Valar Atomics announced a $130 million Series A funding round led by Snowpoint Ventures, with additional support from several investors. The company aims to revive American nuclear energy efforts, targeting criticality by 2026 as part of a broader initiative to lower energy costs significantly.

The U.S. is launching a significant nuclear construction initiative, partnering with Westinghouse to build at least five new AP1000 reactors for $80 billion. This effort aims to overcome previous project delays and cost overruns while addressing the growing demand for electricity, particularly for AI development.

America's first private nuclear fuel recycling facility is set to open in Tennessee, aiming to process used nuclear fuel and reduce waste by recycling valuable materials. This facility marks a significant advancement in the private sector's role in the nuclear energy industry, potentially reshaping how nuclear waste is managed.

A UK firm has made a significant breakthrough in commercializing tritium, a key isotope used in nuclear fusion. This development could accelerate advancements in clean energy technologies and provide a potential solution for sustainable power generation. The firm's innovative approach aims to streamline the production and supply of tritium for various applications.

Terrestrial Energy, a nuclear startup, has successfully gone public through a merger with a special purpose acquisition company (SPAC), raising $280 million. This move aims to accelerate the development and deployment of the company's innovative molten salt reactor technology, which promises to enhance energy production while minimizing waste and emissions.

Google has partnered with NextEra Energy to restart the Duane Arnold nuclear plant in Iowa, aiming for it to be operational by early 2029. The plant is expected to generate over 600 MW of nuclear energy, supporting Google's cloud and AI infrastructure while providing economic benefits and job opportunities in the region.

The article discusses the recent push for small modular nuclear reactors (SMRs) in the UK and the US, highlighting that the motivations behind this movement are more closely linked to military power than to energy security or climate change. Despite claims of a new nuclear renaissance, the authors argue that SMRs may not be competitive with renewable energy sources and that the push is driven by institutional interests rather than genuine energy needs.