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New York State Chosen as National Center for Chip Manufacturing Research

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The Biden administration will place a hub of a newly created national semiconductor technology center in upstate New York.The Biden administration is set to announce on Thursday that it will invest an estimated $825 million in a new federally funded semiconductor research facility in upstate New York.The decision to locate the facility in Albany comes after a long-running push by Senator Chuck Schumer, the majority leader and a Democrat of New York, to base it in his home state.Albany will serve as one major hub of a bigger organization, the National Semiconductor Technology Center, which will focus on computer chip research and development, Mr. Schumer’s office said. The center is a key part of the Biden administration’s efforts to revitalize American high-tech manufacturing and lessen the country’s dependence on foreign sources of technology.The New York site will focus on research into the complex machinery that is necessary to manufacture chips. The locations of the other two hubs, which will focus on how chips are designed and packaged together, will be announced later.Mr. Schumer said in an interview on Wednesday that the New York investment would produce research that benefited the country, cement U.S. leadership in advanced chip technology over China and provide a major source of manufacturing employment for the area.“This is historic,” he said. “It’s going to keep our country, our national security and our economic security way ahead.”We are having trouble retrieving the article content.Please enable JavaScript in your browser settings.Thank you for your patience while we verify access. If you are in Reader mode please exit and log into your Times account, or subscribe for all of The Times.Thank you for your patience while we verify access.Already a subscriber? Log in.Want all of The Times? Subscribe. More

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    Hurricane Helene Deaths Will Continue for Years, Study Suggests

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    Research on hundreds of tropical storms finds that mortality keeps rising for more than a decade afterward, for reasons you might not expect.Over the past week, the official death toll from Hurricane Helene has surpassed 100 as the vortex creeping inland from Florida submerged homes and swept away cars. But the full weight of lost lives will be realized only years from now — and it could number in the thousands.A paper published in the journal Nature on Wednesday lays out the hidden toll of tropical storms in the continental United States. Looking at 501 events from 1930 to 2015, researchers found that the average tropical storm resulted in an additional 7,000 to 11,000 deaths over the 15 years that followed.Overall during the study period, tropical storms killed more people than automobile crashes, infectious diseases and combat for U.S. soldiers. It’s such a big number — especially compared with the 24 direct deaths caused by hurricanes on average, according to federal statistics — that the authors spent years checking the math to make sure they were right.“The scale of these results is dramatically different from what we expected,” said Solomon Hsiang, a professor of global environmental policy at the Doerr School of Sustainability at Stanford University, who conducted the study with Rachel Young, the Ciriacy-Wantrup postdoctoral fellow at the University of California, Berkeley.The pair used a technique that has also provided a more complete understanding of “excess deaths” caused by Covid-19 and heat waves. It works by looking at typical mortality patterns and isolating anomalies that could have been caused only by the variable under study — in this case, a sizable storm.Previously, researchers examined deaths and hospitalizations after hurricanes over much shorter periods. One study published in Nature found elevated hospitalizations among older Medicaid patients in the week after a storm. Another, in The Journal of the American Medical Association, associated higher death rates with U.S. counties hit by cyclones. A study in The Lancet found that across 14 countries, cyclones led to a 6 percent bump in mortality in the ensuing two weeks.Deaths from tropical storms in the U.S. have been spiking Fatalities connected to storms that struck as many as 15 years ago – measured as the number of deaths above what would otherwise be expected – are rising faster as storms increase in frequency.

    Source: Solomon Hsiang and Rachel YoungBy The New York TimesWe are having trouble retrieving the article content.Please enable JavaScript in your browser settings.Thank you for your patience while we verify access. If you are in Reader mode please exit and log into your Times account, or subscribe for all of The Times.Thank you for your patience while we verify access.Already a subscriber? Log in.Want all of The Times? Subscribe. More

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    Here’s Where Climate Change Is Driving Up Home Insurance Rates

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    Source: Keys and Mulder, National Bureau of Economic Research (2024) Note: State average is shown in counties with few or no observations. Enid, Okla., surrounded by farms about 90 minutes north of Oklahoma City, has an unwelcome distinction: Home insurance is more expensive, relative to home values, than almost anywhere else in the country. Enid […] More

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    Dilemma on Wall Street: Short-Term Gain or Climate Benefit?

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    A team of economists recently analyzed 20 years of peer-reviewed research on the social cost of carbon, an estimate of the damage from climate change. They concluded that the average cost, adjusted for improved methods, is substantially higher than even the U.S. government’s most up-to-date figure.That means greenhouse gas emissions, over time, will take a larger toll than regulators are accounting for. As tools for measuring the links between weather patterns and economic output evolve — and the interactions between weather and the economy magnify the costs in unpredictable ways — the damage estimates have only risen.It’s the kind of data that one might expect to set off alarm bells across the financial industry, which closely tracks economic developments that might affect portfolios of stocks and loans. But it was hard to detect even a ripple.In fact, the news from Wall Street lately has mostly been about retreat from climate goals, rather than recommitment. Banks and asset managers are withdrawing from international climate alliances and chafing at their rules. Regional banks are stepping up lending to fossil fuel producers. Sustainable investment funds have sustained crippling outflows, and many have collapsed.So what explains this apparent disconnect? In some cases, it’s a classic prisoner’s dilemma: If firms collectively shift to cleaner energy, a cooler climate benefits everyone more in the future. But in the short term, each firm has an individual incentive to cash in on fossil fuels, making the transition much harder to achieve.And when it comes to avoiding climate damage to their own operations, the financial industry is genuinely struggling to comprehend what a warming future will mean.We are having trouble retrieving the article content.Please enable JavaScript in your browser settings.Thank you for your patience while we verify access. If you are in Reader mode please exit and log into your Times account, or subscribe for all of The Times.Thank you for your patience while we verify access.Already a subscriber? Log in.Want all of The Times? Subscribe. More

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    Alzheimer’s Takes a Financial Toll Long Before Diagnosis, Study Finds

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    New research shows that people who develop dementia often begin falling behind on bills years earlier.Long before people develop dementia, they often begin falling behind on mortgage payments, credit card bills and other financial obligations, new research shows.A team of economists and medical experts at the Federal Reserve Bank of New York and Georgetown University combined Medicare records with data from Equifax, the credit bureau, to study how people’s borrowing behavior changed in the years before and after a diagnosis of Alzheimer’s or a similar disorder.What they found was striking: Credit scores among people who later develop dementia begin falling sharply long before their disease is formally identified. A year before diagnosis, these people were 17.2 percent more likely to be delinquent on their mortgage payments than before the onset of the disease, and 34.3 percent more likely to be delinquent on their credit card bills. The issues start even earlier: The study finds evidence of people falling behind on their debts five years before diagnosis.“The results are striking in both their clarity and their consistency,” said Carole Roan Gresenz, a Georgetown University economist who was one of the study’s authors. Credit scores and delinquencies, she said, “consistently worsen over time as diagnosis approaches, and so it literally mirrors the changes in cognitive decline that we’re observing.”The research adds to a growing body of work documenting what many Alzheimer’s patients and their families already know: Decision-making, including on financial matters, can begin to deteriorate long before a diagnosis is made or even suspected. People who are starting to experience cognitive decline may miss payments, make impulsive purchases or put money into risky investments they would not have considered before the disease.“There’s not just getting forgetful, but our risk tolerance changes,” said Lauren Hersch Nicholas, a professor at the University of Colorado School of Medicine who has studied dementia’s impact on people’s finances. “It might seem suddenly like a good move to move a diversified financial portfolio into some stock that someone recommended.”Tell us about your family’s challenges with money management and Alzheimer’s. More

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    Climate Change Takes Center Stage in Economics

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    With climate change affecting everything from household finances to electric grids, the profession is increasingly focused on how society can mitigate carbon emissions and cope with their impact.A major economics conference this month included papers on wind turbine manufacturing, wildfire smoke and the stability of electricity grids.From left: Joe Buglewicz for The New York Times; Earl Wilson/The New York Times; Zack Wittman for The New York TimesIn early January in San Antonio, dozens of Ph.D. economists packed into a small windowless room in the recesses of a Grand Hyatt to hear brand-new research on the hottest topic of their annual conference: how climate change is affecting everything.The papers in this session focused on the impact of natural disasters on mortgage risk, railway safety and even payday loans. Some attendees had to stand in the back, as the seats had already been filled. It wasn’t an anomaly.Nearly every block of time at the Allied Social Science Associations conference — a gathering of dozens of economics-adjacent academic organizations recognized by the American Economic Association — had multiple climate-related presentations to choose from, and most appeared similarly popular.For those who have long focused on environmental issues, the proliferation of climate-related papers was a welcome development. “It’s so nice to not be the crazy people in the room with the last session,” said Avis Devine, an associate professor of real estate finance and sustainability at York University in Toronto, emerging after a lively discussion.We are having trouble retrieving the article content.Please enable JavaScript in your browser settings.Thank you for your patience while we verify access. If you are in Reader mode please exit and log into your Times account, or subscribe for all of The Times.Thank you for your patience while we verify access.Already a subscriber?  More

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    The Mystery of the Coin That Shouldn’t Exist

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    Scientists recently analyzed a Peruvian 10-cent piece with an unexplained origin.A decade ago, a funny money mystery fell into the hands of scientists and students at the Pontifical Catholic University of Peru in Lima.The university had been acquiring 19th- and 20th-century Peruvian coins from local dealers, and graduate students in the chemistry department were analyzing the pieces for their thesis work. But one coin, a 10-cent piece known as a dinero, stood out.The dinero was marked “1899.” The problem was that official records indicated no coins of that denomination were minted in Peru that year — according to the people who made the money, the coin never existed.Most international coin catalogs don’t list 1899 dineros, said Luis Ortega, a chemist at the university. And in the rare cases that they do, there is often only a note of “counterfeit” with no further detail, Dr. Ortega said. “No one was able to provide more information about it.”Now Dr. Ortega and Fabiola Bravo Hualpa, a doctoral student, believe they have shed new light on the mystery of the coin that came from nowhere. In a paper published last year in the journal Heritage Science, they described how they subjected one of the two known 1899 dineros to a barrage of scientific analyses, illuminating its possible origins and the role it might have played during an unstable era of South American history.To the naked eye, the 1899 coin resembles other dineros: It’s silver in color and features the same coat of arms and seated woman that represents the goddess of liberty. And it’s remarkably similar in size to other dineros minted around the turn of the 20th century — about the dimensions of a U.S. dime.But when Dr. Ortega and Ms. Bravo Hualpa bombarded the 1899 coin with X-rays and measured the light it re-emitted, they determined that the dinero was largely made of copper, zinc and nickel. This alloy is known as nickel silver. It’s commonly used to make silverware and ornamental objects and has a silvery appearance, but it contains no silver. Genuine dineros produced by the Lima Mint, on the other hand, are roughly 90 percent silver.Dr. Ortega and Ms. Bravo Hualpa also found that the 1899 dinero contained traces of iron, cobalt and lead. Those impurities imply that the coin was counterfeited long ago, not more recently, the researchers suggest. Such contaminants are characteristic of older alloys because of limitations in technology at the time. “The refining methods were not as good as they are now,” Dr. Ortega said.The presence of impurities, paired with the coin’s worn faces, suggests that it was produced in the 19th or 20th centuries, the researchers concluded. But given that nickel silver wasn’t widely used for coins or tokens in Peru at that time, it’s likely that this coin was created abroad, the researchers suggest. Its producer might have therefore been wholly unaware that no dineros were officially minted in 1899.“The counterfeiter probably didn’t realize that that coin didn’t exist,” Dr. Ortega said.He said that an influx of low-value coinage would have been welcomed in Peru at the dawn of the 20th century. The country’s economy was reeling from the recent War of the Pacific, and the government was focusing on printing larger-denomination paper bank notes to pay off international loans; in 1899, the Lima Mint produced roughly one-tenth the number of silver coins it produced just five years earlier.As a result, people in Peru were using coins from neighboring nations or even cutting their own country’s coins in half to conduct small transactions. “Counterfeiters found a field of opportunity,” Dr. Ortega said.Dineros were low-denomination coins used by everyday people. Studying this coin, and the economic and political situation that prompted its creation, can therefore be illuminating. “If you want to study our society, you don’t want to look at a Ferrari,” said Laura Perucchetti, an archaeometallurgist at the British Museum in London, not involved in the research. “You want to look at a Volkswagen or a Ford.”Dr. Ortega is not finished studying counterfeit coins and their historical context. He plans to meet with a collector based in Lima who amassed an assortment of coins ostensibly minted from the 1830s through the 1960s. Another 1899 dinero has already surfaced in that collection, and he is on the lookout for more.“There must be a few around,” Dr. Ortega said. More

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    New York Plans to Invest $1 Billion to Expand Chip Research

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    The move is aimed at drawing $9 billion in corporate investment, as New York jockeys to host a new national semiconductor technology center.Gov. Kathy Hochul of New York announced on Monday a plan to invest $1 billion to expand chip research activities in Albany, N.Y., as the state aims to continue as a global semiconductor center.The plan is expected to create 700 new permanent jobs and retain thousands more, and includes the purchase of a new version of one of the world’s most expensive and sophisticated manufacturing machines, along with the construction of a new building to house it.At an event in Albany, Gov. Hochul positioned the investment as a national priority. “The Chinese are attempting to dominate this industry,” she said. “We have no intention of letting that happen. “The initiative should draw $9 billion in additional investments from chip-related companies, according to state officials. They expect it to boost New York’s chances to be selected to host a new National Semiconductor Technology Center, a planned centerpiece of the research portion of federal money that Congress allocated in 2022 as part of the CHIPS Act.“We’re hoping that this level of investment will attract more investment from the U.S. CHIPS Act to make it even bigger,” said Mukesh Khare, an IBM vice president who is general manager of its semiconductor operations.Besides IBM, which has long conducted chip research in Albany, companies participating in the project include Micron Technology, Applied Materials and Tokyo Electron.The focus of the effort is the Albany Nanotech Complex, a cluster of research buildings owned and operated by a state-affiliated nonprofit called NY CREATES. The state plans to spend about $500 million to build a new 50,000-square-foot clean room building.A different building is needed to accommodate the next major advance in a technology called lithography, which projects patterns of circuitry on silicon wafers to make chips. Advances in such equipment are needed to create smaller transistors and other circuitry to boost the power of computers and other devices.The most sophisticated chips are currently made using technology called extreme ultraviolet, or EUV, lithography. The Dutch company ASML is the dominant supplier of the machines, which officials in the United States and the Netherlands have prevented from being sold to China as part of an effort to limit that country’s progress in chip manufacturing.Albany Nanotech has owned prototype EUV tools and currently operates a commercial version. Under the new plan, New York will invest $500 million to purchase a next-generation EUV system — known by the phrase “High NA,” for numerical aperture — that will allow the center to develop much more advanced chips.Besides permanent research jobs, state officials estimated that the Albany project would generate 500 to 600 temporary construction jobs over roughly two years.Albany NanoTech won’t be the first to use the High NA tool. Intel has ordered the first system from ASML, which is expected to begin installing it in early 2024. The comparable machine is expected to arrive in Albany in late 2025, Mr. Khare said.The effort is unusual in several ways, including that the new machine will be owned by the state and operated as a public resource to help the broader U.S. semiconductor industry, he added.States in the Northeast United States seem destined to play a big role in the chip industry’s evolution. U.S. Commerce Department officials also said Monday that BAE Systems in New Hampshire will receive the first grant under the manufacturing portion of the CHIPS Act.Micron, a Boise, Idaho, company that is the only American maker of chips used to store data, has also said it will spend up to $100 billion over a decade or more to develop a new manufacturing site near Syracuse, N.Y. More

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    Defense Department Awards Chip Funding to Fuel Domestic Research

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    The $238 million in grants will set up eight research hubs, as a small slice of the federal money that will go to chip companies and research facilities in the coming months.The Biden administration on Wednesday announced that it was awarding $238 million through the Defense Department to set up eight hubs around the United States for promoting innovation in the semiconductor industry.The funds are one of the earliest releases of the nearly $53 billion in grants and subsidies that Congress and the Biden administration have approved to build up the domestic semiconductor industry, which U.S. officials say has been left vulnerable by decades of offshoring.The Biden administration has a variety of funding programs in the works to encourage chip research institutions and manufacturers to set up operations in the United States. Most of these programs are run through the Commerce Department, and many will begin handing out money this fall.While U.S. companies still design many of the world’s most advanced chips, much of the manufacturing of the technology has been outsourced to foreign locations, including Taiwan, leaving U.S. chip supply vulnerable if, for example, the Chinese government were to invade Taiwan.The awards announced Wednesday will go to research institutes, consortiums and universities located in New York, Arizona, Indiana, Ohio, California, North Carolina and Massachusetts, defense officials said.Each hub will receive $15 million to $40 million to fund the development of new chips for use in electromagnetic warfare, artificial intelligence, 5G and 6G wireless technologies, and quantum computing, among other areas. While the research will be directed at meeting the needs of the Defense Department, it is also expected to be useful for commercial applications.Kathleen Hicks, the deputy defense secretary, said in a news conference Wednesday that the hubs would “tackle many technical challenges relevant to D.O.D.’s missions, to get the most cutting-edge microchips into systems our troops use every day: ships, planes, tanks, long-range munitions, communications gear, sensors and much more.”The funding also aims to accelerate what the industry refers to as the “lab-to-fab transition,” the process of taking new chip technologies and turning them into viable commercial products.David A. Honey, the deputy under secretary of defense for research and engineering, said the hubs would bring more prototype work to the United States.“Now we’ll be able to get it done here,” he said. “And also we’re building out in the areas that are just not available anywhere else.”The Commerce Department is separately setting up a string of research hubs for the semiconductor industry, collectively called the National Semiconductor Technology Center, drawing on $11 billion in funding it received for research and development.Appearing before the House Science, Space and Technology Committee on Tuesday, Gina Raimondo, the commerce secretary, said that her department was on track to formally unveil that technology center this fall.She also said that the department had received about 100 applications from companies hoping to receive grants that will be available to manufacturers.While Ms. Raimondo acknowledged that the grant program faced challenges, like securing enough workers to staff new chip plants, she said that if properly implemented, the program would make the United States “the premier destination in the world” for chip design, research and manufacturing.“That’s the vision that we’re trying to achieve with your support,” Ms. Raimondo told lawmakers.Ms. Raimondo was also questioned about the release in prior weeks of an advanced smartphone by Chinese telecom giant Huawei. The company is under heavy U.S. trade restrictions, administered by the Commerce Department, that theoretically should have prevented such an innovation.Ms. Raimondo said that she was upset by the development, but added that the U.S. government did not have any evidence that Chinese companies could manufacture the more sophisticated chips at scale.Ms. Raimondo said that the United States could take various defensive measures to limit China’s access to advanced technology, but “my strongly held view is that what we do on offense matters so much more.”“The reality is that over the past 30 years, this country has taken its eye off the ball of manufacturing,” she continued. “And when you don’t manufacture you lose out on innovation, and you become dependent on other countries.” More