Venture capitalist Finn Murphy believes world leaders could soon resort to deflecting sunlight into space if the Earth gets unbearably hot. That’s why he’s invested more than $1 million in Stardust Solutions, a leading solar geoengineering firm that’s developing a system to reduce warming by enveloping the globe in reflective particles. Murphy isn’t rooting for climate catastrophe. But with global temperatures soaring and the political will to limit climate change waning, Stardust “can be worth tens of billions of dollars,” he said. “It would be definitely better if we lost all our money and this wasn’t necessary,” said Murphy, the 33-year-old founder of Nebular, a New York investment fund named for a vast cloud of space dust and gas. Murphy is among a new wave of investors who are putting millions of dollars into emerging companies that aim to limit the amount of sunlight reaching the Earth — while also potentially destabilizing weather patterns, food supplies and global politics. He has a degree in mathematics and mechanical engineering and views global warming not just as a human and political tragedy, but as a technical challenge with profitable solutions. Solar geoengineering investors are generally young, pragmatic and imaginative — and willing to lean into the adventurous side of venture capitalism. They often shrug off the concerns of scientists who argue it’s inherently risky to fund the development of potentially dangerous technologies through wealthy investors who could only profit if the planet-cooling systems are deployed. “If the technology works and the outcomes are positive without really catastrophic downstream impacts, these are trillion-dollar market opportunities,” said Evan Caron, a co-founder of the energy-focused venture firm Montauk Capital. “So it’s a no-brainer for an investor to take a shot at some of these.” More than 50 financial firms, wealthy individuals and government agencies have collectively provided more than $115.8 million to nine startups whose technology could be used to limit sunlight, according to interviews with VCs, tech company founders and analysts, as well as private investment data analyzed by POLITICO’s E&E News. That pool of funders includes Silicon Valley’s Sequoia Capital, one of the world’s largest venture capital firms, and four other investment groups that have more than $1 billion of assets under management. Of the total amount invested in the geoengineering sector, $75 million went to Stardust, or nearly 65 percent. The U.S.-Israeli startup is developing reflective particles and the means to spray and monitor them in the stratosphere, some 11 miles above the planet’s surface. At least three other climate-intervention companies have also raked in at least $5 million. The cash infusion is a bet on planet-cooling technologies that many political leaders, investors and environmentalists still consider taboo. In addition to having unknown side effects, solar geoengineering could expose the planet to what scientists call “termination shock,” a scenario in which global temperatures soar if the cooling technologies fail or are suddenly abandoned. Still, the funding surge for geoengineering companies pales in comparison to the billions of dollars being put toward artificial intelligence. OpenAI, the maker of ChatGPT, has raised $62.5 billion in 2025 alone, according to investment data compiled by PitchBook. The investment pool for solar geoengineering startups is relatively shallow in part because governments haven’t determined how they would regulate the technology — something Stardust is lobbying to change. As a result, the emerging sector is seen as too speculative for most venture capital firms, according to Kim Zou, the CEO of Sightline Climate, a market intelligence firm. VCs mostly work on behalf of wealthy individuals, as well as pension funds, university endowments and other institutional investors. “It’s still quite a niche set of investors that are even thinking about or looking at the geoengineering space,” Zou said. “The climate tech and energy tech investors we speak to still don’t really see there being an investable opportunity there, primarily because there’s no commercial market for it today.” AEROSOLS IN THE STRATOSPHERE Stardust and its investors are banking on signing contracts with one or more governments that could deploy its solar geoengineering system as soon as the end of the decade. Those investors include Lowercarbon Capital, a climate-focused firm co-founded by billionaire VC Chris Sacca, and Exor, the holding company of an Italian industrial dynasty and perhaps the most mainstream investment group to back a sunlight reflection startup. Even Stardust’s supporters acknowledge that the company is far from a sure bet. “It’s unique in that there is not currently demand for this solution,” said Murphy, whose firm is also supporting out-there startups seeking to build robots and data centers in space. “You have to go and create the product in order to potentially facilitate the demand.” Lowercarbon partner Ryan Orbuch said the firm would see a return on its Stardust investment only “in the context of an actual customer who can actually back many years of stable, safe deployment.” Exor, another Stardust investor, didn’t respond to a request for comment. Other startups are trying to develop commercial markets for solar geoengineering. Make Sunsets, a company funded by billionaire VC Tim Draper, releases sulfate-filled weather balloons that pop when they reach the stratosphere. It sells cooling credits to individuals and corporations based on the theory that the sulfates can reliably reduce warming. There are questions, however, about the science and economics underpinning the credit system of Make Sunsets, according to the investment bank Jeffries. “A cooling credit market is unlikely to be viable,” the bank said in a May 2024 note to clients. That’s because the temperature reductions produced by sulfate aerosols vary by altitude, location and season, the note explained. And the warming impacts of carbon dioxide emissions last decades — much longer than any cooling that would be created from a balloon’s worth of sulfate. Make Sunsets didn’t respond to a request for comment. The company has previously attracted the attention of regulators in the U.S. and Mexico, who have claimed it began operating without the necessary government approvals. Draper Associates says on its website that it’s “shaping a future where the impossible becomes everyday reality.” The firm has previously backed successful consumer tech firms like Tesla, Skype and Hotmail. “It is getting hotter in the Summer everywhere,” Tim Draper said in an email. “We should be encouraging every solution. I love this team, and the science works.” THE NEXT FRONTIER One startup is pursuing space-based solar geoengineering. EarthGuard is attempting to build a series of large sunlight deflectors that would be positioned between the sun and the planet, some 932,000 miles from the Earth. The company did not respond to emailed questions. Other space companies are considering geoengineering as a side project. That includes Gama, a French startup that’s designing massive solar sails that could be used for deep space travel or as a planetary sunshade, and Ethos Space, a Los Angeles company with plans to industrialize the moon. Both companies are part of an informal research network established by the Planetary Sunshade Foundation, a nonprofit advocating for the development of a trillion-dollar parasol for the globe. The network mainly brings together collaborators on the sidelines of space industry conferences, according to Gama CEO Andrew Nutter. “We’re willing to contribute something if we realize it’s genuinely necessary and it’s a better solution than other solutions” to the climate challenge, Nutter said of the space shade concept. “But our business model does not depend on it. If you have dollar signs hanging next to something, that can bias your decisions on what’s best for the planet.” Nutter said Gama has raised about $5 million since he co-founded the company in 2020. Its investors include Possible Ventures, a German VC firm that’s also financing a nuclear fusion startup and says on its website that the firm is “relentlessly optimistic — choosing to focus on the possibilities rather than obsess over the risks.” Possible Ventures did not respond to a request for comment. Sequoia-backed Reflect Orbital is another space startup that’s exploring solar geoengineering as a potential moneymaker. The company based near Los Angeles is developing a network of satellite mirrors that would direct sunlight down to the Earth at night for lighting industrial sites or, eventually, producing solar energy. Its space mirrors, if oriented differently, could also be used for limiting the amount of sun rays that reach the planet. “It’s not so much a technological limitation as much as what has the highest, best impact. It’s more of a business decision,” said Ally Stone, Reflect Orbital’s chief strategy officer. “It’s a matter of looking at each satellite as an opportunity and whether, when it’s over a specific geography, that makes more sense to reflect sunlight towards or away from the Earth.” Reflect Orbital has raised nearly $28.7 million from investors including Lux Capital, a firm that touts its efforts to “turn sci-fi into sci-fact” and has invested in the autonomous defense systems companies Anduril and Saildrone.” Sequoia and Lux didn’t respond to requests for comment. The startup hopes to send its first satellite into space next summer, according to Stone. SpaceX CEO Elon Musk, whose aerospace company already has an estimated fleet of more than 8,800 internet satellites in orbit, has also suggested using the circling network to limit sunlight. “A large solar-powered AI satellite constellation would be able to prevent global warming by making tiny adjustments in how much solar energy reached Earth,” Musk wrote on X last month. Neither he nor SpaceX responded to an emailed request for comment. DON’T CALL IT GEOENGINEERING Other sunlight-reflecting startups are entering the market — even if they’d rather not be seen as solar geoengineering companies. Arctic Reflections is a two-year-old company that wants to reduce global warming by increasing Arctic sea ice, which doesn’t absorb as much heat as open water. The Dutch startup hasn’t yet pursued outside investors. “We see this not necessarily as geo-engineering, but rather as climate adaptation,” CEO Fonger Ypma said in an email. “Just like in reforestation projects, people help nature in growing trees, our idea is that we would help nature in growing ice.” The main funder of Arctic Reflections is the British government’s independent Advanced Research and Invention Agency. In May, ARIA awarded $4.41 million to the company — more than four times what it had raised to that point. Another startup backed by ARIA is Voltitude, which is developing micro balloons to monitor geoengineering from the stratosphere. The U.K.-based company didn’t respond to a request for comment. Altogether, the British agency is supporting 22 geoengineering projects, only a handful of which involve startups. “ARIA is only funding fundamental research through this programme, and has not taken an equity stake in any geoengineering companies,” said Mark Symes, a program director at the agency. It also requires that all research it supports “must be published, including those that rule out approaches by showing they are unsafe or unworkable.” Sunscreen is a new startup that is trying to limit sunlight in localized areas. It was founded earlier this year by Stanford University graduate student Solomon Kim. “We are pioneering the use of targeted, precision interventions to mitigate the destructive impacts of heatwave on critical United States infrastructure,” Kim said in an email. But he was emphatic that “we are not geoengineering” since the cooling impacts it’s pursuing are not large scale. Kim declined to say how much had been raised by Sunscreen and from what sources. As climate change and its impacts continue to worsen, Zou of Sightline Climate expects more investors to consider solar geoengineering startups, including deep-pocketed firms and corporations interested in the technology. Without their help, the startups might not be able to develop their planet-cooling systems. “People are feeling like, well wait a second, our backs are kind of starting to get against the wall. Time is ticking, we’re not really making a ton of progress” on decarbonization, she said. “So I do think there’s a lot more questions getting asked right now in the climate tech and venture community around understanding it,” Zou said of solar geoengineering. “Some of these companies and startups and venture deals are also starting to bring more light into the space.” Karl Mathiesen contributed reporting.

One trillion US dollars of gross domestic product (GDP) has been surpassed. Poland has entered the ranks of the world’s 20 largest economies, symbolically ending a phase of chasing the West that has lasted more than three decades. The Polish Development Fund’s (PFR) new strategy seeks to address the challenge of avoiding the medium-level development trap and transitioning from the role of subcontractor to that of investor. This year marks a turning point in Polish economic history. After years of transformation, reforms and overcoming civilizational deficits, Poland has reached a point that the generation of ‘89 could only dream of. GDP crossed the symbolic barrier of US$1 trillion, and we proudly enter the exclusive club of the world’s 20 largest economies. Diversified Polish exports are breaking records, and innovative companies are conquering global markets. Sound like a happy ending? Not necessarily. Via PFR Investing for future generations Poland’s past success invites tougher challenges in a brutal world. The cheap labor growth model is dead; demographics are relentless. PFR analyses highlight declining employment as a core issue — without bold changes, stagnation looms. Piotr Matczuk, PFR president, says Poland needs an impetus for resilience, innovation and growth. PFR’s 2026-2030 strategy is that roadmap, urging a shift to high gear. On Dec. 10, it unveiled investments for future generations. Geopolitics enters the balance sheet PFR’s strategy marks a paradigm shift: integrating economics with security. Business now anchors state security, with “economic and defence resilience” as a core pillar — viewing security spending as essential insurance, not cost. > The PFR’s strategy is clear: the competitiveness of the Polish economy depends > directly on access to cheap and clean energy. PFR has invested in WB Electronics, Poland’s defense leader in command systems and drones. It expands beyond arms via dual-use tech: algorithms, encrypted communications and autonomous drones often from civilian startups. This spring’s PFR Deep Tech program backs venture capital (VC) for scaling these firms; IDA targets innovations for logistics, cybersecurity and future defense. The focus is Poland’s technological sovereignty. Controlling key security links — from ammo to artificial intelligence — ensures economic maturity resilient to geopolitical shocks. > Poland needs a boost to our resilience, innovation and growth rate. That is > why the new strategy emphasizes investment in new technologies, infrastructure > and the financial security of Poles. We want the PFR to be a catalyst for > change and a partner of choice — an institution that invests for future > generations, sets quality standards in development financing and supports > Polish entrepreneurs in boosting their international presence. > > Piotr Matczuk, President, PFR Piotr Matczuk, President, PFR / Via PFR Energy: to be or not to be for the industry If defense is the shield, then energy is the bloodstream. The PFR’s strategy is clear: the competitiveness of the Polish economy depends directly on access to cheap and clean energy. Without accelerating the transformation, Polish companies, instead of increasing their share in foreign markets, may lose their position. This is why the fund wants to enter the game as an investor where the risks are high, but the stakes are even higher — into an investment gap that the commercial market alone will not fill.  The concept of local content, in other words the participation of domestic companies in the supply chain, is key to the new strategy. This is where the circle closes. The Baltic Hub is not just a container terminal. Investment in the T5 installation terminal is the foundation, as the Polish offshore will not be built with the appropriate participation of a domestic port. This is a classic example of how the PFR works: building ‘hard’ infrastructure that becomes a springboard for a whole new sector of the economy.  The end of being a subcontractor: capital emancipation Taking inspiration from, among others, France’s Tibi Initiative, in mid-November 2025 the Polish minister of finance and economy, Andrzej Domański, announced the Innovate Poland program. The PFR plays a leading role in what will be the largest initiative in the history of the Polish economy to invest in innovative projects. Thanks to cooperation with Bank Gospodarstwa Krajowego (BGK), PZU and the European Investment Fund, Innovate Poland is already worth 4 billion złoty, and the program multiplier may reach as much as 3-4. The combined development and private capital will be invested by experienced VC and private equity funds. The aim is to further Poland’s economic development — driven by innovative companies that make a profit. In the first phase, it is expected to finance up to 250 companies at various stages of development. Via PFR The expansion of Polish companies abroad is also part of the effort for advancement in the global hierarchy. Their support is one of the pillars of the new PFR strategy. For three decades, Poland has played the role of the assembly plant of Europe — solid, cheap and hard-working. However, the highest margins, flowing from having a global brand and market control, went overseas. Polish companies need to stop being anonymous subcontractors and become owners of assets in foreign markets.  Here, the PFR acts as financial leverage. The support for the Trend Group is a prime example of this maturing process. This is a transaction with a symbolic dimension: it reverses the investment vector of the 1990s, when German capital was consolidating Polish assets. Today, it is Polish entities that are increasingly becoming leaders in offering industrial solutions in the European Union. > Polish companies need to stop being anonymous subcontractors and become owners > of assets in foreign markets. However, these ambitions extend beyond the Western direction. The strategy strongly emphasizes Poland’s role in the future reconstruction of Ukraine and the consolidation of the Central and Eastern European region. The involvement of the PFR in the operations of the Euvic Group on the Ukrainian IT market is a good example. In the digital world, big players have more power, and the PFR strives to ensure that the decision-making centers of those growing giants remain in Poland. Most importantly, Polish businesses are no longer alone in this struggle. The strategy institutionalizes the concept of ‘Team Poland’. In this initiative, the PFR provides capital; BGK, a state development bank, offers debt solutions; the KUKE, an insurance company, insures the risk; and the Polish Investment and Trade Agency provides promotional support. Acting like a one-stop shop, all these institutions enable Polish capital to compete as a partner in the global league. This is part of the Polish government’s modern economic diplomacy strategy, led by Domański. Capital for generations. From an employee to a stakeholder in the economy  All grand plans need fuel. Mature economies like the Netherlands and the United Kingdom harness citizens’ savings via capital markets. PFR’s strategy boldly demands Poland’s success create generational wealth: turning the average Kowalski from an employee into a stakeholder. Diagnosis is brutal: Poles save little (6.38 percent compared with the EU’s 14.32 percent in Q1 2024) and inefficiently, favoring low-interest deposits. Employee Capital Plans (PPK) drive cultural change. Hard data demonstrate this: 67 percent average returns over five years crush traditional savings. It’s a virtuous cycle — PPK capital feeds stock markets, finances company growth and loops profits back to future pensioners. An architect, not a firefighter  The new PFR strategy for 2026-30 is a clear signal of a paradigm shift. The company, which many Polish entrepreneurs still see as a firefighter extinguishing the flames of the pandemic with billions from the Anti-Covid Financial Shields, is definitively taking off its helmet and putting on an engineer’s hard hat. It is shifting from interventionist to creator mode, abandoning the role of ‘night watchman’ of the Polish economy to that of its ‘chief architect’. This is an ambitious attempt to establish an institution in Poland that not only provides capital, but also actively shapes the country’s economic landscape, setting the direction for development for decades to come.

LONDON — The British government said it opposes attempts to cool the planet by spraying millions of tons of dust into the atmosphere — but did not close the door to a debate on regulating the technology.  The comments in parliament Thursday came after a POLITICO investigation revealed an Israeli-U.S. company Stardust Solutions aimed to be capable of deploying solar radiation modification, as the technology is called, inside this decade. “We’re not in favor of solar radiation modification given the uncertainty around the potential risks it poses to the climate and environment,” Leader of the House of Commons Alan Campbell said on behalf of the government. Stardust has recently raised $60 million in finance from venture capital investors, mostly based in Silicon Valley and Britain. It is the largest ever investment in the field.  The emergence of a well-funded, private sector actor moving aggressively toward planet cooling capability has led to calls for the global community to regulate the field.  Citing POLITICO’s reporting, Labour MP Sarah Coombes asked the government: “Given the potential risks of this technology, could we have a debate on how Britain will work with other countries to regulate experiments with the earth’s atmosphere, and ensure we cooperate with other countries on solutions that actually tackle the root cause of climate change?” Campbell signaled the government was open to further discussion of the issue by inviting Coombes to raise the point the next time Technology Secretary Liz Kendall took questions in parliament.  Stardust’s CEO Yanai Yedvab told POLITICO the company was also in favor of regulation to ensure the technology was deployed safely and after proper public debate. Some scientists and experts, though, have raised concerns about the level of secrecy under which the company has conducted its research.  Stardust is proposing to use high-flying aircraft to dump millions of tons of a proprietary particle into the stratosphere, around 12 miles above the Earth’s surface. The technology mimics the short term global cooling that occurs when volcanoes blow dust and gas high into the sky, blocking a small amount of the sun’s heat.  Most scientists agree this could temporarily lower the Earth’s surface temperature, helping to avert some impacts of global warming. The side effects, however, are not well researched.  The U.K. has one of the world’s best funded research programs looking at the impacts of its potential use, via its Advanced Research and Invention Agency.  “We do work closely with the international research community to evaluate the latest scientific evidence,” said Campbell.   POLITICO has meanwhile been blocked from receiving internal government advice on solar radiation modification. The Department for Energy Security and Net Zero has refused to release the documents, arguing this would have a “chilling effect” on the candor of advice by officials to ministers.  In a response to a records request, DESNZ Director of International Climate Matt Toombs said: “Our priority is to reduce greenhouse gas emissions from human activities and to adapt to the unavoidable impacts of climate change. Any research into cooling technologies in no way alleviates the urgent need for increased decarbonization efforts.”

LONDON — The wait is finally over. After weeks of briefings, speculation, and U-turns, Chancellor Rachel Reeves has set out her final tax and spending plans for the year ahead. As expected, there is plenty for policy wonks to chew over. To make your lives easier, we’ve digested the headline budget announcements on energy, financial services, tech, and trade, and dug deep into the documents for things you might have missed.  ENERGY  The government really wants to bring down bills: Rachel Reeves promised it would be a cost-of-living budget, and surprised no one with a big pledge on families’ sky-high energy bills. She unveiled reforms which, the Treasury claims, will cut bills by £150 a year — by scrapping one green scheme currently paid for through bills (the Energy Company Obligation) and moving most of another into general taxation (the Renewables Obligation). The problem is, the changes will kick in next year at the same time bills are set to rise anyway. So will voters actually notice? The North Sea hasn’t escaped its taxes: Fossil fuel lobbyists were desperate to see a cut in the so-called Windfall Tax, which, oil and gas firms say, limits investment and jobs in the North Sea. But Rachel Reeves ultimately decided to keep the tax in place until 2030 (even if North Sea firms did get a sop through rules announced today, which will allow them to explore for new oil and gas in areas linked to existing, licensed sites.) Fossil fuel lobbyists, Offshore Energies UK, were very unimpressed. “The government was warned of the dangers of inaction. They must now own the consequences and reconsider,” it said. FINANCIAL SERVICES Pension tax changes won’t arrive for some time: The widely expected cut in tax breaks for pension salary sacrifice is set to go ahead, but it will be implemented far later than thought. The thresholds for exemption from national insurance taxes on salary sacrifice contributions will be lowered from £60,000 to £2,000 in April 2029, likely to improve forecasts for deficit cuts in the later years of the OBR’s forecasts. The OBR has a markets warning: The U.K.’s fiscal watchdog warned that the price-to-earnings ratio among U.S. equities is reminiscent of the dotcom bubble and post-pandemic rally in 2021, which were both followed by significant market crashes. The OBR estimated a global stock market collapse could cause a £121 billion hike in U.K. government debt by 2030 and slash U.K. growth by 0.6 percent in 2027-28. Even if the U.K. managed to stay isolated from the equity collapse, the OBR reckons the government would still incur £61 billion in Public Sector Net Financial Liabilities. Banks back British investments: British banks and investment houses have signed an agreement with the Treasury to create “invest in Britain” hubs to boost retail investment in U.K. stocks, a plan revealed by POLITICO last week. Reeves also finally tabled a cut to the tax-free cash ISA allowance: £12,000 from spring 2027 (the amount and timings also revealed by POLITICO last week), down from £20,000, with £8,000 slated for investments only. Over-65s will keep the full tax-free subscription amount. Also hidden in the documents was an upcoming consultation to replace the lifetime ISA with a “new, simpler ISA product to support first-time buyers to buy a home.” No bank tax: Banks managed to dodge a hike in their taxes this time, despite calls from the IPPR for a windfall-style tax that could have raised £8 billion. The suggestions (which also came from inside the Labour Party) were met with an intense lobbying effort from the banks, both publicly and privately. By the eve of the budget, City figures told POLITICO they were confident taxes wouldn’t be raised, citing the high rate of tax they already pay and Reeves’ commitment to pushing for growth through the financial services industry. TECH ‘Start, scale, stay’ is the new mantra:  Startup founders and investors were in panic mode ahead of the budget over rumored plans for an “exit tax” on wealthy individuals moving abroad, but instead were handed several wins on Wednesday, with Reeves saying her aim was to “make Britain the best place in the world to start up, to scale up and to stay.” She announced an increase in limits for the Enterprise Manage Scheme, which incentivizes granting employees share options, and an increase to Venture Capital Trust (VCT) and Enterprise Investment Scheme (EIS) thresholds to facilitate investment in growing startups. A further call for evidence will also consider “how our tax system can better back entrepreneurs,” Reeves announced. The government will also consider banning non-compete clauses — another long-standing request from startups. Big Tech will still have to cough up: A long-standing commitment to review a Digital Services Tax on tech giants was quietly published alongside the budget, confirming it will remain in place despite pressure from the Trump administration. The government will ‘Buy British’ on AI: Most of the government’s AI announcements came ahead of the budget — including plans for two new “AI Growth Zones” in Wales, an expansion of publicly owned compute infrastructure — meaning the only new announcements on the day were a relatively minor “digital adoption package” and a commitment to overhaul procurement processes to benefit innovative tech firms. But the real point of interest on AI came in the OBR’s productivity forecasts, which said that despite the furor over AI, the technology’s impacts on productivity would be smaller than previous waves of technology, providing just a 0.2 percentage point boost by 2030. The government insists digital ID will ultimately lead to cost savings. | Andrea Domeniconi/Getty Images OBR delivers a blow to digital ID: The OBR threw up another curveball, estimating the cost of the government’s digital ID scheme at a whopping £1.8 billion over the next three years and calling out the government for making “no explicit provision” for the expense. The government insists digital ID will ultimately lead to cost savings — but “no specific savings have yet been identified,” the OBR added. TRADE  Shein and Temu face new fees: In a move targeted at online retailers like Shein and Temu, the government launched a consultation on scrapping the de minimis customs loophole, which exempts shipments worth less than £135 from import duties. These changes will take effect from March 2029 “at the latest,” according to a consultation document. Businesses are being consulted on how the tariff should be applied, what data to collect, whether to apply an additional administration fee, as well as potential changes to VAT collection. Reeves said the plans would “support a level-playing field in retail” by stopping online firms from “undercutting our High Street businesses.”  Northern Irish traders get extra support: Also confirmed in the budget is £16.6 million over three years to create a “one-stop shop” support service to help firms in Northern Ireland navigate post-Brexit trading rules. The government said the funding would “unlock opportunities” for trading across the U.K. internal market and encourage Northern Ireland to take advantage of access to EU markets.  There’s a big question mark over drug spending: Conspicuously absent was any mention of NHS drug spending, despite U.K. proposals to raise the cost-effectiveness threshold for new drugs by 25 percent as part of trade negotiations with the U.S., suggesting a deal has not yet been finalized. The lack of funding was noted as a potential risk to health spending in the Office for Budget Responsibility’s Economic and Fiscal Outlook, which was leaked ahead of the budget. 

CLIMATEWIRE | A once-outlandish idea for reversing global warming took a major step toward reality Friday when Israeli-U.S. startup Stardust Solutions announced the largest-ever fundraising round for any company that aims to cool the Earth by spraying particles into the atmosphere. Its plan to limit the sun’s heat raised $60 million from a broad coalition of investors that included Silicon Valley luminaries and the Agnelli family, an Italian industrial dynasty. The disclosure, critics said, raises questions about involvement of venture capital firms in driving forward a largely untested, thinly researched and mostly unregulated technology that could disrupt global weather patterns and trigger geopolitical conflict. The investors were “putting their trust in the concept of, we need a safe and responsible and controlled option for sunlight reflection, which for me is [a] very important step forward in the evolution of this field,” Stardust CEO Yanai Yedvab said during an interview this week in POLITICO’s London office. He and co-founder Amyad Spector, who also flew in for the interview, are both nuclear physicists who formerly worked for the Israeli government. The startup’s fundraising haul was led by Lowercarbon Capital, a Wyoming-based climate technology-focused firm co-founded by billionaire investor Chris Sacca. It was also backed by the Agnellis’ firm Exor, a Dutch holding company that is the largest shareholder of Chrysler parent company Stellantis, luxury sports car manufacturer Ferrari and Italy’s Juventus Football Club. Ten other firms — hailing from San Francisco to Berlin — and one individual, former Facebook executive Matt Cohler, also joined Stardust’s fundraising round, its second since being founded two years ago. The firm has now raised a total of $75 million. It is registered in the U.S. state of Delaware and headquartered outside Tel Aviv but is not affiliated with the state of Israel. The surge of investor enthusiasm for Stardust comes amid stalled political efforts in Washington and other capitals to reduce the use of oil, gas and coal — the main drivers of climate change. Meanwhile, global temperatures continue to climb to new heights, worsening wildfires, floods, droughts and other natural disasters that some U.S. policymakers have baselessly blamed on solar geoengineering. The new influx of cash is four times the size of the startup’s initial fundraising round and, Yedvab argued, represents a major vote of confidence in Stardust and its strategy to land government contracts for deploying its technology at a global scale. It also shows that a growing pool of investors are willing to bet on solar geoengineering — a technology that some scientists still consider too dangerous to even study. Even advocates of researching solar geoengineering question the wisdom of pursuing it via a for-profit company like Stardust. “They have convinced Silicon Valley [venture capitalists] to give them a lot of money, and I would say that they shouldn’t have,” said Gernot Wagner, a climate economist at Columbia Business School and author of the book “Geoengineering: The Gamble.” “I don’t think it is a reasonable path to suggest that there’s going to be somebody — the U.S. government, another government, whoever — who buys Stardust, buys the [intellectual property] for a billion bucks [and] makes the VC investors gazillions. I don’t think that is, at all, reasonable.” Lowercarbon Capital did not respond to emailed questions. Stardust claims to have created a particle that would reflect sunlight in the same way debris from volcanic eruptions can temporarily cool the planet. The company says its powder is inert, wouldn’t accumulate in humans or ecosystems, and can’t harm the ozone layer or create acid rain like the sulfur-rich particles from volcanoes. It plans to seek government contracts to manufacture, disperse and monitor the particles in the stratosphere. The company is in the process of securing patents and preparing academic papers on its integrated solar geoengineering system. The startup would use the money it has raised to begin “controlled outdoor experiments” as soon as April, Yedvab told POLITICO. Those tests would release the company’s reflective particles inside a modified plane flying about 11 miles (18 kilometers) above sea level. The idea, Yedvab explained, is that “instead of displacing the particles out to the stratosphere and start following them, to do the other way around — to suck air from the stratosphere and to conduct in situ experiments, without dispersing essentially.” He said the company could have raised more money but only sought the funding it believes is necessary for the initial stratospheric testing. Stardust only took cash from investors who are aligned with the company’s cautious approach, he added. The fundraising round wasn’t conducted “from a point of view of, let’s get as much money as we can, but rather to say, this is what we need” to advance the technology, Yedvab said. Stardust’s new investors include the U.S. firms Future Ventures, Never Lift Ventures, Starlight Ventures, Nebular and Lauder Partners, as well as the British groups Attestor, Kindred Capital and Orion Global Advisors. Future Positive Capital of Paris and Berlin’s Earth.now also joined the fundraising round. Corbin Hiar reported from Washington. Karl Mathiesen reported from London.

BRUSSELS — As Europe prepares to enter a new technology race, the hurdles it faces to beat out the U.S. and China are all too familiar. After rapidly falling behind in the global rush to artificial intelligence, Brussels has a fresh chance at an economic success story in the emerging field of quantum technology. But in a new strategy to be released Wednesday, the EU will warn that promising homegrown quantum tech risks being snatched up to make money abroad as the bloc continues to lag in turning research into “real-market opportunities,” according to a draft seen by POLITICO. “Europe attracts only five percent of the global private quantum funding, compared to over 50 percent captured by the U.S. and 40 percent by China,” the undated draft read. Governments and technology companies — most notably in the U.S. — are plowing billions into the quantum wave, which would be revolutionary because quantum computers would surpass the problem-solving capacities of current computers by vast orders of magnitude, revolutionizing industries from communications to drug development. Europe is the global leader in the number of scientific publications on the technology. “Europe has been falling behind [when it] comes to the technology in many sectors. This sector is something where we are several years ahead of other countries,” said Juha Vartiainen, co-founder of the Finnish quantum computing company IQM. But in the race to commercialize that research, Europe risks falling behind quickly, ranking only third in patents filed, behind the U.S. and China. To many, it’s déjà vu. Europe is generally best in class in the research that precedes revolutionary technologies, as it was in artificial intelligence. But the U.S. and China leapfrogged the continent in building the companies to deploy mass-market applications. A major point of debate is whether Europe will give its quantum industry free rein. Quantum computers are considered sensitive technology since they are expected to break the digital encryption that protects data and communications from being surveilled and stolen — making the technology a matter of national security. Several European governments have already imposed export restrictions. CASH FLOW PROBLEMS U.S. tech giant IBM recently announced it expects to have the first workable quantum computer by 2029 — adding urgency to the timeline for Europe to get its house in order. For decades, Europe has failed to overcome its fragmented financial market and pool funding on the scale that the U.S. and China can provide. Efforts to overcome the barriers to investment through a bloc-wide capital markets union have yielded no significant outcomes. U.S. tech giant IBM recently announced it expects to have the first workable quantum computer by 2029 — adding urgency to the timeline for Europe to get its house in order. | Anna Szilagyi/EPA The strategy notes significantly more investment will be needed to roll out reliable technology that is widely adopted by several industries. “Raising a scale-up in Europe is super difficult, because we lack the European instruments, the European venture capital … large enough to support that,” said Enrique Lizaso, CEO of Spanish software company Multiverse Computing, which is crossing quantum-inspired software applications with artificial intelligence. Multiverse last month raised €189 million in a funding round that included both U.S.-based and European investors. Lizaso said that if Europe wants to help scale its companies it must be prepared to invest €100 million per company, “which is what you’re going to have from the U.S.” According to IQM’s Vartiainen, “we would need to have funding levels which are significantly larger than they have been so far.” In an interview Tuesday, the EU’s tech commissioner Henna Virkkunen said that Brussels and the capitals have jointly funded quantum technology with €11 billion. “Now it’s important, because we are quite fragmented, that we are putting different dots together,” she said. PICKING WINNERS Both Brussels and EU capitals have rolled out public funding plans to complement private funding, but the industry fears these are insufficient and lack focus. Europe’s approach has been to be “technology-neutral” and fund several strands of quantum technology, Vartiainen said, but spreading out funding can dilute its impact. Europe should follow the U.S. example of unlocking larger investments for focused “challenges,” he said. Under a program led by the U.S. government’s DARPA defense research agency, 18 companies have been selected as part of a larger bid to come up with an error-free quantum computer by 2033. Those companies could reportedly tap up to $300 million if they pass all the stages. The EU’s draft strategy promises to launch “two grand challenges” between 2025 and 2027, with one focused on quantum computing and another on quantum navigation systems in “critical environments.” Another way for governments to support companies to commercialize the technology would be if they are the primary buyers of technology, which then lowers the bar for the industry to follow suit. Some industry voices have warned that the EU’s approach to regulating AI offers a cautionary tale. | Etienne Laurent/EPA The draft strategy said the Commission would “support innovation-oriented procurement schemes,” but didn’t offer much detail on how it would do so. Companies are adamant on what they don’t want from Brussels: regulation and restrictions on quantum technology, like restrictions on the export of the technology. Some industry voices have warned that the EU’s approach to regulating AI offers a cautionary tale. Worried about the potential harms of the technology, the EU rolled out the world’s first AI rulebook, only to quickly backtrack to focus on AI innovation and commercial success. “We cannot afford to regulate what is not yet mature,” said Cecilia Bonefeld-Dahl, director general of DigitalEurope, one of Brussels’ leading tech lobbies. “Otherwise, Europe risks losing the quantum race.”