Hikers find mysterious stash of gold hidden on a mountain trail

More federal workers are flooding the job market, with worsening prospects

Miami Herald

3 hours ago

Miami Herald

More federal workers are flooding the job market, with worsening prospects

After Matt Minich was fired from his job with the Food and Drug Administration in February, he did what many scientists have done for years after leaving public service. He looked for a position with a university. Minich, 38, was one of thousands swept up in the mass layoffs of probationary workers at the beginning of President Donald Trump's second administration. The shock of those early moves heralded more upheaval to come as the Department of Government Efficiency, led by tech billionaire Elon Musk, raced through agency after agency, slashing staff, freezing spending and ripping up government contracts. In March, about 45 minutes after Minich accepted a job as a scientist in the University of Wisconsin School of Medicine and Public Health, the program lost its federal grant funding. Minich, who had worked on reducing the negative health impacts of tobacco use, observed that he had the special honor of 'being DOGE-ed twice.' 'I'm doubly not needed by the federal government,' he said in an interview. He is still hunting for work. And like hundreds of thousands of other former civil servants forced into an increasingly crowded job market, he is finding that drastic cuts to grants and contracts in academia, consulting and direct services mean even fewer opportunities are available. Some states that were hiring, another avenue for former federal government employees, have pulled back. So, too, have the private contractors typically seen as a landing place. The situation is expected to worsen as more layoffs are announced, voluntary departures mount and workers who were placed on administrative leave see the clock run out. With Musk's time in Washington now done, a fuller picture of just how completely he and Trump have upended the role of government is coming into view. Federal tax dollars underpin entire professions, directly and indirectly, and the cuts led by Musk's operation have left some workers with nowhere to go. In Washington, D.C., and the surrounding area, the disruption has the hallmarks of the collapse of an industrial cluster, not unlike the disappearance of manufacturing jobs in the upper Midwest during the 2000s. Except this time, it is moving at lightning speed. In January, just as Trump was taking office, the civilian federal workforce across the country had reached a post-World War II peak of 2.3 million, not including the Postal Service. Few agencies have publicly stated how many people have been fired or voluntarily resigned, but a rough count shows that federal agencies have lost some 135,000 to firings and voluntary resignation, with another 150,000 in planned reductions. Contracted and grant-funded workers -- which the Federal Reserve Bank of Atlanta estimated to be as many as 4.6 million people -- are harder to track in official data. The first contractor layoffs began in February with organizations that received funding from the U.S. Agency for International Development, like Chemonics and FHI360. As more grants and contracts that were under review across government are terminated, job cuts have gained steam. Booz Allen Hamilton, a consulting firm based in Northern Virginia that gets 98% of its revenue from the federal government, announced that it was cutting 7% of its 36,000-person staff. Even providers of Head Start, the low-income preschool program, have issued layoff notices because funding has been in doubt. While the national labor market remains stable, job loss is starting to become notable in the capital region. Unemployment rates in the District of Columbia and most of its surrounding counties have been on the rise since December. The number of people receiving unemployment insurance has been elevated in Virginia and D.C. over the past several months. Job postings in Washington have dropped across the board, according to the hiring platform Indeed, including in administrative assistance, human resources and accounting. Local government agencies around Washington are hosting dozens of hiring events, and most of them are packed. Elaine Chalmers of Woodbridge, Virginia, was among 750 people who attended a recent resource fair in Arlington, Virginia, just outside Washington. The event offered free consultation for updating resumes, as well as professional headshots and workshops, including one on managing personal finances during a transition in employment. It was the fourth one she attended in the month since she left the Agriculture Department, where she had worked for 20 years, most recently in the division that ensured equal access to grants for rural communities. She resigned to escape the stress and uncertainty created by new mandates, such as erasing words like 'equity' and 'diversity' from department communications. 'It just became almost a character question for myself,' said Chalmers, 53. 'I couldn't honorably stay.' Like many of the federal workers who chose to take a deferred resignation or early retirement, one of the tools the administration has used to shrink the workforce, she is on leave and will be paid through September. It is a relief, she said, because she is the sole caregiver for her mother and 15-year-old son. But the prospects do not look good. Chalmers said she expected to have to take a pay cut. She said she applied for more than 100 jobs in the week before the job fair and received several automated emails informing her that she did not get the position. For many government workers, career transitions can be especially daunting because their jobs are often extremely specific, performing functions that do not exist in the private sector. 'For a lot of them, it's almost like starting from scratch,' said Laura Moreno-Davis, a spokesperson for WorkSource Montgomery, a workforce agency for Montgomery County, Maryland, just outside D.C. 'If they really have a wealth of experience and knowledge, how can we best use that?' A new group formed by two former federal employees is trying to help people do that. 'How do you translate these skills that you've learned in the federal government that are so complex and seem to be so unique into something that can be communicated easily outside of the federal government?' said Julie Cerqueira, co-founder of the group, FedsForward. Cerqueira's partner, Karen Lee, said that people who worked in federal disaster recovery and resilience jobs, for example, had expertise that could easily transfer to private-sector work in contingency planning and supply chains. But it is not so simple for everyone. Chelsea Van Thof, 33, is a public health veterinarian who focused on diseases that spread from animals to humans, and humans to animals -- a niche job even in government. A few weeks after the inauguration, the contract she worked under at the State Department was placed on hold for a 90-day review and ultimately terminated. Van Thof immediately lost her health insurance and took on a housemate to cover her rent. Plans for the future changed, too, as she had been counting on public-sector loan forgiveness to pay off her $250,000 in veterinary school debt, a prospect that now seems increasingly remote. She sometimes feels as if she is sending resumes into a void. 'I was just thankful when I got a rejection because it meant they saw my application,' she said. Like others in the science field, including Minich, she is looking for jobs outside the country. And in the meantime, she helped form a support group of about 80 wildlife protection conservationists who are in similar predicaments. People working on government contracts are hit especially hard because they are not eligible for the deferred resignation plans available to federal employees and cannot look forward to their pensions. Todd Frank, of Westminster, Maryland, was given just a few minutes' notice before he was laid off as a technical writer on a contract with the Department of Homeland Security's science and technology directorate, helping get the appropriate gear out to military personnel in the field. Frank, 54, is now wrestling with whether to uproot his family to find a new job, which would come with steep trade-offs. His wife runs her own business -- a licensed day care out of their home. His teenage sons do not want to leave their high school, he said. Lately, he is looking at the family's budget for where to make cuts. 'Not being able to buy a suit for prom sounds like rich people problems, but you don't want to turn around and tell your kid, 'You can't do this,' or, 'You can't do that,'' Frank said. Several states had advertised their eagerness to hire people laid off by the federal government in the early days of federal cuts. In March, Gov. Josh Shapiro of Pennsylvania said the state would give hiring preference to former federal workers. Since then, the state government has received more than 7,300 applications from people who said they had federal experience, his office said, and so far, state agencies have hired 120 of them. But state jobs have gotten a lot more popular in recent months. Since March, former and current federal employees have sent in nearly 700 applications, California's human resources office said. Some states are having their own budget problems, in part brought on by uncertainty around the continuation of federal funding. Alaska, Massachusetts, Indiana, Louisiana and New Hampshire have implemented hiring freezes. Public health agencies in Ohio and Alaska have laid people off as grants were canceled. And a broad swath of universities have also paused new hires, including the University of California system, the University of Pennsylvania, and Emory University in Georgia. With the Trump administration's firings of scientists and grant cancellations from agencies including the National Science Foundation and the National Institutes of Health, science and consulting have been hit especially hard, according to Indeed. Companies and nonprofits that helped evaluate whether federal programs were working, like American Institutes for Research, have let go up to a quarter of their payroll. Paro Sen, a research scientist in Cincinnati, was laid off in May along with most of the people in her office at the National Institute for Occupational Safety and Health. She worked on industrial hygiene, studying worker exposures that cause chronic health problems, and visited Washington in May with her union to talk to members of Congress about the need to restore these jobs to the federal government. 'This was my dream job that I have been ripped from,' she said in an interview. Sen and her colleagues work in such a specialized field that they are competing for very few available jobs, especially if they want to stay where they are. 'The job market right now is not amazing,' said Sen, 29. 'Cincinnati is not a very big city, and you've got, suddenly, some of the smartest people in this field all applying and competing for the exact same jobs at the same time.' This article originally appeared in The New York Times. Copyright 2025

A surprising study revealed biological activity on a distant planet. Weeks later, scientists say there's more to the story

Yahoo

5 hours ago

Yahoo

A surprising study revealed biological activity on a distant planet. Weeks later, scientists say there's more to the story

Sign up for CNN's Wonder Theory science newsletter. Explore the universe with news on fascinating discoveries, scientific advancements and more. A tiny sign revealed in April seemed like it might change the universe as we know it. Astronomers had detected just a hint, a glimmer of two molecules swirling in the atmosphere of a distant planet called K2-18b — molecules that on Earth are produced only by living things. It was a tantalizing prospect: the most promising evidence yet of an extraterrestrial biosignature, or traces of life linked to biological activity. But only weeks later, new findings suggest the search must continue. 'It was exciting, but it immediately raised several red flags because that claim of a potential biosignature would be historic, but also the significance or the strength of the statistical evidence seemed to be too high for the data,' said Dr. Luis Welbanks, a postdoctoral research scholar at Arizona State University's School of Earth and Space Exploration. While the molecules identified on K2-18b by the April study — dimethyl sulfide, or DMS, and dimethyl disulfide, or DMDS — are associated largely with microbial organisms on our planet, scientists point out that the compounds can also form without the presence of life. Now, three teams of astronomers not involved with the research, including Welbanks, have assessed the models and data used in the original biosignature discovery and got very different results, which they have submitted for peer review. Meanwhile, the lead author of the April study, Nikku Madhusudhan, and his colleagues have conducted additional research that they say reinforces their previous finding about the planet. And it's likely that additional observations and research from multiple groups of scientists are on the horizon. The succession of research papers revolving around K2-18b offers a glimpse of the scientific process unfolding in real time. It's a window into the complexities and nuances of how researchers search for evidence of life beyond Earth — and shows why the burden of proof is so high and difficult to reach. Located 124 light-years from Earth, K2-18b is generally considered a worthy target to scour for signs of life. It is thought to be a Hycean world, a planet entirely covered in liquid water with a hydrogen-rich atmosphere, according to previous research led by Madhusudhan, a professor of astrophysics and exoplanetary science at the University of Cambridge's Institute of Astronomy. And as such, K2-18b has rapidly attracted attention as a potentially habitable place beyond our solar system. Convinced of K2-18b's promise, Madhusudhan and his Cambridge colleagues used observations of the planet by the largest space telescope in operation, the James Webb Space Telescope, to study the planet further. But two scientists at the University of Chicago — Dr. Rafael Luque, a postdoctoral scholar in the university's department of astronomy and astrophysics, and Michael Zhang, a 51 Pegasi b / Burbidge postdoctoral fellow — spotted some problems with what they found. After reviewing Madhusudhan and his team's April paper, which followed up on their 2023 research, Luque and Zhang noticed that the Webb data looked 'noisy,' Luque said. Noise, caused by imperfections in the telescope and the rate at which different particles of light reach the telescope, is just one challenge astronomers face when they study distant exoplanets. Noise can distort observations and introduce uncertainties into the data, Zhang said. Trying to detect specific gases in distant exoplanet atmospheres introduces even more uncertainty. The most noticeable features from a gas like dimethyl sulfide stem from a bond of hydrogen and carbon molecules — a connection that can stretch and bend and absorb light at different wavelengths, making it hard to definitively detect one kind of molecule, Zhang said. 'The problem is basically every organic molecule has a carbon-hydrogen bond,' Zhang said. 'There's hundreds of millions of those molecules, and so these features are not unique. If you have perfect data, you can probably distinguish between different molecules. But if you don't have perfect data, a lot of molecules, especially organic molecules, look very similar, especially in the near-infrared.' Delving further into the paper, Luque and Zhang also noticed that the perceived temperature of the planet appeared to increase sharply from a range of about 250 Kelvin to 300 Kelvin (-9.67 F to 80.33 F or -23.15 C to 26.85 C) in research Madhusudhan published in 2023 to 422 Kelvin (299.93 F or 148.85 C) in the April study. Such harsh temperatures could change the way astronomers think about the planet's potential habitability, Zhang said, especially because cooler temperatures persist in the top of the atmosphere — the area that Webb can detect — and the surface or ocean below would likely have even higher temperatures. 'This is just an inference only from the atmosphere, but it would certainly affect how we think about the planet in general,' Luque said. Part of the issue, he said, is that the April analysis didn't include data collected from all three Webb instruments Madhusudhan's team used over the past few years. So Luque, Zhang and their colleagues conducted a study combining all the available data to see whether they could achieve the same results, or even find a higher amount of dimethyl sulfide. They found 'insufficient evidence' of both molecules in the planet's atmosphere. Instead, Luque and Zhang's team spotted other molecules, like ethane, that could fit the same profile. But ethane does not signify life. Arizona State's Welbanks and his colleagues, including Dr. Matt Nixon, a postdoctoral researcher in the department of astronomy at the University of Maryland College Park, also found what they consider a fundamental problem with the April paper on K2-18b. The concern, Welbanks said, was with how Madhusudhan and his team created models to show which molecules might be in the planet's atmosphere. 'Each (molecule) is tested one at a time against the same minimal baseline, meaning every single model has an artificial advantage: It is the only explanation permitted,' Welbanks said. When Welbanks and his team conducted their own analysis, they expanded the model from Madhusudhan's study. '(Madhusudhan and his colleagues) didn't allow for any other chemical species that could potentially be producing these small signals or observations,' Nixon said. 'So the main thing we wanted to do was assess whether other chemical species could provide an adequate fit to the data.' When the model was expanded, the evidence for dimethyl sulfide or dimethyl disulfide 'just disappears,' Welbanks said. Madhusudhan believes the studies that have come out after his April paper are 'very encouraging' and 'enabling a healthy discussion on the interpretation of our data on K2-18b.' He reviewed Luque and Zhang's work and agreed that their findings don't show a 'strong detection for DMS or DMDS.' When Madhusudhan's team published the paper in April, he said the observations reached the three-sigma level of significance, or a 0.3% probability that the detections occurred by chance. For a scientific discovery that is highly unlikely to have occurred by chance, the observations must meet a five-sigma threshold, or below a 0.00006% probability that the observations occurred by chance. Meeting such a threshold will require many steps, Welbanks said, including repeated detections of the same molecule using multiple telescopes and ruling out potential nonbiological sources. While such evidence could be found in our lifetime, it is less likely to be a eureka moment and more a slow build requiring a consensus among astronomers, physicists, biologists and chemists. 'We have never reached that level of evidence in any of our studies,' Madhusudhan wrote in an email. 'We have only found evidence at or below 3-sigma in our two previous studies (Madhusudhan et al. 2023 and 2025). We refer to this as moderate evidence or hints but not a strong detection. I agree with (Luque and Zhang's) claim which is consistent with our study and we have discussed the need for stronger evidence extensively in our study and communications.' In response to the research conducted by Welbanks' team, Madhusudhan and his Cambridge colleagues have authored another manuscript expanding the search on K2-18b to include 650 types of molecules. They have submitted the new analysis for peer review. 'This is the largest search for chemical signatures in an exoplanet to date, using all the available data for K2-18b and searching through 650 molecules,' Madhusudhan said. 'We find that DMS continues to be a promising candidate molecule in this planet, though more observations are required for a firm detection as we have noted in our previous studies.' Welbanks and Nixon were pleased that Madhusudhan and his colleagues addressed the concerns raised but feel that the new paper effectively walks back central claims made in the original April study, Welbanks said. 'The new paper tacitly concedes that the DMS/DMDS detection was not robust, yet still relies on the same flawed statistical framework and a selective reading of its own results,' Welbanks said in an email. 'While the tone is more cautious (sometimes), the methodology continues to obscure the true level of uncertainty. The statistical significance claimed in earlier work was the product of arbitrary modeling decisions that are not acknowledged.' Luque said the Cambridge team's new paper is a step in the right direction because it explores other possible chemical biosignatures. 'But I think it fell short in the scope,' Luque said. 'I think it restricted itself too much into being a rebuttal to the (Welbanks) paper.' Separately, however, the astronomers studying K2-18b agree that pushing forward on researching the exoplanet contributes to the scientific process. 'I think it's just a good, healthy scientific discourse to talk about what is going on with this planet,' Welbanks said. 'Regardless of what any single author group says right now, we don't have a silver bullet. But that is exactly why this is exciting, because we know that we're the closest we have ever been (to finding a biosignature), and I think we may get it within our lifetime, but right now, we're not there. That is not a failure. We're testing bold ideas.'

How one planet is revealing why it's so hard to detect life beyond Earth

Yahoo

11 hours ago

Yahoo

How one planet is revealing why it's so hard to detect life beyond Earth

Sign up for CNN's Wonder Theory science newsletter. Explore the universe with news on fascinating discoveries, scientific advancements and more. A tiny sign revealed in April seemed like it might change the universe as we know it. Astronomers had detected just a hint, a glimmer of two molecules swirling in the atmosphere of a distant planet called K2-18b — molecules that on Earth are produced only by living things. It was a tantalizing prospect: the most promising evidence yet of an extraterrestrial biosignature, or traces of life linked to biological activity. But only weeks later, new findings suggest the search must continue. 'It was exciting, but it immediately raised several red flags because that claim of a potential biosignature would be historic, but also the significance or the strength of the statistical evidence seemed to be too high for the data,' said Dr. Luis Welbanks, a postdoctoral research scholar at Arizona State University's School of Earth and Space Exploration. While the molecules identified on K2-18b by the April study — dimethyl sulfide, or DMS, and dimethyl disulfide, or DMDS — are associated largely with microbial organisms on our planet, scientists point out that the compounds can also form without the presence of life. Now, three teams of astronomers not involved with the research, including Welbanks, have assessed the models and data used in the original biosignature discovery and got very different results, which they have submitted for peer review. Meanwhile, the lead author of the April study, Nikku Madhusudhan, and his colleagues have conducted additional research that they say reinforces their previous finding about the planet. And it's likely that additional observations and research from multiple groups of scientists are on the horizon. The succession of research papers revolving around K2-18b offers a glimpse of the scientific process unfolding in real time. It's a window into the complexities and nuances of how researchers search for evidence of life beyond Earth — and shows why the burden of proof is so high and difficult to reach. Located 124 light-years from Earth, K2-18b is generally considered a worthy target to scour for signs of life. It is thought to be a Hycean world, a planet entirely covered in liquid water with a hydrogen-rich atmosphere, according to previous research led by Madhusudhan, a professor of astrophysics and exoplanetary science at the University of Cambridge's Institute of Astronomy. And as such, K2-18b has rapidly attracted attention as a potentially habitable place beyond our solar system. Convinced of K2-18b's promise, Madhusudhan and his Cambridge colleagues used observations of the planet by the largest space telescope in operation, the James Webb Space Telescope, to study the planet further. But two scientists at the University of Chicago — Dr. Rafael Luque, a postdoctoral scholar in the university's department of astronomy and astrophysics, and Michael Zhang, a 51 Pegasi b / Burbidge postdoctoral fellow — spotted some problems with what they found. After reviewing Madhusudhan and his team's April paper, which followed up on their 2023 research, Luque and Zhang noticed that the Webb data looked 'noisy,' Luque said. Noise, caused by imperfections in the telescope and the rate at which different particles of light reach the telescope, is just one challenge astronomers face when they study distant exoplanets. Noise can distort observations and introduce uncertainties into the data, Zhang said. Trying to detect specific gases in distant exoplanet atmospheres introduces even more uncertainty. The most noticeable features from a gas like dimethyl sulfide stem from a bond of hydrogen and carbon molecules — a connection that can stretch and bend and absorb light at different wavelengths, making it hard to definitively detect one kind of molecule, Zhang said. 'The problem is basically every organic molecule has a carbon-hydrogen bond,' Zhang said. 'There's hundreds of millions of those molecules, and so these features are not unique. If you have perfect data, you can probably distinguish between different molecules. But if you don't have perfect data, a lot of molecules, especially organic molecules, look very similar, especially in the near-infrared.' Delving further into the paper, Luque and Zhang also noticed that the perceived temperature of the planet appeared to increase sharply from a range of about 250 Kelvin to 300 Kelvin (-9.67 F to 80.33 F or -23.15 C to 26.85 C) in research Madhusudhan published in 2023 to 422 Kelvin (299.93 F or 148.85 C) in the April study. Such harsh temperatures could change the way astronomers think about the planet's potential habitability, Zhang said, especially because cooler temperatures persist in the top of the atmosphere — the area that Webb can detect — and the surface or ocean below would likely have even higher temperatures. 'This is just an inference only from the atmosphere, but it would certainly affect how we think about the planet in general,' Luque said. Part of the issue, he said, is that the April analysis didn't include data collected from all three Webb instruments Madhusudhan's team used over the past few years. So Luque, Zhang and their colleagues conducted a study combining all the available data to see whether they could achieve the same results, or even find a higher amount of dimethyl sulfide. They found 'insufficient evidence' of both molecules in the planet's atmosphere. Instead, Luque and Zhang's team spotted other molecules, like ethane, that could fit the same profile. But ethane does not signify life. Arizona State's Welbanks and his colleagues, including Dr. Matt Nixon, a postdoctoral researcher in the department of astronomy at the University of Maryland College Park, also found what they consider a fundamental problem with the April paper on K2-18b. The concern, Welbanks said, was with how Madhusudhan and his team created models to show which molecules might be in the planet's atmosphere. 'Each (molecule) is tested one at a time against the same minimal baseline, meaning every single model has an artificial advantage: It is the only explanation permitted,' Welbanks said. When Welbanks and his team conducted their own analysis, they expanded the model from Madhusudhan's study. '(Madhusudhan and his colleagues) didn't allow for any other chemical species that could potentially be producing these small signals or observations,' Nixon said. 'So the main thing we wanted to do was assess whether other chemical species could provide an adequate fit to the data.' When the model was expanded, the evidence for dimethyl sulfide or dimethyl disulfide 'just disappears,' Welbanks said. Madhusudhan believes the studies that have come out after his April paper are 'very encouraging' and 'enabling a healthy discussion on the interpretation of our data on K2-18b.' He reviewed Luque and Zhang's work and agreed that their findings don't show a 'strong detection for DMS or DMDS.' When Madhusudhan's team published the paper in April, he said the observations reached the three-sigma level of significance, or a 0.3% probability that the detections occurred by chance. For a scientific discovery that is highly unlikely to have occurred by chance, the observations must meet a five-sigma threshold, or below a 0.00006% probability that the observations occurred by chance. Meeting such a threshold will require many steps, Welbanks said, including repeated detections of the same molecule using multiple telescopes and ruling out potential nonbiological sources. While such evidence could be found in our lifetime, it is less likely to be a eureka moment and more a slow build requiring a consensus among astronomers, physicists, biologists and chemists. 'We have never reached that level of evidence in any of our studies,' Madhusudhan wrote in an email. 'We have only found evidence at or below 3-sigma in our two previous studies (Madhusudhan et al. 2023 and 2025). We refer to this as moderate evidence or hints but not a strong detection. I agree with (Luque and Zhang's) claim which is consistent with our study and we have discussed the need for stronger evidence extensively in our study and communications.' In response to the research conducted by Welbanks' team, Madhusudhan and his Cambridge colleagues have authored another manuscript expanding the search on K2-18b to include 650 types of molecules. They have submitted the new analysis for peer review. 'This is the largest search for chemical signatures in an exoplanet to date, using all the available data for K2-18b and searching through 650 molecules,' Madhusudhan said. 'We find that DMS continues to be a promising candidate molecule in this planet, though more observations are required for a firm detection as we have noted in our previous studies.' Welbanks and Nixon were pleased that Madhusudhan and his colleagues addressed the concerns raised but feel that the new paper effectively walks back central claims made in the original April study, Welbanks said. 'The new paper tacitly concedes that the DMS/DMDS detection was not robust, yet still relies on the same flawed statistical framework and a selective reading of its own results,' Welbanks said in an email. 'While the tone is more cautious (sometimes), the methodology continues to obscure the true level of uncertainty. The statistical significance claimed in earlier work was the product of arbitrary modeling decisions that are not acknowledged.' Luque said the Cambridge team's new paper is a step in the right direction because it explores other possible chemical biosignatures. 'But I think it fell short in the scope,' Luque said. 'I think it restricted itself too much into being a rebuttal to the (Welbanks) paper.' Separately, however, the astronomers studying K2-18b agree that pushing forward on researching the exoplanet contributes to the scientific process. 'I think it's just a good, healthy scientific discourse to talk about what is going on with this planet,' Welbanks said. 'Regardless of what any single author group says right now, we don't have a silver bullet. But that is exactly why this is exciting, because we know that we're the closest we have ever been (to finding a biosignature), and I think we may get it within our lifetime, but right now, we're not there. That is not a failure. We're testing bold ideas.'

Hikers find mysterious stash of gold hidden on a mountain trail

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More federal workers are flooding the job market, with worsening prospects

A surprising study revealed biological activity on a distant planet. Weeks later, scientists say there's more to the story

How one planet is revealing why it's so hard to detect life beyond Earth

Hikers find mysterious stash of gold hidden on a mountain trail

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More federal workers are flooding the job market, with worsening prospects

A surprising study revealed biological activity on a distant planet. Weeks later, scientists say there's more to the story

How one planet is revealing why it's so hard to detect life beyond Earth

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