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4-Body Problem: Astronomers Spot the Most Tightly Packed Quadruple Star System Yet

4-Body Problem: Astronomers Spot the Most Tightly Packed Quadruple Star System Yet

Astronomers have identified a rare, tightly bound star system in which an eclipsing binary—two stars that pass in front of each other from our perspective—also eclipses a third star, while a fourth star orbits farther out.

The international group of astronomers that made the discovery say it’s the most compact quadruple star system ever found, as the outermost star, orbiting the inner three, has the shortest period ever recorded. The study, published Tuesday in Nature, provides a closer look at the weird and chaotic world of hierarchical star systems.

Four’s a crowd

Using NASA’s Transiting Exoplanet Survey Satellite (TESS), the team behind the discovery was on the lookout for triple star systems and found one behaving rather strangely. At first, the object’s brightness dimmed for around 1.5 days, indicating that it consists of at least two stars that orbit each other. Then, every 26 days the object would fade again, confirming that there is a third star in the system.

Additional observations showed that a triple star system was not enough to explain the object’s behavior, with the timing variations of the eclipses revealing that an additional fourth star has to be present in the system.

TESS observed the star system, named TIC 120362137, between 2019 and 2024. Astronomers used the data to determine the orbital period of the fourth star, which turned out to be 1,045.5 days long. That is the shortest orbital period for an outer fourth star ever observed in a system of its kind.

The inner three stars are all packed together within an area similar in size to Mercury’s orbit around the Sun, while the fourth star extends farther out in an area comparable to Jupiter’s orbit. The three innermost stars are more massive and hotter than the Sun, while the outermost companion is more similar to our host star.

“Stars are generally formed in groups via the collapse of large molecular clouds containing dust and gas, and they can form various structures such as clusters, loosely bound associations, or binaries, triples, quadruples, and so on, depending mainly on their formation environment and how gravitational interactions with other objects affect this process,” Tibor Mitnyan, a researcher from the University of Szeged in Hungary and co-author of the new paper, told Gizmodo. “However, the formation of compact hierarchical systems is a very actively studied area of stellar astrophysics with a lot of questions and uncertainties.”

A stellar pair

Using the unique dynamic parameters, the team behind the study was also able to model the future evolution of this quadruple star system. In about 300 million years, the inner stars are going to merge into a single white dwarf (an extremely dense core remnant of large stars).

“The more massive white dwarf is formed after two mergers from the three inner stars, while the less massive white dwarf is simply formed from the originally fourth, most distant star,” Mitnyan said. The two remaining white dwarf stars will continue to circle one another, completing one orbit in around 44 days.

“It is also interesting to note that if such a double white dwarf system is found today, the observers would likely have no idea that it might have come from such an exotic compact 3+1 quadruple system with an outer period of about a thousand days,” Mitnyan added.

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#4Body #Problem #Astronomers #Spot #Tightly #Packed #Quadruple #Star #System

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By signing up, you agree to receive recurring automated SMS marketing messages from Mashable Deals at the number provided. Msg and data rates may apply. Up to 2 messages/day. Reply STOP to opt out, HELP for help. Consent is not a condition of purchase. See our Privacy Policy and Terms of Use.

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                By signing up, you agree to receive recurring automated SMS marketing messages from Mashable Deals at the number provided. Msg and data rates may apply. Up to 2 messages/day. Reply STOP to opt out, HELP for help. Consent is not a condition of purchase. See our Privacy Policy and Terms of Use.
            
        
    

This robot mower uses AI Vision, 3D LiDAR, and visual recognition to distinguish your lawn’s boundaries and avoid obstacles in real time. It may take some time for it to map out your yard initially, but once it’s familiar, you can view the layout on the map, manage your zones, set exclusion areas, draw virtual walls, and more. Mashable’s sister site CNET tested this mower and found that it had some issues in certain areas, so they recommended properly setting boundaries for exclusionary zones.It’s suitable for flat or slightly sloped lawns up to 24 degrees and can mow up to .75 acres (about 32,000 square feet). A single charge will give you about two hours of operation. 

        
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                        By signing up, you agree to receive recurring automated SMS marketing messages from Mashable Deals at the number provided. Msg and data rates may apply. Up to 2 messages/day. Reply STOP to opt out, HELP for help. Consent is not a condition of purchase. See our Privacy Policy and Terms of Use.
                    
                
                        
        
    
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                                    #Robot #lawn #mower #deal #coupon #knocks #Hookii #Neomow #Amazon

Hookii Neomow X robot lawn mower is on sale for just $1,499 with an on-page coupon at Amazon. That’s a saving of 32% or $700 off its list price of $2,199.


$1,499 at Amazon
$2,199 Save $700

*with on-page coupon*

If mowing the lawn is a chore you’d rather not do, I suggest looking into a robot lawn mower. Yes, they’re expensive, but if you keep your eyes peeled on Amazon, you can often find a sweet deal. Case in point: an on-page coupon knocks $700 off the Hookii Neomow X.

As of July 17, the Hookii Neomow X robot lawn mower is down to just $1,499 from its usual $2,199. That’s a 32% price drop and the cheapest this model has ever been, according to our favorite price-tracking tool.

Mashable Deals

By signing up, you agree to receive recurring automated SMS marketing messages from Mashable Deals at the number provided. Msg and data rates may apply. Up to 2 messages/day. Reply STOP to opt out, HELP for help. Consent is not a condition of purchase. See our Privacy Policy and Terms of Use.

This robot mower uses AI Vision, 3D LiDAR, and visual recognition to distinguish your lawn’s boundaries and avoid obstacles in real time. It may take some time for it to map out your yard initially, but once it’s familiar, you can view the layout on the map, manage your zones, set exclusion areas, draw virtual walls, and more. Mashable’s sister site CNET tested this mower and found that it had some issues in certain areas, so they recommended properly setting boundaries for exclusionary zones.

It’s suitable for flat or slightly sloped lawns up to 24 degrees and can mow up to .75 acres (about 32,000 square feet). A single charge will give you about two hours of operation.

If that sounds like your yard, the Hookii Neomow X could be the ideal mower to take over your lawn care duties this summer. Snag it while it’s $700 cheaper than usual — and don’t forget to check the box next to the on-page coupon price.

#Robot #lawn #mower #deal #coupon #knocks #Hookii #Neomow #Amazon">Robot lawn mower deal: This coupon knocks $700 off the Hookii Neomow X at Amazon

SAVE $700: As of July 17, the Hookii Neomow X robot lawn mower is on sale for just $1,499 with an on-page coupon at Amazon. That’s a saving of 32% or $700 off its list price of $2,199.


$1,499 at Amazon
$2,199 Save $700

*with on-page coupon*

If mowing the lawn is a chore you’d rather not do, I suggest looking into a robot lawn mower. Yes, they’re expensive, but if you keep your eyes peeled on Amazon, you can often find a sweet deal. Case in point: an on-page coupon knocks $700 off the Hookii Neomow X.

As of July 17, the Hookii Neomow X robot lawn mower is down to just $1,499 from its usual $2,199. That’s a 32% price drop and the cheapest this model has ever been, according to our favorite price-tracking tool.

Mashable Deals

By signing up, you agree to receive recurring automated SMS marketing messages from Mashable Deals at the number provided. Msg and data rates may apply. Up to 2 messages/day. Reply STOP to opt out, HELP for help. Consent is not a condition of purchase. See our Privacy Policy and Terms of Use.

This robot mower uses AI Vision, 3D LiDAR, and visual recognition to distinguish your lawn’s boundaries and avoid obstacles in real time. It may take some time for it to map out your yard initially, but once it’s familiar, you can view the layout on the map, manage your zones, set exclusion areas, draw virtual walls, and more. Mashable’s sister site CNET tested this mower and found that it had some issues in certain areas, so they recommended properly setting boundaries for exclusionary zones.

It’s suitable for flat or slightly sloped lawns up to 24 degrees and can mow up to .75 acres (about 32,000 square feet). A single charge will give you about two hours of operation.

If that sounds like your yard, the Hookii Neomow X could be the ideal mower to take over your lawn care duties this summer. Snag it while it’s $700 cheaper than usual — and don’t forget to check the box next to the on-page coupon price.

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The Trump administration is waging a culture war on science, and the latest salvo is in the form of a dry, bureaucratic proposal from the Office of Management and Budget (OMB) that could threaten the future of US science as we know it.

The proposal would give political appointees unprecedented control over grant funding, the method through which scientists receive federal money to perform groundbreaking space research such as the search for evidence of organic compounds on Mars or the discovery of some of the earliest galaxies in the universe.

A typical proposed rule from the OMB garners less than 100 public comments. This rule has netted over 500,000 comments, the large majority of which appear to be negative, including a response from respected nonprofit The Planetary Society, which has criticized everything from the proposal’s rules around publication to its move away from peer review to its chilling effect on scientists in every field.

“Nearly every proposed aspect of these rule changes has some deleterious or negative consequence for the practice of science,” Casey Dreier, chief of space policy at The Planetary Society, tells The Verge.

“There’s concrete harm, even if you’re not a scientist,” he points out. The biggest obstacle is the restrictions on the funding of open-access publication, which is the method through which space science papers are made freely available to the public.

“There’s concrete harm, even if you’re not a scientist.”

— Casey Dreier, chief of space policy at The Planetary Society

For more than a decade, NASA has prided itself on making public the data collected with NASA instruments, as well as the science papers that come from studying that data. The new changes reverse that trend, making science data more difficult for everyone to access. Forbidding the use of grant funding for open-access publication means it’ll be harder for the public to see the research that their tax money helped fund.

“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves,” Dreier says.

Then there’s the ability to terminate grants because of the associations or political leanings of the scientists themselves. Consider the data collected by the Mars rovers — precious data that cost billions of dollars and took decades of expertise to acquire — and a scientist, who doesn’t even work for NASA directly, who wants to study that data and has a novel idea for research that their fellow scientists think is worthwhile and important. Hypothetically, the new regulations would allow a partisan non-expert employed by the White House to nix that scientist’s funding because they posted an anti-Trump meme on X years ago.

It gets worse. “You don’t even have to be in violation of a rule” to have your funding cut, Dreier says. Grants can be revoked at any time, for any reason, if they are deemed against the interests of the president’s whims: “There’s a capriciousness that is enabled by these changes, and an opacity of the decision process.”

The problems with the regulations are not just ideological. They largely impose a bureaucratic burden: Is any scientist going to want to set up an international partnership, or attend a conference, or try to publish their data publicly and for free, when doing so requires time and paperwork applying for exemptions that may or may not be granted by a government body that has no expertise or interest in their work? Are they going to set up a potentially fruitful collaboration with other scientists in China, or Russia, or even Canada, when doing so introduces a risk to their own work, knowing their livelihood could be yanked away when the president decides he doesn’t like another nation tomorrow?

“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves.”

— Casey Dreier

This is a separate, though perhaps even more dangerous, attack on science than the proposed cuts to NASA funding that are affecting programs like the operation of the Mars rovers. Under the proposed OMB rules, the contracts through which NASA builds spacecraft and collects data would remain, but the grants for scientists to analyze that data would be under political threat.

“There’s a distinction between data collection and science,” Dreier says. Building amazing tools like the Mars rovers or the James Webb Space Telescope and using them to collect data is only the first step in making progress: “The science is what happens when you pay a scientist to sit down and look at the data, interpret it, model it, test it, and then present it and go through the process of arguing about it.”

“What are we collecting data for, if we’re not going to support the scientists to study it?”

Despite the significant public pushback against the move, including a Senate hearing with the director of the OMB, Russell Vought, in which Democratic senators described the effects of the rule as “absurdity” and “bias,” the OMB does not seem disposed to back down and withdraw its proposed rule. Instead, it will likely face a series of legal challenges, including from a group of 24 governors and attorneys general who argue that the rule is unconstitutional and a violation of the separation of powers.

What is at stake here is bigger than slashed funds or a temporary refocusing on Earthly concerns over space research. “This is not a budget cut,” Dreier points out. Budget cuts are easy to understand and easy to argue against. What is happening here is more pernicious: “This is a surgical, scalpel-like attack on the actual process of science that is buried under procedural rules and boring-sounding language.”

Update July 17th: The OMB proposal has received over 500,000 comments, not 50,000 as stated in a previous version of this story.

Follow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.
#war #woke #science #space #researchNews,Policy,Politics,Science,Space">The war on ‘woke science’ comes for space researchThe Trump administration is waging a culture war on science, and the latest salvo is in the form of a dry, bureaucratic proposal from the Office of Management and Budget (OMB) that could threaten the future of US science as we know it.The proposal would give political appointees unprecedented control over grant funding, the method through which scientists receive federal money to perform groundbreaking space research such as the search for evidence of organic compounds on Mars or the discovery of some of the earliest galaxies in the universe.A typical proposed rule from the OMB garners less than 100 public comments. This rule has netted over 500,000 comments, the large majority of which appear to be negative, including a response from respected nonprofit The Planetary Society, which has criticized everything from the proposal’s rules around publication to its move away from peer review to its chilling effect on scientists in every field.“Nearly every proposed aspect of these rule changes has some deleterious or negative consequence for the practice of science,” Casey Dreier, chief of space policy at The Planetary Society, tells The Verge.“There’s concrete harm, even if you’re not a scientist,” he points out. The biggest obstacle is the restrictions on the funding of open-access publication, which is the method through which space science papers are made freely available to the public.“There’s concrete harm, even if you’re not a scientist.”— Casey Dreier, chief of space policy at The Planetary SocietyFor more than a decade, NASA has prided itself on making public the data collected with NASA instruments, as well as the science papers that come from studying that data. The new changes reverse that trend, making science data more difficult for everyone to access. Forbidding the use of grant funding for open-access publication means it’ll be harder for the public to see the research that their tax money helped fund.“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves,” Dreier says.Then there’s the ability to terminate grants because of the associations or political leanings of the scientists themselves. Consider the data collected by the Mars rovers — precious data that cost billions of dollars and took decades of expertise to acquire — and a scientist, who doesn’t even work for NASA directly, who wants to study that data and has a novel idea for research that their fellow scientists think is worthwhile and important. Hypothetically, the new regulations would allow a partisan non-expert employed by the White House to nix that scientist’s funding because they posted an anti-Trump meme on X years ago.It gets worse. “You don’t even have to be in violation of a rule” to have your funding cut, Dreier says. Grants can be revoked at any time, for any reason, if they are deemed against the interests of the president’s whims: “There’s a capriciousness that is enabled by these changes, and an opacity of the decision process.”The problems with the regulations are not just ideological. They largely impose a bureaucratic burden: Is any scientist going to want to set up an international partnership, or attend a conference, or try to publish their data publicly and for free, when doing so requires time and paperwork applying for exemptions that may or may not be granted by a government body that has no expertise or interest in their work? Are they going to set up a potentially fruitful collaboration with other scientists in China, or Russia, or even Canada, when doing so introduces a risk to their own work, knowing their livelihood could be yanked away when the president decides he doesn’t like another nation tomorrow?“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves.”— Casey DreierThis is a separate, though perhaps even more dangerous, attack on science than the proposed cuts to NASA funding that are affecting programs like the operation of the Mars rovers. Under the proposed OMB rules, the contracts through which NASA builds spacecraft and collects data would remain, but the grants for scientists to analyze that data would be under political threat.“There’s a distinction between data collection and science,” Dreier says. Building amazing tools like the Mars rovers or the James Webb Space Telescope and using them to collect data is only the first step in making progress: “The science is what happens when you pay a scientist to sit down and look at the data, interpret it, model it, test it, and then present it and go through the process of arguing about it.”“What are we collecting data for, if we’re not going to support the scientists to study it?”Despite the significant public pushback against the move, including a Senate hearing with the director of the OMB, Russell Vought, in which Democratic senators described the effects of the rule as “absurdity” and “bias,” the OMB does not seem disposed to back down and withdraw its proposed rule. Instead, it will likely face a series of legal challenges, including from a group of 24 governors and attorneys general who argue that the rule is unconstitutional and a violation of the separation of powers.What is at stake here is bigger than slashed funds or a temporary refocusing on Earthly concerns over space research. “This is not a budget cut,” Dreier points out. Budget cuts are easy to understand and easy to argue against. What is happening here is more pernicious: “This is a surgical, scalpel-like attack on the actual process of science that is buried under procedural rules and boring-sounding language.”Update July 17th: The OMB proposal has received over 500,000 comments, not 50,000 as stated in a previous version of this story.Follow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.Georgina TorbetCloseGeorgina TorbetPosts from this author will be added to your daily email digest and your homepage feed.FollowFollowSee All by Georgina TorbetNewsCloseNewsPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All NewsPolicyClosePolicyPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All PolicyPoliticsClosePoliticsPosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All PoliticsScienceCloseSciencePosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All ScienceSpaceCloseSpacePosts from this topic will be added to your daily email digest and your homepage feed.FollowFollowSee All Space#war #woke #science #space #researchNews,Policy,Politics,Science,Space

culture war on science, and the latest salvo is in the form of a dry, bureaucratic proposal from the Office of Management and Budget (OMB) that could threaten the future of US science as we know it.

The proposal would give political appointees unprecedented control over grant funding, the method through which scientists receive federal money to perform groundbreaking space research such as the search for evidence of organic compounds on Mars or the discovery of some of the earliest galaxies in the universe.

A typical proposed rule from the OMB garners less than 100 public comments. This rule has netted over 500,000 comments, the large majority of which appear to be negative, including a response from respected nonprofit The Planetary Society, which has criticized everything from the proposal’s rules around publication to its move away from peer review to its chilling effect on scientists in every field.

“Nearly every proposed aspect of these rule changes has some deleterious or negative consequence for the practice of science,” Casey Dreier, chief of space policy at The Planetary Society, tells The Verge.

“There’s concrete harm, even if you’re not a scientist,” he points out. The biggest obstacle is the restrictions on the funding of open-access publication, which is the method through which space science papers are made freely available to the public.

“There’s concrete harm, even if you’re not a scientist.”

— Casey Dreier, chief of space policy at The Planetary Society

For more than a decade, NASA has prided itself on making public the data collected with NASA instruments, as well as the science papers that come from studying that data. The new changes reverse that trend, making science data more difficult for everyone to access. Forbidding the use of grant funding for open-access publication means it’ll be harder for the public to see the research that their tax money helped fund.

“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves,” Dreier says.

Then there’s the ability to terminate grants because of the associations or political leanings of the scientists themselves. Consider the data collected by the Mars rovers — precious data that cost billions of dollars and took decades of expertise to acquire — and a scientist, who doesn’t even work for NASA directly, who wants to study that data and has a novel idea for research that their fellow scientists think is worthwhile and important. Hypothetically, the new regulations would allow a partisan non-expert employed by the White House to nix that scientist’s funding because they posted an anti-Trump meme on X years ago.

It gets worse. “You don’t even have to be in violation of a rule” to have your funding cut, Dreier says. Grants can be revoked at any time, for any reason, if they are deemed against the interests of the president’s whims: “There’s a capriciousness that is enabled by these changes, and an opacity of the decision process.”

The problems with the regulations are not just ideological. They largely impose a bureaucratic burden: Is any scientist going to want to set up an international partnership, or attend a conference, or try to publish their data publicly and for free, when doing so requires time and paperwork applying for exemptions that may or may not be granted by a government body that has no expertise or interest in their work? Are they going to set up a potentially fruitful collaboration with other scientists in China, or Russia, or even Canada, when doing so introduces a risk to their own work, knowing their livelihood could be yanked away when the president decides he doesn’t like another nation tomorrow?

“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves.”

— Casey Dreier

This is a separate, though perhaps even more dangerous, attack on science than the proposed cuts to NASA funding that are affecting programs like the operation of the Mars rovers. Under the proposed OMB rules, the contracts through which NASA builds spacecraft and collects data would remain, but the grants for scientists to analyze that data would be under political threat.

“There’s a distinction between data collection and science,” Dreier says. Building amazing tools like the Mars rovers or the James Webb Space Telescope and using them to collect data is only the first step in making progress: “The science is what happens when you pay a scientist to sit down and look at the data, interpret it, model it, test it, and then present it and go through the process of arguing about it.”

“What are we collecting data for, if we’re not going to support the scientists to study it?”

Despite the significant public pushback against the move, including a Senate hearing with the director of the OMB, Russell Vought, in which Democratic senators described the effects of the rule as “absurdity” and “bias,” the OMB does not seem disposed to back down and withdraw its proposed rule. Instead, it will likely face a series of legal challenges, including from a group of 24 governors and attorneys general who argue that the rule is unconstitutional and a violation of the separation of powers.

What is at stake here is bigger than slashed funds or a temporary refocusing on Earthly concerns over space research. “This is not a budget cut,” Dreier points out. Budget cuts are easy to understand and easy to argue against. What is happening here is more pernicious: “This is a surgical, scalpel-like attack on the actual process of science that is buried under procedural rules and boring-sounding language.”

Update July 17th: The OMB proposal has received over 500,000 comments, not 50,000 as stated in a previous version of this story.

Follow topics and authors from this story to see more like this in your personalized homepage feed and to receive email updates.

#war #woke #science #space #researchNews,Policy,Politics,Science,Space">The war on ‘woke science’ comes for space research

The Trump administration is waging a culture war on science, and the latest salvo is in the form of a dry, bureaucratic proposal from the Office of Management and Budget (OMB) that could threaten the future of US science as we know it.

The proposal would give political appointees unprecedented control over grant funding, the method through which scientists receive federal money to perform groundbreaking space research such as the search for evidence of organic compounds on Mars or the discovery of some of the earliest galaxies in the universe.

A typical proposed rule from the OMB garners less than 100 public comments. This rule has netted over 500,000 comments, the large majority of which appear to be negative, including a response from respected nonprofit The Planetary Society, which has criticized everything from the proposal’s rules around publication to its move away from peer review to its chilling effect on scientists in every field.

“Nearly every proposed aspect of these rule changes has some deleterious or negative consequence for the practice of science,” Casey Dreier, chief of space policy at The Planetary Society, tells The Verge.

“There’s concrete harm, even if you’re not a scientist,” he points out. The biggest obstacle is the restrictions on the funding of open-access publication, which is the method through which space science papers are made freely available to the public.

“There’s concrete harm, even if you’re not a scientist.”

— Casey Dreier, chief of space policy at The Planetary Society

For more than a decade, NASA has prided itself on making public the data collected with NASA instruments, as well as the science papers that come from studying that data. The new changes reverse that trend, making science data more difficult for everyone to access. Forbidding the use of grant funding for open-access publication means it’ll be harder for the public to see the research that their tax money helped fund.

“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves,” Dreier says.

Then there’s the ability to terminate grants because of the associations or political leanings of the scientists themselves. Consider the data collected by the Mars rovers — precious data that cost billions of dollars and took decades of expertise to acquire — and a scientist, who doesn’t even work for NASA directly, who wants to study that data and has a novel idea for research that their fellow scientists think is worthwhile and important. Hypothetically, the new regulations would allow a partisan non-expert employed by the White House to nix that scientist’s funding because they posted an anti-Trump meme on X years ago.

It gets worse. “You don’t even have to be in violation of a rule” to have your funding cut, Dreier says. Grants can be revoked at any time, for any reason, if they are deemed against the interests of the president’s whims: “There’s a capriciousness that is enabled by these changes, and an opacity of the decision process.”

The problems with the regulations are not just ideological. They largely impose a bureaucratic burden: Is any scientist going to want to set up an international partnership, or attend a conference, or try to publish their data publicly and for free, when doing so requires time and paperwork applying for exemptions that may or may not be granted by a government body that has no expertise or interest in their work? Are they going to set up a potentially fruitful collaboration with other scientists in China, or Russia, or even Canada, when doing so introduces a risk to their own work, knowing their livelihood could be yanked away when the president decides he doesn’t like another nation tomorrow?

“There’s no really good argument for that, unless you’re trying to use it as a means of control over the scientists themselves.”

— Casey Dreier

This is a separate, though perhaps even more dangerous, attack on science than the proposed cuts to NASA funding that are affecting programs like the operation of the Mars rovers. Under the proposed OMB rules, the contracts through which NASA builds spacecraft and collects data would remain, but the grants for scientists to analyze that data would be under political threat.

“There’s a distinction between data collection and science,” Dreier says. Building amazing tools like the Mars rovers or the James Webb Space Telescope and using them to collect data is only the first step in making progress: “The science is what happens when you pay a scientist to sit down and look at the data, interpret it, model it, test it, and then present it and go through the process of arguing about it.”

“What are we collecting data for, if we’re not going to support the scientists to study it?”

Despite the significant public pushback against the move, including a Senate hearing with the director of the OMB, Russell Vought, in which Democratic senators described the effects of the rule as “absurdity” and “bias,” the OMB does not seem disposed to back down and withdraw its proposed rule. Instead, it will likely face a series of legal challenges, including from a group of 24 governors and attorneys general who argue that the rule is unconstitutional and a violation of the separation of powers.

What is at stake here is bigger than slashed funds or a temporary refocusing on Earthly concerns over space research. “This is not a budget cut,” Dreier points out. Budget cuts are easy to understand and easy to argue against. What is happening here is more pernicious: “This is a surgical, scalpel-like attack on the actual process of science that is buried under procedural rules and boring-sounding language.”

Update July 17th: The OMB proposal has received over 500,000 comments, not 50,000 as stated in a previous version of this story.

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