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This is today’s edition of The Download, our weekday newsletter that provides a daily dose of what’s going on in the world of technology.

What China’s critical mineral ban means for the US

This week, China banned exports of several critical minerals to the US, marking the latest move in an escalating series of tit-for-tat trade restrictions between the world’s two largest economies.

In explicitly cutting off, rather than merely restricting, materials of strategic importance to the semiconductor, defense, and electric vehicle sectors, China has clearly crossed a new line in the long-simmering trade war.

But at the same time, it selected minerals that won’t cripple any industries—which leaves China plenty of ammunition to inflict greater economic pain in response to any further trade restrictions that the incoming Trump administration may impose. Read more about what drove China’s decision, how it affects climate tech and what’s likely to happen next

—James Temple

This story is part of our MIT Technology Review Explains series. Let our writers untangle the complex, messy world of technology to help you understand what’s coming next. You can read more from the series here.

3 things that didn’t make the 10 Breakthrough Technologies of 2025 list

Next month, MIT Technology Review will unveil the 2025 list of 10 Breakthrough Technologies. Every year, our newsroom looks across the fields we cover for technologies that are having a true breakthrough moment. This annual package highlights the technologies that we think matter most right now.

In the meantime, here are three technologies that we considered including on the 2025 list but ultimately decided to leave off. And although these nominees didn’t make the cut this year, they’re still worth keeping an eye on. Read the full story.

—Amy Nordrum

The US Department of Defense is investing in deepfake detection

What’s new: The US Department of Defense has invested $2.4 million over two years in deepfake detection technology from a startup called Hive AI. It’s the first contract of its kind for the DOD’s Defense Innovation Unit, which accelerates the adoption of new technologies for the US defense sector. Hive AI’s models are capable of detecting AI-generated video, image, and audio content. 

Why? Although deepfakes have been around for the better part of a decade, generative AI has made them easier to create and more realistic-looking than ever before, which makes them ripe for abuse in disinformation campaigns or fraud. Defending against these sorts of threats is now crucial for national security. Read the full story.

—Melissa Heikkilä

Donating embryos for research is surprisingly complex

IVF is a success story for embryo research. But today, valuable embryos that could be used for research are being wasted, say researchers who gathered at a conference in central London earlier this week.

The embryos studied in labs have usually been created for IVF but are no longer needed by the people whose cells created them. And there’s a few reasons why embryos aren’t making it into research labs. Read the full story.

—Jessica Hamzelou

This story is from the Checkup, our weekly health and biotech newsletter. Sign up to receive it in your inbox every Thursday.

The must-reads

I’ve combed the internet to find you today’s most fun/important/scary/fascinating stories about technology.

1 Internet detectives are racing to identify UnitedHealthcare CEO’s killer
It’s yet another example of online sleuths inserting themselves into active investigations. (WP $)
+ Similar firms are removing their leadership pages for fear of copycat attacks. (404 Media)
+ Online reaction to the killing demonstrates how hated health insurers are. (NY Mag $)

2 NASA has delayed its return to the moon—yet again
It’s pushed back its planned mission from 2026 to mid-2027. (CNN)
+ The agency has safety concerns and says its next test flight needs to be overhauled. (WP $)
+ What’s next for NASA’s giant moon rocket? (MIT Technology Review)

3 OpenAI is charging $200 a month for a ChatGPT Pro subscription 
Access to its o1 “reasoning” model sure doesn’t come cheap. (TechCrunch)
+ Here’s what you get for that hefty fee. (Wired $)

4 Google Search is getting a makeover in 2025
And I’d be prepared to bet a lot of money that AI is involved. (NYT $)
+ AI search could break the web. (MIT Technology Review)

5 Spotify Wrapped is a flop
It’s oddly free of actual data, and contains bizarre summaries. (Rolling Stone $)
+ “Pink Pilates Princess Roller Skating Pop,” anyone? (NYT $)
+ Wrapped’s AI-generated podcast makes for a bleak listening experience. (Vox)

6 What’s next for China’s manufacturing industry
As the threat of tariffs looms, native demand for its goods is weakening. (FT $)
+ How Trump’s tariffs could drive up the cost of batteries, EVs, and more. (MIT Technology Review)

7 How to turn human poo into medicine 💩
The first microbiome-related product for cancer care is on the horizon. (Bloomberg $)
+ How bugs and chemicals in your poo could give away exactly what you’ve eaten. (MIT Technology Review)

8 Meet the final devotees of the NFT
After the bubble bursts, only the true believers remain. (NYT $)
+ I tried to buy an Olive Garden NFT. All I got was heartburn. (MIT Technology Review)

9 Want to live sustainably? Retrofit your home
It reduces emissions and could save you money in the long run. (Knowable Magazine)
+ Is this the most energy-efficient way to build homes? (MIT Technology Review)

10 Winter isn’t what it used to be ☃
Water, water everywhere. (The Atlantic $)

Quote of the day

“I think the leaders of the industry should look at this and ask: ‘Why does everybody hate us so much that when one of us gets killed in an assassination…we’re not hearing sympathy from the general public—we’re hearing scorn?’”

—Matthew Holt, a healthcare commenter, reflects on what the online reaction to the killing of UnitedHealthcare’s CEO reveals about the US public’s attitude to health insurance firms, the Washington Post reports.

The big story

What is AI?

July 2024

AI is sexy, AI is cool. AI is entrenching inequality, upending the job market, and wrecking education. The AI boom will boost the economy, the AI bubble is about to burst. AI will increase abundance and empower humanity to maximally flourish in the universe. AI will kill us all.

What the hell is everybody talking about?

Artificial intelligence is the hottest technology of our time. But what is it? It sounds like a stupid question, but it’s one that’s never been more urgent. 

If you’re willing to buckle up and come for a ride, I can tell you why nobody really knows, why everybody seems to disagree, and why you’re right to care about it. Read the full story.

—Will Douglas Heaven

We can still have nice things

A place for comfort, fun and distraction to brighten up your day. (Got any ideas? Drop me a line or tweet ’em at me.)

+ This year produced some incredible songs. Here are just a few of the best.
+ Would you consider growing your own toilet paper? Meet the brave souls giving it a go. 🧻
+ There’s only one Willem Dafoe—a master of the craft.
+ Congratulations are in order for Wisdom, the world’s oldest known wild bird who has just laid an egg at the ripe old age of 74.

Read more

Next month, MIT Technology Review will unveil the 2025 list of 10 Breakthrough Technologies. Every year, our newsroom looks across the fields we cover for technologies that are having a true breakthrough moment. This annual package highlights the technologies that we think matter most right now. 

We define ‘breakthrough’ in a few ways—perhaps there’s been a scientific advance that now makes a new technology possible, or a company has earned regulatory approval for a vital medical treatment. Maybe a consumer device has reached a tipping point in its adoption, or an industrial technology has passed the critical pilot phase with flying colors. In the 2025 edition, which comes out in January, you’ll see some of the latest advances in automation, medicine, and the physical sciences (just to name a few) that we expect will have a major impact on our lives. 

In the meantime, here are three technologies that we considered including on the 2025 list but ultimately decided to leave off. Though these nominees didn’t make the cut this year, they’re still worth keeping an eye on. We certainly will be. 

Virtual power plants 

Virtual power plants are energy systems that link together many different technologies to both generate and store power. They allow utility companies to connect solar panels and wind turbines with grid batteries and electric vehicles, and to better manage the flow of power across the grid. 

During times of peak electricity usage, software linked to smart meters may one day automatically decide to power someone’s home by drawing electricity from a fully charged EV sitting in a neighbor’s garage, thereby reducing demand on the grid. The software could also work out how to compensate the EV owner accordingly. 

In the US, an estimated 500 virtual power plants now provide up to 60 gigawatts of capacity (that’s about as much total capacity as the US grid will add this year). Some such systems are also up and running in China, Japan, Croatia, and Taiwan. But lots more virtual power plants would need to be configured before they start to affect the grid as a whole.

Useful AI agents

AI agents are all the rage right now. These AI-powered helpers will, supposedly, schedule our meetings and book our trips and carry out all kinds of tasks online on our behalf. Agents employ generative models to learn how to navigate websites and desktop software (and manage our passwords and credit card details). They will perhaps interact and coordinate with other people’s agents along the way. 

And there is real development power behind them—Salesforce just launched a platform where companies can make their own customer service agents, and Anthropic’s Claude model is gaining the ability to navigate a computer by using a mouse and keyboard, just like people. 

However, many challenges remain in getting these agents to know what you mean when you make specific requests, and enabling them to carry out the necessary actions reliably. Given the formidable hurdles, we think it may be a little while before they are good enough to be truly useful. AI agents may be coming, but not just yet.

eVTOLs

The acronym is a mouthful, but you can think of electric vertical takeoff and landing (eVTOL) aircraft as being kind of like electric helicopters. Most versions in development are not designed to be personal vehicles; they’d be flown by pilots to transport commuters in from the suburbs, or whisk visitors downtown from the airport. Someday, these air taxis may fly themselves. 

There’s been real progress toward getting eVTOLs off the ground. Earlier this year, manufacturer EHang received the first Chinese certificate to mass-produce this type of vehicle, and it has begun taking orders. South Korea and the UAE have put policies in place to allow eVTOLs to operate there. And in the US, Archer recently earned its FAA certification to begin commercial operations. Then, in October, the FAA finalized rules for training pilots and operating eVTOLs—marking the first time in decades that the agency has approved such rules for a new category of aircraft. 

Interest and momentum have built in recent years. Major players in the aviation industry, including Boeing and Airbus, have invested in startups or funded internal R&D projects to develop these futuristic aircraft. However, no eVTOL company has actually begun commercial operations yet, so we’ll keep watching for that. 

Join us for a special live Roundtables event Unveiling the 10 Breakthrough Technologies of 2025″ on Friday, January 3rd at 12:30 pm ET. We’ll give a sneak peek at the 2025 list before it’s released to the public. This is a subscriber-only event. Register to attend or subscribe for access.

Read more

This article first appeared in The Checkup, MIT Technology Review’s weekly biotech newsletter. To receive it in your inbox every Thursday, and read articles like this first, sign up here.

There’s a new film about IVF out on Netflix. And “everyone in the field [of reproductive medicine] has watched it,” according to one embryologist I spoke to recently. Joy is a lovely watch about the birth of the field, thanks to the persistent efforts of Robert Edwards, Jean Purdy, and Patrick Steptoe in the face of significant opposition.

The team performed much of their key research during the 1960s and ’70s. And Louise Brown, the first “test tube baby” (as she was called at the time), was born in 1978. It’s remarkable to think that within 40 years of that milestone, another 8 million babies had been born through IVF. Today, it is estimated that over 12 million babies have resulted from IVF, and that the use of reproductive technology accounts for over 2% of births in the US.

IVF is a success story for embryo research. But today, valuable embryos that could be used for research are being wasted, say researchers who gathered at a conference in central London earlier this week.

The conference was organized by the Progress Educational Trust, a UK-based charity that aims to provide information to the public on genomics and infertility. The event marked 40 years since the publication of the Warnock Report, which followed a governmental inquiry into infertility treatment and embryological research. The report is considered to be the first to guide recognition of the embryo’s “special” status in law and helped establish regulation of the nascent technology in the UK.

The report also endorsed the “14-day rule,” which limits the growth of embryos in a lab to this two-week point. The rule, since adopted around the world, is designed to prevent scientists from growing embryos to the point where they develop a structure called the primitive streak. At this point, the development of tissues and organs begins, and the embryo is no longer able to split to form twins. 

The embryos studied in labs have usually been created for IVF but are no longer needed by the people whose cells created them. Those individuals might have completed their families, or they might not be able to use the embryos because their circumstances have changed. Sometimes the embryos have genetic abnormalities that make them unlikely to survive a pregnancy.

These embryos can be used to learn more about how humans develop before birth, and to discover potential treatments for developmental disorders like spina bifida or heart defects, for example. Research on embryos can help reveal clues about our fundamental biology, and provide insight into pregnancy and miscarriage.

A survey conducted by the Human Fertility and Embryology Authority, which regulates reproductive technology in the UK, found that the majority of patients would rather donate their embryos to research than allow them to “perish,” Geraldine Hartshorne, director of the Coventry Centre for Reproductive Medicine, told the audience.

Despite this, the number of embryos donated for research in the UK has dropped steeply over the last couple of decades, from 17,925 in 2004 to 675 in 2019—a surprising decline considering that the number of IVF cycles performed increased steadily over the same period. 

There are a few reasons why embryos aren’t making it into research labs, says Hartshorne. Part of the problem is that most IVF cycles happen at clinics that don’t have links with academic research centers.

As things stand, embryos tend to be stored at the clinics where they were created. It can be difficult to get them to research centers—clinic staff don’t have the time, energy, or head space to manage the paperwork legally required to get embryos donated to specific research projects, said Hartshorne. It would make more sense to have some large, central embryo bank where people could send embryos to donate for research, she added.

A particular problem is the paperwork. While the UK is rightly praised for its rigorous approach to regulation of reproductive technologies, which embryologists around the globe tend to describe as “world-leading,” there are onerous levels of bureaucracy to contend with, said Hartshorne. “When patients contact me and say ‘I’d like to give my embryos or my eggs to your research project,’ I usually have to turn them away, because it would take me a year to get through the paperwork necessary,” she said.

Perhaps there’s a balance to be struck. Research on embryos has the potential to be hugely valuable. As the film Joy reminds us, it can transform medical practice and change lives.

“Without research, there would be no progress, and there would be no change,” Hartshorne said. “That is definitely not something that I think we should aspire to for IVF and reproductive science.”


Now read the rest of The Checkup

Read more from MIT Technology Review‘s archive

Scientists are working on ways to create embryos from stem cells, without the use of eggs or sperm. How far should we allow these embryo-like structures to develop

Researchers have implanted these “synthetic embryos” in monkeys. So far, they’ve been able to generate a short-lived pregnancy-like response … but no fetuses.

Others are trying to get cows pregnant with synthetic embryos. Reproductive biologist Carl Jiang’s first goal is to achieve a cow pregnancy that lasts 30 days. 

Several startups are using robots to fertilize eggs with sperm to create embryos. Two girls are the first people to be born after robot-assisted fertilization, says the team behind the work. 

From around the web

Mexico’s Sinaloa cartel is recruiting young chemistry students from colleges to make fentanyl. Specifically, the students are being tasked with the often dangerous job of trying to synthesize precursor chemicals that must currently be imported. They also try to design stronger versions of the drug that are more likely to get users hooked. (New York Times)

Billionaire Greg Lindberg is running his own “baby project.” Having duped, misled, and paid off a series of egg donors and surrogates, the disgraced insurance tycoon currently has 12 children, nine of whom were born in the last five years or so. He is the sole parent caring for eight of them, despite facing significant jail time since being convicted of bribery and pleading guilty to money laundering and fraud conspiracy charges for crimes unrelated to the baby project. The scale of his project is an indictment of the US fertility industry. (Bloomberg Businessweek)

The UK government has agreed to a contract for more than 5 million doses of a vaccine designed to protect people from the H5 bird flu virus. The vaccine is being procured as part of pandemic preparedness plans and will be used only if the virus starts spreading among humans. (UK Health Security Agency)

Last week, MPs voted in favor of a bill to legalize assisted dying in England and Wales. In the past few months, the debate over the bill has included horror stories of painful deaths. Most deaths are “ordinary,” but we all stand to benefit from talking about, and understanding, what death involves. (New Statesman)

An unknown disease has killed 143 people in southwest Congo, according to local authorities. The number of infections continues to rise, and the situation is extremely worrying. (Reuters)

Brian Thompson, the 50-year-old CEO of US health insurance company UnitedHealthcare, was fatally shot in New York city on Wednesday. The New York Times is reporting that bullet casings found at the scene appear to have been marked with the words “delay” and “deny.” The words may refer to strategies used by insurance companies to avoid covering healthcare costs. (New York Times)

Read more

MIT Technology Review Explains: Let our writers untangle the complex, messy world of technology to help you understand what’s coming next. You can read more from the series here.

This week, China banned exports of several critical minerals to the US, marking the latest move in an escalating series of tit-for-tat trade restrictions between the world’s two largest economies.

In explicitly cutting off, rather than merely restricting, materials of strategic importance to the semiconductor, defense, and electric vehicle sectors, China has clearly crossed a new line in the long-simmering trade war. 

At the same time, it selected minerals that won’t cripple any industries—which leaves China plenty of ammunition to inflict greater economic pain in response to any further trade restrictions that the incoming Trump administration may impose. 

The president-elect recently pledged to impose an additional 10% tariff on all Chinese goods, and he floated tariff rates as high as 60% to 100% during his campaign. But China, which dominates the supply chains for numerous critical minerals essential to high-tech sectors, seems to be telegraphing that it’s prepared to hit back hard.

“It’s a sign of what China is capable of,” says Gracelin Baskaran, director of the Critical Minerals Security Program at the Center for Strategic and International Studies, a bipartisan research nonprofit in Washington, DC. “Shots have been fired.”

What drove the decision?

China’s announcement directly followed the Biden administration’s decision to further restrict exports of chips and other technologies that could help China develop advanced semiconductors used in cutting-edge weapon systems, artificial intelligence, and other applications.

Throughout his presidency, Biden has enacted a series of increasingly aggressive export controls aimed at curbing China’s military strength, technological development, and growing economic power. But the latest clampdown crossed a “clear line in the sand for China,” by threatening its ability to protect national security or shift toward production of more advanced technologies, says Cory Combs, associate director at Trivium China, a research firm.

“It is very much indicative of where Beijing feels its interests lie,” he says.

What exactly did China ban?

In response to the US’s new chip export restrictions, China immediately banned exports of gallium, germanium, antimony, and so called “superhard materials” used heavily in manufacturing, arguing that they have both military and civilian applications, according to the New York Times. China had already placed limits on the sale of most of these goods to the US.

The nation said it may also further restrict sales of graphite, which makes up most of the material in the lithium-ion battery anodes used in electric vehicles, grid storage plants, and consumer electronics. 

What will the bans do?

Experts say, for the most part, the bans won’t have major economic impacts. This is in part because China already restricted exports of these minerals months ago, and also because they are mostly used for niche categories within the semiconductor industry. US imports of these materials from China have already fallen as US companies figured out new sources or substitutes for the materials. 

But a recent US Geological Survey study found that outright bans on gallium and germanium by China could cut US gross domestic product by $3.4 billion. In addition, these are materials that US politicians will certainly take note of, because they “touch on many forms of security: economic, energy, and defense,” Baskaran says. 

Antimony, for example, is used in “armor-piercing ammunition, night-vision goggles, infrared sensors, bullets, and precision optics,” Baskaran and a colleague noted in a recent essay.

Companies rely on gallium to produce a variety of military and electronics components, including satellite systems, power converters, LEDs, and the high-powered chips used in electric vehicles. Germanium is used in fiber optics, infrared optics, and solar cells

Before it restricted the flow of these materials, China accounted for more than half of US imports of gallium and germanium, according to the US Geological Survey. Together, China and Russia control 50% of the worldwide reserves of antimony.

How does it affect climate tech?

Any tightened restrictions on graphite could have a pronounced economic impact on US battery and EV makers, in part because there are so few other sources for it. China controls about 80% of graphite output from mines and processes around 70% of the material, according to the International Energy Agency

“It would be very significant for batteries,” says Seaver Wang, co-director of the climate and energy team at the Breakthrough Institute, where his research is focused on minerals and manufacturing supply chains. “By weight, you need way more graphite per terawatt hour than nickel, cobalt, or lithium. And the US has essentially no operating production.”

Anything that pushes up the costs of EVs threatens to slow the shift away from gas-guzzlers in the US, as their lofty price tags remain one of the biggest hurdles for many consumers.

How does this impact China’s economy? 

There are real economic risks in China’s decision to cut off the sale of materials it dominates, as it creates incentives for US companies to seek out new sources around the world, switch to substitute materials, and work to develop more domestic supplies where geology allows.

“The challenge China faces is that most of its techniques to increase pain by disrupting supply chains would also impact China, which itself is connected to these supply chains,” says Chris Miller, a professor at Tufts University and author of Chip War: The Fight for the World’s Most Critical Technology.

Notably, the latest announcement could compel US companies to develop their own sources of gallium and germanium, which can be extracted as by-products of zinc and aluminum mining. There are a number of zinc mines in Alaska and Tennessee, and limited extraction of bauxite, which produces aluminum, in Arkansas, Alabama, and Georgia.

Gallium can also be recycled from numerous electronics, providing another potential domestic path for US companies, Combs notes.

The US has already taken steps to counter China’s dominance over the raw ingredients of essential industries, including by issuing a $150 million loan to an Australian company, Syrah Resources, to accelerate the development of graphite mining in Mozambique.

In addition, the mining company Perpetua Resources has proposed reopening a gold mine near Yellow Pine, Idaho, in part to extract antimony trisulfide for use in military applications. The US Department of Defense has provided tens of millions of dollars to help the company conduct environmental studies, though it will still take years for the mine to come online, noted Baskaran and her colleague. 

Wang says that China’s ban might prove “shortsighted,” as any success in diversifying these global supply chains will weaken the nation’s grip in the areas it now dominates. 

What happens next?

The US is also likely to pay very high economic costs in an escalating trade war with China. 

Should the nation decide to enact even stricter trade restrictions, Combs says China could opt to inflict greater economic pain on the US through a variety of means. These could include further restricting or fully banning graphite, as well other crucial battery materials like lithium; cutting off supplies of tungsten, which is used heavily in the aerospace, military, and nuclear power sectors; and halting the sale of copper, which is used in power transmission lines, solar panels, wind turbines, EVs, and many other products. 

China may also decide to take further steps to prevent US firms from selling their goods into the massive market of Chinese consumers and industries, Miller adds. Or it might respond to stricter export restrictions by turning to the US’s economic rivals for advanced technologies.

In the end, it’s not clear either nation wins in a protracted and increasingly combative trade war. But it’s also not apparent that mutually assured economic damage will prove to be an effective deterrent. Indeed, China may well feel the need to impose stricter measures in the coming months or years, as there are few signs that President-elect Trump intends to tone down his hawkish stance toward China.

“It’s hard to see a Trump 2.0 de-escalating with China,” Baskaran says. “We’re on a one-way trajectory toward continued escalation; the question is the pace and the form. It’s not really an ‘if” question.”

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