The energy bottlenecks caused by the fighting will likely accelerate a global energy transition that is already underway, as countries seek to diversify their energy imports and broaden out supply chains. Perhaps surprisingly, given that the attacks were undertaken to eliminate Iran\u2019s nuclear program, the conflict will likely hasten the adoption of nuclear power programs globally\u2014even in conflict-prone areas. A nuclear resurgence will bring hard questions, especially for the United States, which risks ceding ground to Russia and China if it fails to act.<\/p>\n
The nuclear renaissance.<\/strong>\u00a0Even prior to the current conflict, nuclear power had been experiencing a global renaissance. The International Atomic Energy Agency\u00a0estimates<\/a>\u00a0that the world\u2019s nuclear power capacity could more than double by 2050. Last month, Japan restarted the world\u2019s largest nuclear power plant (by installed capacity), a plant that had been shut since the 2011 accident at Fukushima Daiichi. France, Europe\u2019s nuclear superpower, has reversed plans to reduce its reliance on nuclear power from 70 to 50 percent.\u00a0Elsewhere in Europe<\/a>, Italy has ended its 40-year moratorium on nuclear power, Belgium reversed its phase-out policy, and Denmark, Switzerland, and even Germany are considering overturning their bans on civilian nuclear power. Poland is developing its first nuclear power plant, aiming to become operational in 2036.<\/p>\n Such developments are hardly limited to Europe. Over the past 10 years, China has connected\u00a0more than 20 nuclear reactors to its energy grid<\/a>, with an additional 23 under construction, adding the nuclear power capacity that it took the US four decades to build. In the United States, the president has allocated billions of dollars to new nuclear funding, and at least five states have eased regulations to facilitate nuclear plant extensions and new builds.<\/p>\n Nuclear power has considerable appeal. It can help overcome the storage challenge posed by renewables such as wind and solar and stabilize energy grids on windless or cloudy days, and it is considerably more efficient than renewables in terms of land use, capacity, and conversion. It is also a cleaner alternative to coal and natural gas.<\/p>\n In the Middle East, the United Arab Emirates\u2019 Barakah plant is responsible for 25 percent of the UAE\u2019s electricity. Turkey is finalizing construction of its Akkuyu plant, which will provide 10 percent of Turkey\u2019s energy by the end of 2028, with Russia as its key partner.\u00a0 Egypt is also partnering with Russia on a nuclear plant that is expected to provide for 10 percent of its energy beginning in 2028.<\/p>\n Saudi Arabia and the United States are in active conversations about launching a nuclear power program. Unlike the UAE, Turkey, and Egypt, Riyadh is pushing for uranium enrichment capabilities. Saudi Arabia and the UAE are also investing in nuclear power projects in Pakistan and India, respectively.<\/p>\n There are at least three key drivers of the nuclear renaissance: political volatility; the need for energy-intensive data centers to power AI\u2019s future; and increasing energy demands in emerging, often energy-poor economies. Notably, political volatility is driving a more intense rather than cautious approach to nuclear power. Russia\u2019s 2022 invasion of Ukraine focused leaders on the vulnerabilities of energy interdependence with potential adversaries. Today\u2019s conflict in the Gulf will only deepen that lesson: In the first hours of the fighting, Qatar shut down its natural gas facilities and Israel shut down its Tamar and Leviathan fields, which export gas to Egypt and Jordan. A second driver is the surge in AI-linked energy demand: data centers require vast, reliable baseload power that intermittent renewables alone cannot provide. Third, fast-growing economies across Asia, Africa and the Middle East are seeking energy-intensive solutions that can scale without dependence on imported fossil fuels.<\/p>\n This nuclear renaissance is part of a broader worldwide energy transition. Oil and gas are expected to fulfil only about 50 percent of the globe\u2019s increasing demand, with wind and solar growing faster than all other renewables to make up most of the difference. Nuclear power, a reliable source of baseload power, will fill the rest\u2014but it brings with it greater risks, including accidents, military targeting and weaponization. One only needs to\u00a0consider the difficulties<\/a>\u00a0Japan is facing in recovering from the 2011 accident to be reminded of the extent of the stakes involved.<\/p>\n Nuclear power programs create long-term geopolitical relationships because of their considerable expense and fuel and waste management requirements. Civilian nuclear programs create decades-long political relationships that benefit the global partners that build and service the plants. Currently, Russia and China are significantly more active in advancing nuclear power partnerships. The United States, once the leader in reactor design and export, has let its own industry atrophy. This will become a political liability unless America can quickly catch up to its global rivals.<\/p>\n When the Zaporizhzhia nuclear power plant was attacked in 2022, European capitals faced a stark decision about how to balance the potential vulnerability of nuclear power plants with the dependence on an aggressor\u2019s fossil fuels. They opted to diversifying away from overdependence on Russian gas and toward nuclear power. Moving forward, others are likely to follow suit.<\/p>\n Some Europeans had hoped that substituting US for Russian gas imports could help them avoid the choice. But tensions over Greenland, NATO, and Ukraine have led European capitals to\u00a0question<\/a>\u00a0the wisdom of relying on the US for energy as well. It is with this in mind that German Chancellor Friedrich Merz concluded that his country\u2019s recent nuclear phase-out was a \u201cstrategic mistake<\/a>.\u201d\u00a0 The open question is whether the United States will help shape this new nuclear future\u2014or be left out of it.<\/p>\n Questions for US leadership.<\/strong>\u00a0There is good reason for the US to reinvest in its nuclear industry. Increasing energy demands at home are changing domestic incentives and fueling new interest in nuclear power and next-generation reactors. Global markets will be strong given the drivers discussed above.<\/p>\n But perhaps more important are the geopolitical relationships the United States will forego if it opts out of the nuclear renaissance. Energy corridors beget trade corridors, energy conduits accompany data conduits, and energy systems now include an ecosystem of supply chains, sophisticated financing, critical minerals, chokepoints, and investments. Such interconnections offer new areas of political influence. This is why Fatih Birol, the executive director of the International Energy Agency, said at the World Economic Forum in 2026 that \u201cenergy security \u2026 should be elevated to the level of national security.\u201d<\/p>\n Nuclear plants run for 40 and in some cases 80 years and bring with them ongoing incentives. Washington should be concerned that Russia is deeply investing in the critical energy infrastructure of traditional US allies such as Egypt and Turkey. The United States cannot afford to concede such ties to Russia and China.<\/p>\n But questions confronting Washington\u2019s future leadership are many:<\/p>\n Can it compete on safety?<\/em>\u00a0For example, can the United States catch up to global rivals in terms of building and exporting nuclear plant designs without sacrificing its global reputation for safety? President Trump has signed multiple executive orders to cut regulations, speed approvals, and reduce the bureaucratic hurdles that have stifled the industry. Some of these changes are welcomed. But the orders have resulted in slashing staffing and expertise in and\u00a0the independence of<\/a>\u00a0the US Nuclear Regulatory Commission.\u00a0 Such orders have the\u00a0potential to undermine<\/a>\u00a0the United States\u2019 hard-won reputation for world-class safety standards\u2014a key incentive to partnering with the United States in the first place.<\/p>\n What concessions will it have to make?<\/em>\u00a0The United States and Saudi Arabia, for example, have tussled for years over the Kingdom\u2019s desire for domestic uranium enrichment. It would be ironic, to put it mildly, if the US attack against Iran to eliminate its nuclear program was followed by an agreement with Saudi Arabia that permitted enrichment. But Saudi Arabia will have significant leverage over the United States as it is offering to heavily invest in America\u2019s domestic nuclear program. The Saudis will also likely demand something from the United States for initiating Operation Epic Fury without serious consideration of its effect on Iran\u2019s Gulf neighbors.<\/p>\n Can it secure the supply chain?<\/em>\u00a0The United States cannot directly help reduce supply chain bottlenecks associated with nuclear power, particularly when it comes to fuel sources such as uranium. But it can make things worse. Russia is the dominant global provider of processed uranium, and the nuclear renaissance will heighten its role globally.\u00a0 Canada and Australia are major providers as well. Washington\u2019s recent diplomatic scuffles with those countries hardly seem wise in this context. Prioritizing relations with uranium-rich countries beyond Russia would be a smarter approach.<\/p>\n Can it protect what it builds?<\/em>\u00a0Russia surprised everyone in 2022 when it targeted and seized the Zaporizhzhia nuclear power plant in Ukraine, Europe\u2019s largest. That attack highlights new security vulnerabilities as nuclear power plants\u2014including, one day, small modular reactors\u2014expand. It will not be lost on planners that during the opening days of the US-Israel attack, an Iranian military official\u00a0threatened<\/a>\u00a0that Iran would target the Israeli nuclear site of Dimona if Israel and the US seek regime change in Iran, a goal that President Trump has advocated.<\/p>\n Finally, the collapse of the 50-year nuclear arms control architecture has important consequences for trust in the future of nuclear power. Multilateral organizations such as the International Atomic Energy Agency help provide expertise and transparency and resulting confidence that civilian nuclear programs do not become gateways for weaponization. As nuclear agreements wither and multilateral organizations are undermined, significant uncertainty and risk are added to the unfolding nuclear renaissance.<\/p>\n Operation Epic Fury will accelerate the global energy transition, including to nuclear power.\u00a0<\/strong>The US-Israel attacks and Iran\u2019s response will reshape energy decisions globally. The war has highlighted the vulnerability of relying on gas and oil exports from a conflict-prone part of the world. It will further compel leaders to invest in new sources of energy including renewables and nuclear power. The trend was already underway after Russia\u2019s attack on Ukraine. Operation Epic Fury will reinforce it.<\/p>\n But the drive towards civilian nuclear power brings unique challenges\u2014not least the deep public fear of accidents and leaks, and the ever-present risk of weaponization. As energy historian Daniel Yergin has warned, this conflict could represent the biggest disruption in oil production in history. The desire for energy diversification will only intensify in its wake. The United States should want to lead that future. But to do so, it must answer some hard questions\u2014about safety, partnerships, supply chains, and security\u2014before rivals like Russia and China answer them first.<\/p>\n![\"\"](\"https:\/\/www.fie.undef.edu.ar\/ceptm\/wp-content\/uploads\/2026\/03\/GettyImages-1332156775.jpg.webp\")