In short
The episode argues that the Trump administration’s science policy is undermining “gold standard science” by cutting funding, politicizing research priorities, and eroding trust in evidence-based institutions. It traces the U.S. post-WWII “Science, the Endless Frontier” model (Vannevar Bush) that funded university-led research, claiming it produced major advances (e.g., vaccines, polio vaccine, medical treatments, tech and jobs via MIT/Harvard). Key examples include NIH/NSF terminating grants, Patricia Silvera’s transgender-mice research being misrepresented in a State of the Union speech, and RFK Jr. firing ACIP members and bypassing vaccine policy processes (with Fiona Havers resigning).
Guests
Ronan (Ronan Peace), global science journalist; Rush Holt (fusion physicist, former Democratic congressman); Patricia Silvera (biologist); Fiona Havers (CDC respiratory virus hospitalization network lead); Cassidy Sugimoto (science policy expert, Georgia Tech); Katie Milkman (behavioral scientist, author).
Written by AI. May contain mistakes. Listen to the episode to check what was said.
Chapters
Tap a time to open that second in VOHistorical Context of the Atomic Bomb
1:06 to 1:23
Understanding the significance of the atomic bomb in WWII.
“Listen to choiceology at schwab.com slash podcast or wherever you listen.”
Truman's Scientific Gamble
1:23 to 1:55
Explore President Truman's view on the atomic bomb's development.
“Scientists, British and American, have made the atomic bomb at last.”
Vannevar Bush's Report
1:55 to 2:18
Learn about Vannevar Bush's influential report on science policy.
“The deadly dropping of two atomic bombs on Japan symbolised their unrivaled technical prowess, science in the service of the country's war effort.”
The Legacy of Bush's Science Policy
2:18 to 3:00
Discuss how Bush's report shaped US science for decades.
“wrote a report called Science, the Endless Frontier, and he outlined a science policy which has been the unwritten policy of the United States ever since then, so for 75 years.”
Current Threats to Science Funding
3:00 to 4:07
Examine the proposed budget cuts to various science fields.
“Now, I am just thrilled to be here with so many mad scientists.”
The Shift in US Science Politics
4:07 to 4:47
Understand how political changes have affected scientific research.
“And the National Institutes of Health, which funds all biomedical research, has a proposed cut of 40 percent.”
The Science Funding Ecosystem
4:47 to 6:12
Explore the structure of US science funding and its implications.
“Now in his 66th year, this son of a universalist minister has served the government over a period of about 40 years.”
Measuring Success of Scientific Research
6:12 to 7:21
Discuss the metrics of success for American scientific endeavors.
“out to universities across the country, like his own Massachusetts Institute of Technology.”
Impact of Trump's Policies on Science
7:21 to 8:12
Analyze how Trump's presidency has affected US scientific leadership.
“Just the Wyss Institute, OK, we're small.”
Concerns Among US Scientists
8:12 to 11:43
Hear the fears and challenges faced by scientists today.
“That's fallen off dramatically just in the last six months.”
Show all 19 chapters
Vaccination Controversies
11:43 to 12:15
Delve into the debates surrounding vaccinations and public health.
“And that lack of stability and that lack of certainty and that fear is going to drive our scientists, young scientists, especially either out of science or to other nations if it continues.”
Impact of Advisory Committee Changes
12:15 to 13:19
Explore the ramifications of changes to the Advisory Committee on Immunization.
“But vaccines are at the very heart of the sharpest divide today between scientists and President Trump's administration.”
Concerns Over Vaccine Access
13:19 to 14:00
Discuss worries about access to vaccines amid policy shifts.
“The Center for Disease Control's Fiona Havers led the U.S.”
Impact of COVID Vaccination Changes
14:00 to 18:58
Learn about the implications of changing vaccination policies for children and pregnant women.
“hospitalized for COVID in the United States.”
The Divide Between Scientists and Politics
19:01 to 19:58
Explore the conflict between scientific integrity and political pressures.
“eventually found his way home, someone had to compose the Iliad and Odyssey.”
Skepticism Towards Experts
19:58 to 24:36
Understand the historical skepticism towards scientific experts in the U.S.
“He continued, We must restore the American people's faith in the scientific enterprise and institutions that create and apply scientific knowledge in service of the public good.”
Global Implications of U.S. Science Policy
24:36 to 28:00
Analyze how changes in U.S. science policy affect global scientific leadership.
“There is another angle I've not explored yet, how these changes in the US play out on the global stage.”
Expert Insights on Science Policy
28:00 to 28:41
Learn about the challenges faced by scientists in influencing science policy.
“A reason for those of us outside the US to be thinking about the changes in science policy in the White House.”
The Importance of Empirical Science
28:41 to 29:37
Understand the critical role of empirical science in public decision-making.
“You know, I don't want to dwell on the loss of funding, as serious as that is.”
Transcript
Automatic transcript. May contain errors.0:00Roland Pease:This BBC podcast is supported by ads outside the UK.
0:30Join Wharton Professor Katie Milkman, an award-winning behavioral scientist and author of the best-selling book How to Change, as she shares true stories from Nobel laureates, authors, athletes and everyday people about why we do the things we do and how to make better choices to help avoid costly mistakes. Each episode covers the latest research in behavioral science and dives into themes like the power of self-control, shaping your mindset for success, navigating new beginnings, and why starting over can feel so hard. Listen to choiceology at schwab.com slash podcast or wherever you listen.
1:23Scientists, British and American, have made the atomic bomb at last. A short time ago, an American airplane dropped one bomb on Hiroshima and assured its usefulness to the enemy. That bomb has more power than 20 ,000 tons of PNP. President Truman says that the Allies have spent 500 million pounds on what he calls the greatest scientific gamble in history, and they won.
1:54Roland Pease:Summer 1945 was a turning point for American science. The deadly dropping of two atomic bombs on Japan symbolised their unrivaled technical prowess, science in the service of the country's war effort. And just weeks before, the organiser of that effort unveiled a blueprint for how science could continue to serve America in peace. I go back, really, to 1945, when Vannevar Bush, an advisor to then-President Roosevelt, wrote a report called Science, the Endless Frontier, and he outlined a science policy which has been the unwritten policy of the United States ever since then, so for 75 years. And it's worked.
2:42Roland Pease:I'm Ronan Peace, and as a global science journalist with almost 40 years in the business, I've seen those successes time after time after time. It's been clear how well the Neva Bush's deal helped fuel the American economy. But that formula for success has been put in doubt. Are we all here to defend science? Now, I am just thrilled to be here with so many mad scientists. The White Coats have been out on the street because of the new scientific direction the White House has taken. They should be angry, and everybody in America should be mad and angry about what we are witnessing right now in our country, including the illegal and reckless attacks on science by Elon Musk and the Trump administration.
3:37Roland Pease:They're mad at what they see as attacks on the very integrity of science. I'll come to that shortly. And also the funding of science. Trump has cut science funding to its lowest levels in decades, and these cuts include all fields, physics, chemistry, engineering, and the biomedical sciences. So the proposed budget cut for the next fiscal year includes a 34 percent cut to basic science. The National Science Foundation is facing proposed budget cuts of more than 55 percent. And the National Institutes of Health, which funds all biomedical research, has a proposed cut of 40 percent. And you are looking across the spectrum at all sciences, all basic applied sciences and applied and developmental sciences as well.
4:22Roland Pease:To see how profound that is, let's go back 80 years to the start of the love affair between science and US politics, when scientific prowess helped the country win World War II, particularly the Manhattan Project. You may have seen the film Oppenheimer, but before Oppenheimer, there was Bush. Dr. Vannevar Bush is one of America's more important citizens. Now in his 66th year, this son of a universalist minister has served the government over a period of about 40 years. Long before Oppenheimer was put in charge of the Manhattan Project, Vannevar Bush and the president of Harvard and another distinguished physicist, Bush, by the way, was an engineer.
5:09the three of them ran the atomic bomb project.
5:14Roland Pease:Rush Holt, nuclear physicist turned politician, turned science administrator. He also ran the government research program. It was an agency that had existed before the war, but didn't amount to anything before the war. And after the war, it eventually became the National Science Foundation, the National Institutes of Health, and all of the other constellation of government funding agencies. Good evening, Dr. Bush. Why, good evening, Ed. Well, sir, I've known you a number of years, and last week, I managed to mispronounce Van Eever, and I apologize. Well, you've got plenty of company there, Ed.
5:57Most everyone mispronounces it.
6:00Roland Pease:Laughing apart, Vannevar Bush, with his Endless Frontier report, reshaped the landscape of US science policy, having learned during the war the efficiency of farming government research out to universities across the country, like his own Massachusetts Institute of Technology. The bargain was struck that the government would provide ample funding, mostly through universities, but also through other research centers and so forth. And the scientists would make their own decisions about how to spend this money, what research to do, and they would deliver to society the benefits. To what extent do you think the bargain, you know, was that 100 % successful?
6:46Roland Pease:Was it largely successful? Does American wealth and commerce today reflect the success of that ideal? In a utilitarian way, it is unquestionably successful. Looking at it by scientific measurements, what we understand now that we didn't understand before, what we can use in our daily lives or in technical ways that we couldn't use before, what we have in the way of cures and preventions and treatments in medicine. It is just unmistakably a success. Just the Wyss Institute, OK, we're small. We're about 375 full-time staff. We've created over almost 70 startup companies that have led to 2 ,000 jobs.
7:36Roland Pease:Donningberg directs the elite Wyss Institute of Biotechnology at Harvard, which epitomises the payback you can get from Bush's deal, which is now under attack. OK, these are high paying jobs and they're also leading to good things that will help all mankind. And, you know, MIT, they did a study in 2014 or 15 retrospectively. And there was something like 30 ,000 companies that was born by MIT and trillions of dollars of value. So as I've said in my interviews, the action of the administration is basically shooting the nation in its foot. Up until very recently, the United States spent probably 40 % or so of all the world's research funding.
8:22That's fallen off dramatically just in the last six months.
8:26Roland Pease:In other words, since Donald Trump came to power. In part, he has a cost-cutting agenda. Science is expensive. But second, he approaches a lot of science with distrust, as you can read in one of his first executive orders posted on the White House website. Today, across science, medicine and technology, ideological dogmas have surfaced that elevate group identity above individual achievement, enforce conformity at the expense of innovative ideas and inject politics into the heart of the scientific method. These agendas have not only distorted truth, but have eroded public trust, undermined the integrity of research, stifled innovation and weakened America's competitive edge.
9:11Roland Pease:In line with those accusations, whole swathes of science came under the spotlight. Climate science, anything to do with gender, diversity, equity, also much of biomedicine even. And to those at the brunt of the onslaught, it felt their very integrity was being questioned. Yeah, I am. I'm very depressed about the situation. This is what I've heard time and again talking to working US scientists over the past six months. Is it okay if I actually read the email out loud, the beginning of that? Yeah, please do, yeah. It's a dear Dr. Minor. Late Friday afternoon, the NIH informed us that they were cancelling a significant portion of our awards.
9:50We regret to inform you that the above award was on the list and has been terminated effective immediately. So in that moment, I felt a surreal sense of disbelief as it dawned upon me. This is my own government. The email was sent to our Office of Sponsored Programs at Vanderbilt. Just says that NSF has undertaken a review of its award portfolio. Effective immediately, the following are terminated because they are not in alignment with current NSF priorities. my grant ID and then some kind of legalistic things.
10:28Roland Pease:This is not in line? Yep. Biologist Patricia Silvera found her research mocked in the president's State of the Union address to Congress and to country. $8 million for making mice transgender.
10:45This is real. I was in the lab. I was about to run my lab meeting and I started getting email after email. And then I literally just Googled my name and the mice and I saw. But it's just not really an accurate representation of what we do.
11:02Roland Pease:Which is to study the role of hormones in teenage asthma. The transgenic mice are a way of doing that. I don't appreciate the misrepresentation of some of what we do, especially with the general public, because it is taxpayers' money. and I wouldn't want anyone to think that we are wasting their money or using it for anything that is negative. It just casts a deep fear and paralysis and chill over the whole of the American science enterprise. And I can assure you that everybody who works in research in any university, in any state of the country, as well as certainly in government labs, is deeply concerned about their future.
11:43And that lack of stability and that lack of certainty and that fear is going to drive our scientists, young scientists, especially either out of science or
11:51Roland Pease:to other nations if it continues. These are the scientists who in the past, under Vanneva Bush's deal, brought Americans, indeed all of us, better cars, computers, better crops, clean power, and the conquest of space. It brought unprecedented health as well. The polio vaccine came soon after the war, quickly followed by a host of other vaccines considing many childhood diseases to the history books. But vaccines are at the very heart of the sharpest divide today between scientists and President Trump's administration. If you had a child today, would you vaccinate that child for measles? For measles?
12:36Probably for measles.
12:38Roland Pease:Robert Kennedy Jr. is probably Donald Trump's most controversial appointee pointee when it comes to science. As Secretary for Health and Human Services, he's found his long track record of questioning vaccine safety raised time and again in Congress. Again, I don't want to give advice. Just one last one, just a yes or no, please, if you could, polio? Polio? Again, I don't want to be giving advice. These issues came to a head in June when he summarily fired the 17 members of the Advisory Committee for Immunisation Practices, accusing them of corruption and conflicts of interest, replacing them with his own choice appointees.
13:18Roland Pease:Before he acted, few of us had heard of ACIP, though we implicitly accepted their judgments. Here was a team that sifted the scientific evidence, considered expert testimony brought before them in dull, diligent, thorough consultations, before coming to their recommendations which would guide clinicians and insurers in the U.S. health system. The Center for Disease Control's Fiona Havers led the U.S. Respiratory Virus Hospitalization Surveillance Network and was due to give significant evidence to the committee about COVID and infants, but resigned because of Secretary Kennedy's actions. So the presentation that I was scheduled to present at this meeting that happened in June was really focusing on who's currently getting hospitalized for COVID in the United States.
14:06In summary, most pediatric hospitalizations occur in children younger than two years. Most of these hospitalized children have no...
14:14Roland Pease:In Fiona's absence, a colleague stepped in to present the dry list of statistics intended to inform the vaccine discussions, in particular on the vulnerability of the youngest children. Outcomes among hospitalized children can be severe, with one in four admitted to the intensive care unit. COVID-19 deaths continue to occur among infants and children. Like me and several of her former colleagues, Fiona watched online to see how the new committee received the vaccine evidence. Receiving the most recently recommended vaccine. What did you make of it? Well, I'm very concerned that they are going to restrict access to people that could benefit from them.
14:51But the bigger issue is that several weeks before the meeting, even before he fired this outside Advisory Committee, RFK Jr. went on X and announced that CDC had changed their immunization policy for COVID and that COVID vaccines were no longer recommended for healthy pregnant women and healthy children. He did that without following any of the ACIP processes. Nobody who was a COVID vaccine expert at CDC was involved in that decision. And he completely bypassed this ACIP committee, this advisory committee, which has a very structured, very transparent, very evidence-based process for any policy decision being made.
15:27So him just like announcing on X that CDC had changed COVID vaccination policy for the United States, all of us at CDC were like, wait, what just happened? And I almost quit at that point, actually. And one of my colleagues did resign. But then when he blew up the committee and just like fired the entire all 17 panel members, I was like, there is no way I can't, I can't stay. I also felt like as a scientist and as a physician, like I didn't want to legitimize this committee by presenting to them because they are not the appropriate people to be making these decisions.
15:59Roland Pease:And you say that because? Well, I mean, the people who are currently on the committee, with the possible exception of one person who has ACIP experience, do not have the appropriate background to be on this committee. Many of them have no background in vaccines, in infectious diseases. And from the questions that they were asking at the public meeting, it was very clear they didn't really understand the methodology. They didn't understand a lot or the background of what was being presented to them. So they aren't qualified in that way. The way you say that the people who have been appointed aren't qualified, it does seem to me that sounds a bit like you want to have a self-perpetuating priesthood running vaccines rather than a sort of more open debate and a wider set of voices.
16:44Roland Pease:Is that a fair criticism? Well, I think that is a criticism that's frequently raised. I do think people who are on these kind of committees, like people like myself who, you know, I'm viewed as a subject matter expert, do need to be careful in terms of just saying, oh, well, we're the experts, you should listen to us. I think people who have concerns, their concerns need to be taken seriously. We need to be very careful how we respond to those and make sure that we're addressing those concerns. But his statement that he did this to be more transparent and to return to gold standard science while sort of blowing up all of the very transparent evidence-based procedures that had been put in place to make vaccine policy transparent and evidence-based and basically throwing all of those out the window.
17:32I mean, he's not doing that. He's saying he is, but he's doing the opposite of that.
17:36Roland Pease:As if to underline the point, since I recorded that interview, Secretary Kennedy has barred advice to the committee from professional bodies like the American College of Physicians. And rejecting evidence of how mRNA vaccines helped in the pandemic, he's unilaterally axed half a billion dollars worth of further mRNA development. And he publicly called on a scientific journal to withdraw a new study on vaccine safety that he disagrees with, getting this swift response from the editor. If Mr Kennedy and his anti-vaccine followers want good evidence for people to make knowledgeable decisions about vaccines for themselves and their families, I think this is a piece of that evidence.
18:23Roland Pease:A reminder, this is the documentary from the BBC World Service.
18:38some free-range self-directed investing. Or perhaps you pick up a few farm-fresh trades while you peruse. You can even get help from a dedicated advisor. That's full-service wealth management. Mix, match, and change your mind whenever you want. Because at Schwab, you can invest your way. No matter your goals or appetite for investing, Schwab has everything you need all in one place. Visit schwab.com to learn more. Before Achilles found glory and Odysseus eventually found his way home, someone had to compose the Iliad and Odyssey. But was their credited author, Homer, even real? Hi, I'm Greg Jenner, host of You're Dead to Me, the comedy show that takes history seriously, and we are travelling back to 8th century BCE to trace the origins of the Iliad and Odyssey, epic poems that became backbones of Western literature.
19:26Join me and my fantastic guests as we unpack the stories of ancient Greek culture, war and triumph, and have a laugh while we do it. listen on bbc.com or wherever you get your podcasts. Thank you. Bye.
19:43Roland Pease:So much of this white coat versus White House friction comes down to a chasm in worldview between working scientists and President Trump and his administration, distrustful of their privileged status under the Vannevar Bush deal. This particularly came across in another of President Trump's executive orders on his plans for, quote, restoring gold standard science, in which he asserted, over the last five years, confidence that scientists act in the best interests of the public has fallen significantly, blaming in particular, executive departments and agencies that have used or promoted scientific information in a highly misleading manner.
20:24He continued, We must restore the American people's faith in the scientific enterprise and institutions that create and apply scientific knowledge in service of the public good.
20:35Roland Pease:To achieve this gold standard science in its latest order on the topic, President Trump directs his appointed officials to take direct political oversight of funding decisions, for example, banning any with anti-American values. His fusion physicist and former Democratic congressman Rush Holt argues the arguments around trust are more complicated than the White House allows. Perhaps I'm getting a little too partisan or political here, but I think President Trump has been very skilled at playing on people's suspicions, fears, and baser instincts. That includes taking a scepticism about whether science is as good as scientists think it is, and really casting suspicion on it.
21:32Roland Pease:But does this go back to possibly the sense of elitism that's built into the Vannevar Bush frontiers thing, which is to say, let the scientists do the work, adjust it back and accept it. In a sense, people are saying, look, Harvard, you may think you're clever, but we'd rather you did different stuff. Yeah. Vannevar Bush used some wonderful democratic, small d language about men and women coming together to trade ideas and so forth. But in practice, he was an elitist. He thought that this money should go to scientists who had already proved their mettle. It should go to the major universities.
Read the full transcript
22:18And that's generally the way it has worked.
22:21Roland Pease:And he said that the agencies running this should be composed of citizens chosen only for their interest and capacity to promote this scientific work. He's saying this is not for other people in Washington to mess around with. Just give over the money. Am I being too harsh on it? That's right. Yeah. Leave a bushel basket of money on the doorstep of the university and let the scientists decide how it should be spent. So at what point did the trust here break down? Well, there has always, you know, in this country, an undercurrent of skepticism, skepticism toward experts, skepticism toward theorization.
23:00You know, this is a very practical country. And they say, well, you know, you say you understand how black holes form. But what is this investment bringing us or whatever it might be? But the skepticism in recent years has been stoked. Take vaccines, for example. It's been stoked by fraudulent papers. Fine. Let's make vaccinations as safe as possible. but let's not stoke unjustified, unsubstantiated rumors. Let's not substitute internet hearsay. And, you know, part of this bargain is that a scientist will agree to publish her or his work, will subject it to critique. Now, that's not fun to have smart people around the country blast holes in your theory.
23:56But it's part of the deal. It's an important part of the deal that works. There is an enforced humility in the scientific process. And the goal should not be to condemn the arrogance, but to remind these experts that they are ultimately the servants of society. That's hard. But what we've got now is substitution of very faulty ideologies for a very good, although imperfect, scientific establishment.
24:36Roland Pease:There is another angle I've not explored yet, how these changes in the US play out on the global stage. Past administrations have kept a very sharp strategic eye on the competition overseas. The Soviet Union now has, in the combined category of scientists and engineers, a greater number than the United States. Republican President Eisenhower doubled down on Vannevar Bush's vision in the 50s when Russia took the world by surprise with the launch of make. We need science. In the 10 years ahead, they say we need them by thousands more than we're now presently planning to have. The federal government can deal with only part of this difficulty, but it must and will do its part.
25:24Roland Pease:The U.S. understood the lesson learned, but now? I think the lesson has been learned, but not by the U.S., by other countries. I think China has looked at this as a blueprint for how to be a scientific superpower. And it has played the game and played it exceptionally well. Cassidy Sugimoto is an expert on science policy at Georgia Tech and says the administration's measures come on top of a weakening of the US's place in the scientific league tables. So this moment of vulnerability is one in which a few other countries will capitalize on this market and they will become scientific superpowers.
26:00Roland Pease:And Cassidy is not talking about the UK or EU, both of which are offering tens, even hundreds of millions of pounds to attract disgruntled American talent. Like me, she's been watching the surge in scientific effort in China, which means that many of the biggest advances are no longer the product of American know-how. Cassidy has the stats. If you look at the OECD main science and technology indicators, the first thing you will see is gross domestic expenditure on R &D. And this is one of the biggest predictors of success in science, from people to publications to commercialization. And as of 2022, the U.S.
26:40was barely holding its lead, with China making dramatic increases since 2000, and it surpassed the EU a decade ago. And journalists have recently calculated the trajectory for U.S. and Chinese spending. Brian Bunce estimates that China will match U.S. spending this year, and there will be a 12 % gap by 2030. But this would assume relative stability in the US funding situation, which we know is not the case.
27:05Roland Pease:So to be clear, even from a narrow nationalistic angle, American science was already in trouble because of the aggressive growth of investment in China before these very latest changes. From a competitive standpoint, yes. We were moving from this idea of a single scientific superpower to a more polycentric world where you would have China, the US, the EU, all in this network, an embedded scientific network that could lead to more global success. And when we look at some other indicators, for example, the relationship between disease burden across the world and research publications, we were starting to see a decline in that gap that globally we were producing science that matched global needs.
27:51This shift is going to undo a lot of that. So not only is it going to have a dramatic effect for the US and its ability to produce science and to compete with China, but it has ramifications for the global system of science for all countries.
28:04Roland Pease:A reason for those of us outside the US to be thinking about the changes in science policy in the White House. You've heard in this programme the thinking of the scientists, the white coats and others reacting to the rapid changes of the past six months. We asked the President's Office of Science and Technology Policy if they had someone who would take part in this programme, but we didn't hear back. I'll leave the last word then, certainly a very pessimistic thought, to my witness who has worked both as scientist and as politician, Rush Holt. Summarising what in essence I've heard from so many of those I've talked to, that given the tools they want to help America, but they're not being allowed to.
28:51You know, I don't want to dwell on the loss of funding, as serious as that is. What's more important is the failure to incorporate the fundamental idea of science into our public thinking. And that is using this method of empirically based gathering of data and efforts to remove bias from the collection and analysis of the evidence to function optimally in an uncertain world. You know, that is the most important development since the Enlightenment. We shouldn't lose track of that. And that basic idea of science, which has not been firmly established in our society the way it should be, is now under attack and becoming even less established under this administration.
29:51Roland Pease:presented by me, Roland Pease.
From the publisher
Science journalist Roland Pease asks whether the rounds of cuts, reorganisations and political strong-arming in US science can be weathered, and how they will likely affect us all. Eighty years ago Vannevar Bush proposed what became the pact between government and universities that led to decades of global scientific dominance. Today, US scientists fear the Trump administration is ripping up that agreement, mandating what and what can’t be studied, who can study it, and redefining expertise. The specialist agencies are either being closed down or defunded to the extent that tens of thousands of government scientists are already unemployed. Multi-year experiments are being closed down uncompleted. Top universities are besieged by mandates on who and how they hire, tied to their future funding. Data streams that benefit researchers around the globe are being switched off. Even definitions of what counts as evidence are being redrafted. Can the administration's declared aim of "restoring gold standard science", be achieved?




