Indian Trail Robotics Team recognized for winning championship
The team was recognized during the Johnson City School Board's meeting Monday evening.
Federal library grants' future uncertain after Trump order
The Robo-Hawks team consists of students Byron Eisenzopf, Sam Quaintance, and Mushabbar Raza and coaches Misty Davis and Carleton Lyon.
The team will head to the World Robotics Championship next month in Dallas.
Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.
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The Hill
4 hours ago
- The Hill
Trump eases commercial rocket launch regulations, benefiting Musk
President Trump signed an executive order Wednesday easing regulations for commercial rocket launches and spaceport development, in a move likely to boost Elon Musk's SpaceX. The order calls for eliminating or expediting environmental reviews for rocket launches and exempting launch vehicles from or rescinding licensing regulations. It also seeks to evaluate state and local restrictions on spaceport development, in addition to expediting environmental and administrative reviews for building the infrastructure for launches. 'Ensuring that United States operators can efficiently launch, conduct missions in space, and reenter United States airspace is critical to economic growth, national security, and accomplishing Federal space objectives,' Trump's order reads. It aims to 'substantially' increase commercial space launches and 'novel space activities' by the end of the decade. Environmental advocates were immediately wary of the move. The Center for Biological Diversity slammed the order as 'reckless,' arguing it puts people and wildlife at risk from rockets that often explode and 'wreak devastation on surrounding areas.' 'Bending the knee to powerful corporations by allowing federal agencies to ignore bedrock environmental laws is incredibly dangerous and puts all of us in harm's way,' Jared Margolis, a senior attorney at the Center for Biological Diversity, said in a statement. 'This is clearly not in the public interest.' The order will likely be a boon to Musk's SpaceX, one of the biggest players in the commercial space industry. The spacecraft and satellite communications firm has conducted more than 100 launches so far this year. It comes at a time when Trump and Musk's relationship remains tense, after the SpaceX and Tesla CEO left the White House earlier this year. After pouring at least $250 million into supporting Trump's 2024 campaign, Musk joined the administration as the head of the newly created Department of Government Efficiency (DOGE). The highly controversial cost-cutting effort weighed heavily on Musk and his companies' reputations, prompting the tech mogul to step away from his government work in May. However, shortly after, he and Trump began publicly feuding over the president's 'big, beautiful bill,' a dispute that devolved into personal attacks and prompted Musk to announce he was launching a third party.
USA Today
5 hours ago
- USA Today
How Trump's commercial spaceflight executive order could benefit SpaceX, Elon Musk
SpaceX is not mentioned by name in the executive order, but stands to gain the most due to its many lucrative government contracts and ambitious launch cadence. SpaceX and Elon Musk just notched a significant win with President Donald Trump's latest executive order. Trump on Wednesday, Aug. 13, signed an executive order that eases many federal regulatory restrictions on commercial spaceflight companies in the U.S. Though SpaceX is not mentioned by name in the order, the commercial spaceflight company perhaps stands to gain the most from the move because it holds many lucrative government contracts and maintains the most active launch cadence in the U.S. The order also comes more than two months since Trump and Musk had a very public feud over a spending bill that led to a falling-out between the once-close allies – and threats that could have hampered U.S. spaceflight ambitions. Here's everything to know about Trump's commercial spaceflight executive order, as well as SpaceX's long battle with government regulators. Trump signs executive order on commercial rocket launches Trump's order directs the U.S. transportation secretary to eliminate or expedite environmental reviews for launch appovals administered by the Federal Aviation Administration, which licenses commercial rocket launches. The declaration further calls on the secretary to do away with "outdated, redundant or overly restrictive rules for launch and re-entry vehicles," the White House said in a statement provided to Reuters. Trump's order states that it is imperative to increase commercial rocket launches in the U.S. to "ensure that new space-based industries, space exploration capabilities, and cutting-edge defense systems are pioneered in America rather than by our adversaries." Order could ease environmental regulations for SpaceX missions The executive order would directly benefit private spaceflight companies like Musk's SpaceX and Jeff Bezos' Blue Origin, both of which conduct the bulk of their operations in Texas. SpaceX, which Musk founded in 2002, likely stands to gain the most from the relaxed regulatory environment. The commercial rocket launch company leads the way in U.S. spaceflight missions by routinely conducting Starlink satellite deployments using its Falcon 9 rocket from both California and Florida. SpaceX's Falcon 9, one of the world's most active rockets, is also the vehicle of choice for NASA when the space agency sends astronauts to the International Space Station. What's more, the SpaceX Crew Dragon Capsule perched atop the rocket is the only U.S. vehicle capable of transporting astronauts to the orbital laboratory. SpaceX additionally benefits from billions of dollars in contracts from not only NASA, but the Department of Defense by providing launch services for classified satellites and other payloads. Trump's order comes as SpaceX prepares to launch its massive 400-foot Starship rocket again in August from its Starbase headquarters in South Texas. Musk has also oft-stated his commitment to increasing the cadence of test missions for the spacecraft after receiving key regulatory approval. The launch vehicle, regarded as the world's largest and most powerful rocket, is set to serve a pivotal role in future U.S. spaceflight. Starship is the centerpiece of Musk's vision of sending the first humans to Mars, and is also critical in NASA's plans to return astronauts to the moon's surface. Elon Musk, SpaceX have battled regulations for years Trump's executive order is undoubtedly a huge win for Musk, who has spent years pushing back on federal regulations he views as "superfluous." In September 2024, the FAA announced a proposal to hit SpaceX with $633,009 in civil penalties for what the agency claims were failures by the company to follow license requirements ahead of two separate launches last year. In response, Musk took to his social media site X to indicate his plans to sue the agency for "regulatory overreach." The FAA has previously said in a statement to USA TODAY that it seeks to balance spaceflight progress with the need to ensure commercial launches are safely conducted. A record 148 FAA-licensed commercial space operations took place in 2024, up by more than 30% from the year prior, the agency has noted. But when it comes to Starship's development, SpaceX has become known for its risk-tolerant philosophy. Musk has stressed that rapid and frequent testing that sometimes leads to explosive ends can still provide data that helps engineers improve the vehicle's design. Environmental groups, others long oppose SpaceX rocket launches That aggressive approach, though, has rankled environmentalists and others who have criticized SpaceX's operations for potentially decimating regional ecosystems. The South Texas Environmental Justice Network, which has long opposed Musk and his space program, most recently issued a statement in May condemning the FAA for approving SpaceX's request to increase its Starship flight tests to 25 a year. In late June, Mexico President Claudia Sheinbaum threatened to sue SpaceX if investigators determined that Musk's spaceflight company had contributed to undue pollution and marine life die-off in the country. The announcement came after the fiery mishap earlier in the month caused debris to fall in the Mexican state of Tamaulipa. Contributing: Reuters Eric Lagatta is the Space Connect reporter for the USA TODAY Network. Reach him at elagatta@
Atlantic
7 hours ago
- Atlantic
How States Could Save University Science
Whatever halfway measures Congress or the courts may take to stop President Donald Trump's assault on universities, they will not change the fact that a profound agreement has been broken: Since World War II, the U.S. government has funded basic research at universities, with the understanding that the discoveries and innovations that result would benefit the U.S. economy and military, as well as the health of the nation's citizens. But under President Trump—who has already targeted more than $3 billion in research funding for termination and hopes to cut much more, while at the same time increasing the tax on endowments and threatening the ability of universities to enroll international students —the federal government has become an unreliable and brutally coercive partner. The question for universities is, what now? It will take time for research universities to find a new long-term financial model that allows science and medicine to continue advancing—a model much less dependent on the federal government. But right now universities don't have time. The problem with recklessly cutting billions in funds the way the Trump administration has done—not just at elite private universities such as Harvard and Columbia but also at public research universities across the country—is that 'stop-start' simply doesn't work in science. If a grant is snatched away today, researchers are let go, graduate students are turned away, and clinical trials are halted with potentially devastating consequences for patients. Unused equipment gathers dust, samples spoil, lab animals are euthanized. Top scientists move their laboratories to other countries, which are happy to welcome this talent, much as the United States welcomed German scientists in the 1930s. Meanwhile, the best students around the world enroll elsewhere, where good science is still being done and their legal status is not up in the air. The result, ultimately, is that the U.S. leaves it to other nations to discover a cure for Alzheimer's disease or diabetes, or to make fusion energy practicable. No easy substitute exists for federal support of academic R&D—the scale of the investment is just too large. In fiscal year 2023, federal funding for university research amounted to about $60 billion nationwide. University-endowment spending, as reported by the '2024 NACUBO-Commonfund Study of Endowments,' is just half that—$30 billion, with much of the money earmarked for financial aid. Universities by themselves cannot save American science, engineering, and medicine. However, there is also no easy substitute within the American economy for university-based research—universities are the only major institutions that do what they do. The kind of curiosity-driven rather than profit-driven research pursued by universities is too risky for private corporations. By and large, industry conducts research to achieve milestones along a well-considered road map. It is up to universities to find the new roads and educate the experts who know how to travel them. Those roads are where the real potential for growth lies. After all, the internet and the artificial neural networks that enable generative AI arose out of basic research at U.S. universities. So did the most fundamental discoveries in molecular biology, which are now enabling astonishing one-time treatments that are potential cures for painful genetic diseases such as sickle cell. University research is particularly important in states where technology-intensive industries have grown up around the talent and ideas that universities generate—states such as Washington, California, New York, Massachusetts, Texas, Maryland, and North Carolina. Although the Trump administration may characterize federal research grants as wasteful spending, they are really an investment, one with higher returns than federal investment in infrastructure or private investment in R&D. There is a way forward—a way to bridge the huge gap in funding. It starts with the assumption that a bridge will be needed for several years, until some measure of sanity and federal support returns. It is based on the premise that, because universities are not the sole nor even the most significant beneficiaries of the scientific research they conduct, they should not be alone in trying to save their R&D operations. And it is focused not on Washington but on the individual states that have relied most on federal research spending. These states have the power to act unilaterally. They can set up emergency funds to replace canceled federal grants, allowing universities to keep their labs open until a shaky present gives way to a sturdier future. These states can also create incentives for corporations, investors, philanthropists, and of course universities themselves to step up in extraordinary ways at a time of emergency. This is not merely wishful thinking. Massachusetts has already made moves in this direction. At the end of July, Governor Maura Healey introduced legislation that would put $400 million of state funds into university-based research and research partnerships. Half would go to public colleges and universities, and half to other institutions, including private research universities and academic hospitals. Obviously, with $2.6 billion of multiyear research grants threatened at Harvard alone, action by the state will cover only part of the funding deficit, but it will help. It makes perfect sense for Massachusetts to be the first state to try to stanch the bleeding. With just 2 percent of the nation's workforce, Massachusetts is home to more than 11 percent of all R&D jobs in the country. It has the highest per capita funding from the National Institutes of Health and National Science Foundation in the U.S. Every federal dollar invested in academic science in Massachusetts generates about $2 in economic return for the state. And that's before taking into account the economic impact of any discoveries. In particular, Massachusetts has a powerful biomedical-research ecosystem to protect. But each state has its own strategic imperatives, and many ways to structure such emergency funds exist. Because the grants canceled by the Trump administration have already undergone the federal peer-review process, states don't need to force themselves into the challenging business of judging the worthiness of individual research proposals. They could make a large difference simply by refilling the vessels that have been abruptly emptied, possibly with grants that allow the universities to prioritize the most important projects. States could require that, in exchange for state help, universities must raise matching funds from their donors. In addition, states could launch their own philanthropic funds, as Massachusetts is also doing. Philanthropy—which already contributes an estimated $13 billion a year to university research through foundations, individual gifts, and the income on gifts to university endowments—is particularly important at this moment. As federal-grant awards become scarcer, it is a fair bet that federal-funding agencies will become more risk averse. Philanthropists have always played an important role in encouraging unconventional thinking because they are willing to fund the very earliest stages of discovery. For example, the philanthropists Ted and Vada Stanley funded a center at MIT and Harvard's Broad Institute specifically to explore the biological basis of psychiatric disorders. In a landmark 2016 study, researchers there found strong evidence of a molecular mechanism underlying schizophrenia, establishing the first distinct connection in the disorder between gene variants and a biological process. Foundations can also launch sweeping projects that bring together communities of scientists from different organizations to advance a field, such as the Sloan Digital Sky Survey, which has mapped a third of the night sky, or the Sloan Deep Carbon Observatory, which studied the carbon cycle beneath the surface of the Earth. States could also incentivize their business communities to be part of the rescue operation, perhaps by offering to match industry contributions to academic R&D. Some sectors, such as the biopharmaceutical industry, are particularly reliant on university discoveries. NIH-funded research contributed to more than 99 percent of all new drugs approved in the U.S. from 2010 to 2019. But China is now catching up to the U.S. in drug innovation. American biopharmaceutical companies are already dependent on China for raw materials. If they don't want to become completely reliant on China for breakthrough drugs as well—and able to access only those drugs that China is willing to share—they should do what they can to help save what has long been the world's greatest system for biomedical research. The same is true for science-based technology companies in fields that include quantum computing, artificial intelligence, semiconductors, and batteries. Academic breakthroughs underlie the products and services they sell. If they want to remain ahead of their global competition, they should help support the next generation of breakthroughs and the next generation of students who will contribute to those breakthroughs. Among those who would benefit from keeping U.S. university labs open are the venture capitalists and other investors who profit from the commercialization of university ideas. From 1996 to 2020, academic research generated 141,000 U.S. patents, spun out 18,000 companies, supported 6.5 million jobs, and contributed $1 trillion to the GDP. One of those spinouts was named Google. In our current state of emergency, investment firms should be considering ways to provide a lifeline to the university-based science that supports a high-tech economy. Governors and other leaders in states with major research universities will need to work quickly and decisively, bringing various parties together in order to stave off disaster. But what is the alternative? If states, corporations, donors, and other stakeholders do nothing, there will be fewer American ideas to invest in, fewer American therapies to benefit from, and fewer advanced manufacturing industries making things in the U.S. No contributions from elsewhere can completely replace broad-based federal support for university R&D. But until that returns, states with a lot on the line economically offer the best hope of limiting the losses and salvaging U.S. science.
