That is the Mexico that Claudia Sheinbaum grew up in. Born in 1962, she was the daughter of a small businessman and an acclaimed cellular biologist — both descendants of Jewish immigrants from Europe, although Sheinbaum herself is not religiously observant; she kept an image of the catholic Virgin of Guadalupe on her desk as mayor of Mexico City. Due to her mother’s academic life, Sheinbaum’s family was close to some of the student protesters who were arrested in 1968. Her childhood was divided between studying for exams, reading books, listening to political meetings in Mexico’s nascent left wing and visiting family friends incarcerated under the PRI regime.

As an undergraduate in Mexico’s National Autonomous University (UNAM), she majored in physics with a focus on clean energy generation. At the same time, however, she was a core member of the university’s activist community, taking part in the Student Council and leading a number of protests against the regime. She was both Claudia the physicist and Claudia the activist. Even her undergraduate physics thesis had a political dimension; she studied the impact of stoves used by purépecha indigenous communities in Mexico to better understand energy consumption in rural areas.

Later, as a Ph.D. candidate, she moved briefly to California where she did research at the University of California, Berkeley, while her then-husband, Carlos Ímaz, pursued graduate studies at Stanford. Even then, away from Mexico, Sheinbaum found an outlet for politics. When Mexican President Carlos Salinas de Gortari visited Stanford’s campus in 1991, she joined protesters holding a sign calling for “Free Trade and Democracy Now” — a moment that would be immortalized on the front page of the university’s newspaper, the Stanford Daily.



The truth is that all along, Sheinbaum has been both a researcher focused on her career, and a social activist deeply engaged with Mexico’s left. Upon returning to Mexico after her graduate studies, Sheinbaum joined the faculty at UNAM teaching courses on energy management while joining Mexico’s newly formed Party of the Democratic Revolution (PRD) — a leftist party run by Michoacán governor Cuauhtémoc Cárdenas.

In 2000, a then up-and-coming politician ran for mayor of Mexico City with the PRD and won; it was López Obrador. Sheinbaum joined his administration as Secretary of the Environment — her first time in public office.



According to a biography of Sheinbaum’s career published ahead of the election, she did that job as a data-driven pragmatist, even as her boss became known as a leftist ideologue. Sheinbaum was in charge of expanding Mexico City’s highways and she did it by building a second roadway above the city’s main arteries — Periférico and Viaducto — to reduce emissions and lower traffic congestion. She was also in charge of building the city’s first metro bus line to expand public transportation, now a staple of Mexico City’s urban infrastructure. As a recent memoir puts it, Sheinbaum was passionate about the technicalities of the projects and impatient with the political maneuvering often needed to get them done.

But politics and activism were never far away. When López Obrador ran for president in 2006, she became the spokesperson for his campaign; when they lost the election and claimed political fraud, Sheinbaum organized protests in support of their movement. That was her modus operandi: technical when possible, political when needed.



Sheinbaum took a break from politics starting in 2006 when López Obrador’s tenure in Mexico City ended and she became mired in a political controversy involving her then-husband receiving bribes, allegedly in support of the López Obrador presidential campaign. After the scandal, Sheinbaum returned to teaching full time at UNAM and participated as a member of the Intergovernmental Panel on Climate Change (ICPP).

It was close to a decade later, when López Obrador created a new party — Morena — that Sheinbaum reentered politics. In 2015, she ran to become borough chief of Tlalpan — one of Mexico City’s 16 districts. Morena was seen as a decidedly leftist party, seeking to “transform” Mexico and put an end to a “neoliberal era.” But after she was elected, she began to make a name for herself as a pragmatist. In 2018, she made a successful bid to become Morena’s nominee for mayor of Mexico City, beating more party-line candidates such as long-time activist Martí Batres. Sheinbaum would go on to win the election by using her pragmatism to attract middle-class voters while supporting the ideological stance of Morena, which appealed to lower-class voters who felt neglected by past administrations.

As mayor, at least in the beginning of her tenure, Sheinbaum’s technical nature predominated. Her administration was not marked by the kind of political battles that followed her predecessor, Marcelo Ebrard, who had legalized same sex marriage and decriminalized abortion. Instead, she focused on large infrastructure projects and innovation, meant to improve mobility and decrease carbon emissions. She spearheaded the development of a cableway system, capable of moving 133,000 people every day. She also developed a free wifi program across the city, and began constructing the largest solar park inside of a city — built on top of Mexico’s iconic Central de Abastos market. Quite famously, she worked with people outside of her own party to consolidate her cabinet, including her Secretary of Public Security, Omar García Harfuch, who would later run to replace Sheinbaum as mayor with her blessing.

Her tenure, of course, had its difficulties. She had to deal with a number of crises including the sudden collapse of a metro train resulting in the deaths of 26 civilians. But even then, ideology seemed to be an afterthought; a ghost of her activist past.

It wasn't until after the 2021 midterm elections that Sheinbaum had to deal with politics more closely. The election resulted in a vote of no confidence against president López Obrador after the COVID-19 pandemic, decreasing his party’s hold on Congress and, in a historical shift, turning nine of Mexico City’s 16 boroughs — many of them run by the left — to the opposition. Soon she was dropping her stance as a technical mayor and once again becoming one of López Obrador’s fiercest defenders.

Pre-2021, Sheinbaum held back on attacking Mexico’s autonomous electoral institute, the INE, which President López Obrador has criticized since the 2006 presidential election. After the 2021 midterm election, Sheinbaum joined her mentor and began to tweet against the institute. A similar thing happened when speaking of the main opposition parties: PAN and PRI. Her mentions of the political opposition pre-2021 were scarce; afterwards, she would criticize them for opposing a reform to Mexico’s energy sector, and blasted them as harbingers of inequality. The more political Sheinbaum had emerged once more to defend her party and its leader.

Some of that shift likely stemmed from the change between being a mayor to running for president. But it also marked a return of the defining tension of her life.


Now, with the election looming, which of Sheinbaum’s personalities will guide her presidency is a hot topic of debate here. One needs only to look at Sheinbaum’s proposed government plan to see the inherent tension between her personas.

Some of her proposals are truly technical in nature like creating a program to support women who are victims of violence (Proposal #49) or doubling Mexico’s rail freight capacity (Proposal #71). Others are truly political in nature, such as reforming the nation’s electoral institute and Supreme Court so its ministers and justices are elected by popular vote (Proposals #8 and #98). Both of those were key priorities for López Obrador that he did not succeed in implementing.



Nowhere is this tension more evident than in her proposals for the energy sector. On the one hand, Sheinbaum has been vocal that she differs with López Obrador’s reluctance to invest in renewable energies. In fact, Proposal #66 of her government plan is precisely about “supporting an energy transition” towards greener sources. Yet, to do this, she aims to maintain Mexico’s state-owned Petroleum and Electricity companies that have been favored by López Obrador despite their immense debts (Proposals #63-65). So which will it be? A green future or one that invests in state-owned oil? At this point in time, no one can say for sure.

Whichever Claudia or combination of Claudias comes to power will determine whether she will seek an open dialogue with the U.S. president or fight with ideological fervor to protect Mexico’s sovereignty. It will determine if Mexico will compete for global investment as dozens of western companies seek to relocate away from China or if Mexico will focus solely on domestic concerns. Will Claudia Sheinbaum follow party-line views and be guided by ideology, or will she follow her technical past?

That is the election outcome that Mexicans — and Americans — will learn only after the new president is seated.




Read the full story here.
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Here's What a SpaceX Starship Rocket Launch Sounds Like, According to New, Detailed Data

Just six miles away from the mega-rocket's fifth test flight, the noise level was equivalent to a rock concert, researchers found

The BYU research team at Boca Chica Beach, Texas. Logan Mathews On October 13th, SpaceX’s Starship spacecraft and its reusable booster Super Heavy launched from Boca Chica, Texas. In a world first, Super Heavy returned to the launch tower after separating from Starship and was caught by a pair of chopstick-like arms in a daring maneuver. That was Starship’s fifth test flight—and during the launch, researchers from Brigham Young University (BYU) were there to measure the event’s noise from start to finish. The results of their study were published in JASA Express Letters last week. “It was the loudest thing I’ve ever heard, for sure. You can feel the sound whipping over your body; it feels like it’s almost pushing you back sometimes,” study co-author Noah Pulsipher, a student in BYU’s Physics and Aerospace Student-Centered Acoustics Laboratory, says in a statement. “And then, all around me, car alarms are going off and dogs barking—things like that. It’s a powerful experience.” The study presents the most comprehensive sonic data on Starship ever released to the public, per the New York Times’ Eric Lipton. The team recorded measurements at eight locations, all within 6 to 22 miles of the launch site, including a hotel roof and national wildlife refuges. Starship is currently the world’s most powerful rocket, and its sound levels show it. One launch of this behemoth produces as much noise as at least ten of SpaceX’s Falcon 9 launches, per the statement. From just over six miles away, the noise was equivalent to a rock concert. At 12.4 miles, it was similar to a table saw or snow blower. Even at 18.6 to 21.7 miles away, it was still as loud as a vacuum cleaner. But the liftoff, when all 33 of Super Heavy’s engines fired, wasn’t even the loudest moment—sound peaked about 6.5 minutes after launch, when the booster returned to its launch tower and caused a sonic boom. The peak level of noise, measured at roughly six miles away, was as loud as a gunshot at close range, per the New York Times. The communities of South Padre Island and Port Isabel, which are around six miles from Starship’s launch site, are particularly impacted by the noise. A separate study conducted by Terracon Consultants analyzed the impact of sound waves on Port Isabel homes within five miles from Starship’s launch site from July to mid-October, per KRGV’s Christian von Preysing. The study shows that during that time, air pressure increased during the launches, and the sound pressure peaked at 144 decibels, though it specifies that the readings exceeded the sound meter’s limit. For comparison, windows can break at 150 decibels, and they begin rattling at 120 decibels, per KRGV. “What it shows is that, number one, that the impacts are real, that they are being felt by these structures,” Port Isabel City Manager Jared Hockema tells KRGV. He adds to the New York Times that some residents reported minor damage to their homes after Starship launches. BYU researchers set up acoustic instruments around the launch site to analyze sound levels from the rocket. Logan Mathews There are currently no regulations on rocket noise levels, per the statement, and the Federal Aviation Administration (FAA) and SpaceX did not respond to the New York Times’ requests for comment. The results of the BYU study “show that some sound metrics agree with those presented in the FAA’s most recent Environmental Assessment (EA) from 2024, while some predictions made by the EA are off,” writes Haygen Warren in a post for NASASpaceflight.com, which is not affiliated with NASA. Nevertheless, the researchers stress the importance of understanding how the launch noise impacts surrounding communities and environment, especially in light of SpaceX’s plans to increase its Starship launches to 100 per year. But the BYU team isn’t finished yet—they were also on site this week, analyzing acoustic data from Starship’s launch on Tuesday. During that test—the rocket’s sixth flight—Starship fired an engine in space in a key step forward and splashed down in the Indian Ocean. SpaceX chose to abort an attempt to catch the Super Heavy booster, however, which it had achieved last month on the first try. Get the latest stories in your inbox every weekday.

The best space heaters in 2024

Get the best space heaters to keep you warm in any room of your home! Don't go another moment without these portable, personal heaters. The post The best space heaters in 2024 appeared first on Popular Science.

If you’re tired of stockpiling blankets, extra socks, and heated slippers to keep you warm, it might be time to consider getting a space heater. These powerful appliances are a great way to get cozy without installing a complicated heating system or commandeering the thermostat. If your radiator just isn’t cutting it or someone insists on keeping a window open to freshen the room up, a space heater could be the perfect solution. These hot machines are designed specifically to warm up spaces of all sizes and should be portable, effective, and fast-acting. Our best overall pick, the Lasko 5586 Electric 1500W Ceramic Space Heater Tower, ticks all these boxes. Buying a space heater is a worthwhile investment, but you want to look at all the information available about each product to determine which will be right for you and your space. To get you started, we’ve created this brief guide to help you learn more about these lean, mean, cold-fighting machines. Get ready to cozy up with your favorite books without reaching for your hat and gloves with the best space heaters. Best overall: Lasko 5586 Electric 1500W Ceramic Space Heater Tower Best portable: Dreo Atom One Best for large rooms: Dr. Infrared Portable Space Heater Best energy saving: De’Longhi Oil-Filled Radiator Space Heater Best electric: Dyson Pure Hot + Cool HP07 Best wall heater: Dreo Smart Wall Heater Best value: Lasko 1500W Ceramic Tower Space Heater How we chose the best space heaters To select the best space heaters that will stave off even the worst winter chills and frigid breezes, we compared over 50 products—looking at reviews, wattage, heat type, bonus features, and brands. From high-tech options like the Dyson Pure Hot + Cool to an energy-efficient oil-filled radiator, these space heaters can suit a variety of needs and spaces. Whether you have a massive room that needs high-wattage heating or are trying to warm up your apartment on a budget, we compared reviews and specs to choose only reliable and quality heaters. The best space heaters: Reviews & Recommendations The best space heaters can help you stay warm while you wait for your landlord to turn the radiators on. If you’re always cold, they provide an extra layer of warmth and comfort to your office, living room, bedroom, or garage. We’ve narrowed down some of the cozy space heaters on the market—at least one should melt your winter blues. Best overall: Lasko 5586 Electric 1500W Ceramic Space Heater Tower Lasko Why it made the cut: If you’re looking for a high-quality space heater on a budget, look no further than this tower heater from Lasko. Specs Watts: 1500 watts Dimensions: 10.5 x 8.8 x 29.5 inches Heating type: Convection Pros Easy to use Degree increments Remote control Cons Noisy compared to other heaters Space heaters can get pricey. Get something that’s budget-friendly—and high-quality—with this Lasko 5586 Electric 1500W Ceramic Space Heater Tower. Like more expensive options, this one is 1500W with low, high, and thermostat-controlled settings. Built-in safety precautions include cool-touch housing and overheat protection. Plus, an auto-off timer gives you peace of mind if you forget to turn this appliance off. It includes an easy-to-read selection pad, carry handle, and six-foot cord for easy transport from room to room. Even better, it comes with a remote control so you can turn up the heat without leaving your spot on the couch. Best portable: Dreo Atom One Why it made the cut: The lightweight design with a built-in handle makes it easy to move this space heater from room to room as needed.  Specs Watts: 900-1500 watts Dimensions: 6.7 x 5.5 x 10.3 inches Heating type: Convection Pros Heats very quickly Extremely quiet operation Automatic shut-off works well when knocked over Built-in handle makes it easier to move Cons Not efficient for large rooms The Dreo Atom One is a compact space heater with a handle that weighs only 3.8 pounds. It’s very easy to move around, which is ideal if you don’t want to buy a space heater for each room in your home but could use a little extra heat everywhere. It also offers some key safety features, such as tip-over protection. I accidentally knocked mine over and discovered this works brilliantly, instantly shutting off to prevent fires. The Atom One is very fast when it comes to warming up a room. It uses a ceramic heating element to heat up rapidly, making it very efficient for toasting up my small home office. It doesn’t emit any strange odors either, which can happen with some other space heaters I’ve used in the past. The digital thermostat, four modes (including a fan-only setting), and LED panel give you more control over the temperature so you can dial in your comfort level. It also comes with a remote control, meaning I can control the heat without having to get up from my desk chair. This portable space heater also operates quietly, and I almost forget it’s on. I can barely hear it with my headphones off and can’t hear it at all when I have them on—making it a best bedroom heater pick. Plus, a washable and reusable dust filter helps to reduce dust, pollens, and airborne particles to provide cleaner air in case your air purifier needs some backup. All in all, there’s not much to dislike about this little heater. Best for large rooms: Dr. Infrared Portable Space Heater With this heater, you should go big AND go home to stay nice and warm this winter. Why it made the cut: This pick is well-equipped to heat larger spaces like living rooms, large bedrooms, studios, or garages with its high wattage and high temp settings. Specs Wattage: 1,500 watts Dimensions: 13 x 12.5 x 17 inches Heating type: Radiant Pros 12-hour automatic shut-off 50 to 85-degree heat range Heats large spaces Cons Heavier and less portable This radiant, infrared heater (its big brother is our best overall pick in this category) heats up big spaces easily and efficiently. With 1,500 watts of power and a heat output temperature of up to 85 degrees, perfect for large rooms, you can stay warm without needing to get up close. It has a 12-hour automatic shut-off timer, remote control, tip-over protection, a 72-inch electric cord, and caster wheels for maximum mobility. Best energy saving: De’Longhi Oil-Filled Radiator Space Heater Raise the temperature, not your electricity bill. Why it made the cut: Unlike the other space heaters on this list, the De’Longhi pick uses oil to maintain its heat for an energy-efficient and quiet-running design. Specs Wattage: 1,500 watts Dimensions: 27.76 x 18.5 x 7.1 inches Heating type: Radiant Pros Portable design with wheels Energy-efficient Quiet heating Cons Pricier than some other models This energy-efficient space heater will stay hot even after turning it off, extending its heating power without sucking up electricity. Additionally, you can select eco-mode, optimizing power usage with a built-in thermostat for additional energy saving. It has 1,500 watts of power, automatic shutoff to prevent overheating, and thermal slots that funnel hot air while maintaining a low surface temperature so you won’t be at risk of burning yourself. Best electric: Dyson Pure Hot + Cool HP07 Winter, spring, summer, or fall, all you gotta do is plug in this tower. Why it made the cut: For those who want a multifunction device that can be used year-round, the Dyson Pure Hot + Cool does just that. It filters your air for allergens and dust with a HEPA-certified filter, heats in cooler months, and can act as a fan once the temperatures rise back up. Specs Watts: 1500 watts Dimensions: 9.76 x 8.07 x 30.08 inches Heating type: Convection Pros HEPA Filter Captures allergens Sleek and aesthetic design Cons Expensive for a “space heater” May be less effective than other models The Dyson Pure Hot + Cool Air Purifier is a dream with all the high-tech, special features needed to heat and purify an entire room simultaneously (that’s why another one of their models is our top overall pick for home air purifiers). This multifunction feat of engineering treats and projects air, cooling or heating it as needed. It offers 350-degree oscillation, a sealed HEPA filter to trap 99.7 percent of allergens, and voice-control compatibility with Alexa. Equipped with three intelligent sensors, this air purifier, cooling fan, and space heater will also monitor pollution events in real time, alerting you to any problematic airborne particles or gases via the Dyson app—one of the reasons it’s also one of our picks for best garage heaters. The heater/fan has 10 speed settings, Bluetooth connectivity, quiet operation, and multiple additional settings. Best wall heater: Dreo Smart Wall Heater Why it made the cut: DIY your own home heating system with this easy-to-install wall-mounted heater that can be controlled via a smart assistant or app. Specs Wattage: 1,500 watts Dimensions: 4 x 20 x 13 inches Heating type: Radiant Pros App and smart assistant connectivity Easy to install Quiet Cons Might not be the best at heating enclosed outdoor spaces If your current heating system isn’t cutting it, consider adding this heater, which looks just like an AC unit but is mounted to your wall instead of a window. 120-degree wide oscillation heating distributes warm air evenly from ceiling to floor to quickly heat the room. You can schedule room heating hours to match when you leave for work or return from walking the dog. Access heater settings via the Dreo app (for iOS and Android) or via your Alexa or Google Home device. Its LED panel automatically adjusts, so you don’t have to worry about the light messing with your sleep. Mounting the wall heater is just as easy as using it. Simply follow the included drilling guide and simple instructions, and you’re done. No more chilly nights worrying about causing a fire hazard. Best value: Lasko 1500W Ceramic Tower Space Heater Features a built-in carry handle for easy transport between rooms. Why it made the cut: This classic-design tower heater can fit in just about any space—and with an oscillating function and impressive wattage, it can heat up a room quickly and efficiently. Specs Wattage: 1,500 watts Dimensions: 21.63 x 7.1 x 7.9 inches Heating type: Convection Pros 8-hour auto-off timer Slim design High wattage Cons Only two heat settings This Lasko ceramic tower heater has a footprint of less than eight square inches but boasts 1,500 watts of heating power, making it ideal for warming up cold rooms in a hurry without taking up too much space. It includes a number of safety features like an 8-hour auto-shutoff timer, overheat protection, and a cool-touch exterior. Its widespread oscillation and adjustable thermostat make it a flexible choice that allows users to custom-tailor their heating experience. The heater’s cable is 72 inches in length, making this model a good choice for rooms with few outlets; plus, the unit includes a multifunction remote control for added convenience. What to consider when buying the best space heaters There are six things you should consider to find the best space heater for your needs. Think about what type of personal heater you want, how much space you’re trying to warm, how much power your heater will need, what the safety features are, and finally, what special features might be available. If you can get specific about your requirements, you won’t have any trouble finding a reliable, long-lasting unit you’re happy with. What type of space heater best fits your needs? There are three main types of heating, with a few subcategories you should know about. Convection heating is the most common and efficient type for single-room use. These space heaters work by circulating currents across an element, such as an electric coil or oil, which are often blown out and drawn back in using a fan. Some models don’t include a fan, relying on natural airflow; this method is quieter but takes longer to heat an entire room. Ceramic heaters borrow from this method, using an internal, self-regulating ceramic element and fan to heat a room quickly. Radiant heating is excellent for warming a targeted area like your bed or desk chair. They heat up almost instantaneously using quartz or other metals and a reflector to direct heat, though some will implement a fan. Infrared heaters are very similar, using infrared quartz bulbs to generate radiating heat. Unlike convection heating, this method will not warm up the air, making it better for targeted warmth. That said, it will heat a room if left on for a long time. Micathermic heating is an efficient combination of convection and radiant processes. A micathermic heater radiates warmth off of a panel that is then circulated naturally throughout the room. To do this, these space heaters need to be reasonably large, but most models can be mounted on the wall to save space if necessary. Because micathermic heaters don’t use a fan, they are quiet and clean; they don’t circulate dust or pet dander, which makes them great for those who are allergy-prone or have asthma. Portable radiator heaters use micathermic methods to generate heat via oil encased inside. How big of a room are you trying to heat? While it’s clear that radiant heaters are best for targeted use and convection or micathermic models might be best for larger areas, there’s more to understand when it comes to room size and heater specs. When it comes to heating, wattage is king. For space heaters, you want to have 10 watts of power per square foot; this is especially true if your portable heater is the primary source of warmth. If you have super tall ceilings, over 8 feet high, you’ll want to multiply your space’s total square footage by the ceiling height and 1.25. For rooms lacking insulation, add an extra 2 watts to the equation. If you just need a little extra blast of heat here and there, you can relax on the wattage rule, but only slightly. If you have a lot of ground to cover, it can be hard to find a supplementary heater that will keep you and any guests cozy for hours at a time. Infrared heaters are a bit more flexible because they warm up people and objects; while small models won’t do much, a large infrared heater can cover a larger room because it will target objects as well as people. Below you can find our favorite model. How much energy will your space heater use? Using a space heater regularly can suck up a lot of power, so it’s essential to look for energy-efficient models that won’t cause your electric bill to skyrocket. If you want to figure out how much your heater will cost you look up how much you currently pay for electricity per kilowatt-hour (this info is often listed on your monthly bill), determine the amount of time your space heater will be on, and calculate the kilowatts used per hour by dividing the maximum wattage by 1,000. Finally, multiply all three together, and that’s your average cost per day. Unfortunately, at this time, the United States Environmental Protection Agency hasn’t given any existing space heater an Energy Star rating, but that doesn’t mean you can’t look for models with energy-efficient features. First things first: Don’t buy a space heater that has more wattage than you need. Just because it’s powerful doesn’t mean it’s the best space heater for you. Oil-filled radiator heaters are a great option for energy-efficient heating in a tinier area because they remain hot for a time, even after they are turned off. Secondly, consider investing in a model that includes a built-in thermostat and multiple output settings. This will conserve energy over time because the heater won’t be overcompensating when the temperature in the room changes. Timed heat settings and automatic shutoff can also aid efficiency, especially if you tend to forget to shut off appliances. Some heaters will come with an auto-eco setting designed to monitor room temperature and suggest a lower output temperature to heat the room, keeping it warm but not hot. What extra features make the best space heater? Once you’ve figured out the size, specs, and safety settings you need to narrow down your selection, you can focus on the fun bonuses that make the best space heater. We’ve already mentioned a few helpful features, including a thermostat function, auto-eco mode, and timer settings. Another popular bonus feature is the inclusion of a remote for easy control. This is going to be a lifesaver for those times you get perfectly comfortable, all snuggled up in bed before remembering to turn the heater on. It gets better: Some space heaters are considered “smart,” which means they can connect via WiFi to your phone, providing a stream of information regarding your space’s air quality, humidity, and more. Some smart models come with a night-time mode to quiet noisy fans, HEPA filters for air purification, and dual-cooling systems that utilize the fan function, bypassing the heat generator. Of course, the more special features you tack on, the higher the price but depending on the frequency of use and overall efficiency of various models, you could end up saving money over time. Higher-quality products experience fewer breakdowns and don’t need to be replaced as often, plus who wouldn’t want to control their space heater using a voice assistant like Alexa? One step closer to building your fully equipped smart house. What safety features should you keep in mind? We cannot overstate how important safety features are when it comes to space heaters. These powerful appliances are one of the leading causes of house fires in America, and while we want you to be warm, we certainly don’t want you to be that warm. Luckily, newer models are frequently equipped with safety features that will keep you and your loved ones out of harm’s way. You need to select a model with a shutoff sensor triggered if the unit starts to overheat or tip over. This small but significant add-on is imperative to keep things safe. You should also consider purchasing a model with a long extension cord, even if you don’t think you’ll need it. Why? Space heaters need to be directly plugged into the wall; a long cord means you can easily resist the temptation to plug it into existing power strips or extension cords for “just a minute.” Consider a model that has a cool-to-the-touch outer layer or handle so you can avoid any accidental burns. Finally, look for certifications from the Underwriters Laboratory and Intertek Group for added reassurance that your model meets safety standards. While built-in features are important, there are also a few rules you’ll have to follow: as stated, never use power/extension cords to plug in your heater; never put one on a rug or elevated surface; unless specified otherwise, you won’t want to put a space heater near the kitchen or bathroom; and keep them out of reach/away from young kids or pets. What brand best suits your needs? There are some great brands out there dedicated to supplying safe space heaters worldwide, and we certainly have a few favorites. Vornado, Dyson, and De’Longhi are staples in the space heater game. Vornado has been around since 1930 and manufactures top-of-the-line space heaters, air purifiers, fans, humidifiers, and more. Likewise, Dyson was founded in 1991 by James Dyson and, today, not only manufactures high-end home staples—such as space heaters, washing machines, robot vacuums, and blowdryers—but also invests in research projects to improve medical equipment—such as ventilators, digital monitors, and electric vehicles. The Italian company De’Longhi was incorporated in 1950 and is known for excellence in design when it comes to small home appliances such as espresso machines, portable air conditioners, dehumidifiers, space heaters, and more. De’Longhi has been the recipient of multiple awards and certifications for its dedication to high-end engineering, design, and production. FAQs Q: How much do space heaters cost? Depending on size, wattage, type of heating, and various features, space heaters can start at $30 and go as high as $600. Q: What space heater gives off the most heat? The space heater that gives off the most heat is the Dr. Infrared Portable Space Heater, which has 1,500 watts to heat larger spaces and can crank up to 85 degrees for maximum power. Q: What is the safest type of space heater? The safest type of space heater is one with tip-over protection, a cool-touch case, and an automatic safety shut-off. Our safest pick is the Dreo Atom One—it has those features, and they really work, as our reviewer found out. Q: What kind of room heater is best? An oscillating, adjustable, remote-controlled option can suit a wide variety of spaces, so the best space heater overall is the Lasko 1500W Ceramic Tower Space Heater, which has a classic shape, over 500 rave reviews, and an affordable price tag. Final thoughts on the best space heaters Best overall: Lasko 5586 Electric 1500W Ceramic Space Heater Tower Best portable: Dreo Atom One Best for large rooms: Dr. Infrared Portable Space Heater Best energy saving: De’Longhi Oil-Filled Radiator Space Heater Best electric: Dyson Pure Hot + Cool HP07 Best wall heater: Dreo Smart Wall Heater Best value: Lasko 1500W Ceramic Tower Space Heater Space heaters are a great way to save space, stay warm, and snuggle up safely during cold times. Choose the best space heater for you by examining safety settings, power specs, heater type, and any additional features you find exciting. As long as you know what your space needs, we’re confident you can find the right tiny furnace to keep you from constantly re-wearing your favorite heated socks or heated slippers around the house. Give your puffy coat a break by taking it off indoors as you slowly sink into the warmth of your new space heater. The post The best space heaters in 2024 appeared first on Popular Science.

Graph-based AI model maps the future of innovation

An AI method developed by Professor Markus Buehler finds hidden links between science and art to suggest novel materials.

Imagine using artificial intelligence to compare two seemingly unrelated creations — biological tissue and Beethoven’s “Symphony No. 9.” At first glance, a living system and a musical masterpiece might appear to have no connection. However, a novel AI method developed by Markus J. Buehler, the McAfee Professor of Engineering and professor of civil and environmental engineering and mechanical engineering at MIT, bridges this gap, uncovering shared patterns of complexity and order.“By blending generative AI with graph-based computational tools, this approach reveals entirely new ideas, concepts, and designs that were previously unimaginable. We can accelerate scientific discovery by teaching generative AI to make novel predictions about never-before-seen ideas, concepts, and designs,” says Buehler.The open-access research, recently published in Machine Learning: Science and Technology, demonstrates an advanced AI method that integrates generative knowledge extraction, graph-based representation, and multimodal intelligent graph reasoning.The work uses graphs developed using methods inspired by category theory as a central mechanism to teach the model to understand symbolic relationships in science. Category theory, a branch of mathematics that deals with abstract structures and relationships between them, provides a framework for understanding and unifying diverse systems through a focus on objects and their interactions, rather than their specific content. In category theory, systems are viewed in terms of objects (which could be anything, from numbers to more abstract entities like structures or processes) and morphisms (arrows or functions that define the relationships between these objects). By using this approach, Buehler was able to teach the AI model to systematically reason over complex scientific concepts and behaviors. The symbolic relationships introduced through morphisms make it clear that the AI isn't simply drawing analogies, but is engaging in deeper reasoning that maps abstract structures across different domains.Buehler used this new method to analyze a collection of 1,000 scientific papers about biological materials and turned them into a knowledge map in the form of a graph. The graph revealed how different pieces of information are connected and was able to find groups of related ideas and key points that link many concepts together.“What’s really interesting is that the graph follows a scale-free nature, is highly connected, and can be used effectively for graph reasoning,” says Buehler. “In other words, we teach AI systems to think about graph-based data to help them build better world representations models and to enhance the ability to think and explore new ideas to enable discovery.”Researchers can use this framework to answer complex questions, find gaps in current knowledge, suggest new designs for materials, and predict how materials might behave, and link concepts that had never been connected before.The AI model found unexpected similarities between biological materials and “Symphony No. 9,” suggesting that both follow patterns of complexity. “Similar to how cells in biological materials interact in complex but organized ways to perform a function, Beethoven's 9th symphony arranges musical notes and themes to create a complex but coherent musical experience,” says Buehler.In another experiment, the graph-based AI model recommended creating a new biological material inspired by the abstract patterns found in Wassily Kandinsky’s painting, “Composition VII.” The AI suggested a new mycelium-based composite material. “The result of this material combines an innovative set of concepts that include a balance of chaos and order, adjustable property, porosity, mechanical strength, and complex patterned chemical functionality,” Buehler notes. By drawing inspiration from an abstract painting, the AI created a material that balances being strong and functional, while also being adaptable and capable of performing different roles. The application could lead to the development of innovative sustainable building materials, biodegradable alternatives to plastics, wearable technology, and even biomedical devices.With this advanced AI model, scientists can draw insights from music, art, and technology to analyze data from these fields to identify hidden patterns that could spark a world of innovative possibilities for material design, research, and even music or visual art.“Graph-based generative AI achieves a far higher degree of novelty, explorative of capacity and technical detail than conventional approaches, and establishes a widely useful framework for innovation by revealing hidden connections,” says Buehler. “This study not only contributes to the field of bio-inspired materials and mechanics, but also sets the stage for a future where interdisciplinary research powered by AI and knowledge graphs may become a tool of scientific and philosophical inquiry as we look to other future work.” 

MIT to lead expansion of regional innovation network

National Science Foundation grant expected to help New England researchers translate discoveries to commercial technology.

The U.S. National Science Foundation (NSF) has selected MIT to lead a new Innovation Corps (I-Corps) Hub to support a partnership of eight New England universities committed to expanding science and technology entrepreneurship across the region, accelerating the translation of discoveries into new solutions that benefit society. NSF announced the five-year cooperative agreement of up to $15 million today.The NSF I-Corps Hub: New England Region is expected to launch on Jan. 1, 2025. The seven institutions initially collaborating with MIT include Brown University, Harvard University, Northeastern University, Tufts University, University of Maine, University of Massachusetts Amherst, and the University of New Hampshire.Established by the NSF in 2011, the I-Corps program provides scientists and engineers from any discipline with hands-on educational experiences to advance their research from lab to impact.  There are more than 50,000 STEM researchers at the nearly 100 universities and medical schools in New England. Many of these institutions are located in underserved and rural areas of the region that face resource challenges in supporting deep-tech translational efforts. The eight institutions in the hub will offer I-Corps training while bringing unique strengths and resources to enhance a regional innovation ecosystem that broadens participation in deep-tech innovation.“Now more than ever we need the innovative solutions that emerge from this type of collaboration to solve society’s greatest and most intractable challenges. Our collective sights are set on bolstering our regional and national innovation networks to accelerate the translation of fundamental research into commercialized technologies. MIT is eager to build on our ongoing work with NSF to further cultivate New England’s innovation hub,” says MIT Provost Cynthia Barnhart, the Abraham J. Siegel Professor of Management Science and professor of operations research, who is the principal investigator on the award.The hub builds on 10 years of collaboration with other I-Corps Sites at institutions across the region and prior work from the MIT I-Corps Site program launched in 2014 and the I-Corps Node based at MIT established in 2018. More than 3,000 engineers and scientists in New England have participated in regional I-Corps programs. They have formed over 200 companies, which have raised $3.5 billion in grants and investments. “The goal of the I-Corps program is to deploy experiential education to help researchers reduce the time necessary to translate promising ideas from laboratory benches to widespread implementation that in turn impacts economic growth regionally and nationally,” said Erwin Gianchandani, NSF assistant director for Technology, Innovation and Partnerships, in NSF’s announcement. “Each regional NSF I-Corps Hub provides training essential in entrepreneurship and customer discovery, leading to new products, startups, and jobs. In effect, we are investing in the next generation of entrepreneurs for our nation.”One I-Corps success story comes from Shreya Dave PhD ’16, who participated in I-Corps training in 2016 with her colleagues to explore potential applications for a new graphene oxide filter technology developed through her research. Based on their learnings from the program and the evidence collected, they shifted from filters for desalination to applications in chemical processing and gained the confidence to launch Via Separations in 2017, focused on the tough tech challenge of industrial decarbonization. Via Separations, which was co-founded by Morton and Claire Goulder and Family Professor in Environmental Systems Professor of Materials Science and Engineering Jeffrey Grossman and Chief Technical Officer Brent Keller, has reached commercialization and is now delivering products to the pulp and paper industry.“NSF I-Corps helped us refine our vision, figure out if our technology could be used for different applications, and helped us figure out if we can manufacture our technology in a scalable fashion — taking it from an academic project to a real–scale commercial project,” says Dave, who is the CEO and co-founder of Via Separations. New England boasts a “highly developed ecosystem of startup resources, funders, founders, and talent,” says Roman Lubynsky, executive director of MIT’s current NSF I-Corps Node, who will serve as the director of the new hub. “However, innovation and entrepreneurship support has been unevenly distributed across the region. This new hub offers an exciting opportunity to collaborate with seven partner institutions to extend and further scale up this important work throughout the region.”The I-Corps Hubs across the country form the backbone of the NSF National Innovation Network. This network connects universities, NSF researchers, entrepreneurs, regional communities, and federal agencies to help researchers bring their discoveries to the marketplace. Together, the hubs work to create a more inclusive and diverse innovation ecosystem, supporting researchers nationwide in transforming their ideas into real-world solutions.

3 Questions: The past, present, and future of sustainability science

Professor Ronald Prinn reflects on how far sustainability has come as a discipline, and where it all began at MIT.

It was 1978, over a decade before the word “sustainable” would infiltrate environmental nomenclature, and Ronald Prinn, MIT professor of atmospheric science, had just founded the Advanced Global Atmospheric Gases Experiment (AGAGE). Today, AGAGE provides real-time measurements for well over 50 environmentally harmful trace gases, enabling us to determine emissions at the country level, a key element in verifying national adherence to the Montreal Protocol and the Paris Accord. This, Prinn says, started him thinking about doing science that informed decision making.Much like global interest in sustainability, Prinn’s interest and involvement continued to grow into what would become three decades worth of achievements in sustainability science. The Center for Global Change Science (CGCS) and Joint Program on the Science and Policy Global Change, respectively founded and co-founded by Prinn, have recently joined forces to create the MIT School of Science’s new Center for Sustainability Science and Strategy (CS3), lead by former CGCS postdoc turned MIT professor, Noelle Selin.As he prepares to pass the torch, Prinn reflects on how far sustainability has come, and where it all began.Q: Tell us about the motivation for the MIT centers you helped to found around sustainability.A: In 1990 after I founded the Center for Global Change Science, I also co-founded the Joint Program on the Science and Policy Global Change with a very important partner, [Henry] “Jake” Jacoby. He’s now retired, but at that point he was a professor in the MIT Sloan School of Management. Together, we determined that in order to answer questions related to what we now call sustainability of human activities, you need to combine the natural and social sciences involved in these processes. Based on this, we decided to make a joint program between the CGCS and a center that he directed, the Center for Energy and Environmental Policy Research (CEEPR).It was called the “joint program” and was joint for two reasons — not only were two centers joining, but two disciplines were joining. It was not about simply doing the same science. It was about bringing a team of people together that could tackle these coupled issues of environment, human development and economy. We were the first group in the world to fully integrate these elements together.Q: What has been your most impactful contribution and what effect did it have on the greater public’s overall understanding?A: Our biggest contribution is the development, and more importantly, the application of the Integrated Global System Model [IGSM] framework, looking at human development in both developing countries and developed countries that had a significant impact on the way people thought about climate issues. With IGSM, we were able to look at the interactions among human and natural components, studying the feedbacks and impacts that climate change had on human systems; like how it would alter agriculture and other land activities, how it would alter things we derive from the ocean, and so on.Policies were being developed largely by economists or climate scientists working independently, and we started showing how the real answers and analysis required a coupling of all of these components. We showed, and I think convincingly, that what people used to study independently, must be coupled together, because the impacts of climate change and air pollution affected so many things.To address the value of policy, despite the uncertainty in climate projections, we ran multiple runs of the IGSM with and without policy, with different choices for uncertain IGSM variables. For public communication, around 2005, we introduced our signature Greenhouse Gamble interactive visualization tools; these have been renewed over time as science and policies evolved.Q: What can MIT provide now at this critical juncture in understanding climate change and its impact?A: We need to further push the boundaries of integrated global system modeling to ensure full sustainability of human activity and all of its beneficial dimensions, which is the exciting focus that the CS3 is designed to address. We need to focus on sustainability as a central core element and use it to not just analyze existing policies but to propose new ones. Sustainability is not just climate or air pollution, it's got to do with human impacts in general. Human health is central to sustainability, and equally important to equity. We need to expand the capability for credibly assessing what the impact policies have not just on developed countries, but on developing countries, taking into account that many places around the world are at artisanal levels of their economies. They cannot be blamed for anything that is changing climate and causing air pollution and other detrimental things that are currently going on. They need our help. That's what sustainability is in its full dimensions.Our capabilities are evolving toward a modeling system so detailed that we can find out detrimental things about policies even at local levels before investing in changing infrastructure. This is going to require collaboration among even more disciplines and creating a seamless connection between research and decision making; not just for policies enacted in the public sector, but also for decisions that are made in the private sector. 

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