Latest Exclusives

World’s First Radioactive Diamond Battery Unveiled By the UK
Innovative Power Source: The carbon-14 diamond battery generates electricity by harnessing the radioactive decay of carbon-14, encased in diamond, ensuring safe, long-lasting, low-power energy with no harmful emissions. Versatile Applications: The battery can power...

Fueling the Future: Texas Uranium Mines and the Nuclear Renaissance in America
Reviving Domestic Uranium Production: South Texas is becoming a focal point for the resurgence of uranium mining, driven by the U.S. push to reduce reliance on foreign uranium and support the growing demand for nuclear energy in high-tech industries. Environmental and...

Federal Dollars Flow to Keep California’s Last Nuclear Plant Running
The Biden administration approved $1.1 billion to support the continued operation of Diablo Canyon, California's last nuclear power plant, as part of a $6 billion initiative to preserve aging nuclear facilities and promote clean energy. Environmental concerns persist...

Powering Change by Executive Action: America’s Quest for Energy Independence From Russia
Biden administration contemplates executive order to ban Russian enriched uranium imports amid congressional impasse, sparking surge in uranium stocks. Concerns rise over America's heavy reliance on Russian uranium for nuclear power plants, with estimates of over $1...

Forward Momentum: Darlington New Nuclear Project Gains Regulatory Nod for Innovative Reactor Technology
The Canadian Nuclear Safety Commission (CNSC) has determined that the existing environmental assessment applies to the General Electric Hitachi BWRX-300 reactor chosen for the Darlington New Nuclear Project (DNNP), marking a significant regulatory milestone. The...

Empowering Industries: The Future of Clean Energy Collaboration
Collaboration between Terrestrial and Schneider Electric aims to advance IMSR technology, providing reliable, zero-carbon energy solutions for data centers and heavy industries. Partnership between L&H Industrial and BWXT focuses on deploying microreactors to meet...

Building Tomorrow’s Energy: Key Milestones in Nuclear Power Expansion
Global nuclear energy sector experiences significant advancements with multi-billion euro contracts signed for reactor construction, expansions in manufacturing capacity, and international agreements for small modular reactor deployment. Key developments include...

The Diamond Solution: Innovations in Long-Lasting Energy from Radioactive Isotopes
Let’s delve into a lesser-known yet fascinating development in nuclear technology: the advent of nuclear diamond batteries. These are not just any ordinary batteries; they are a game-changing power source that could potentially last for thousands of years without...

Powering The Labor Force: U.K. Hinkley Point C’s Nuclear Plant and the Socio-economic Impact
Hinkley Point C's Socio-economic Impact Report 2024 reveals significant strides in apprenticeship training, with over 1320 individuals skilled across various sectors, bolstering the local workforce. The project's investment in Centres of Excellence has already trained...

Unlocking the Power of Molten Salt: The Future of Nuclear Energy
Molten salt reactors (MSRs) represent a transformative advancement in nuclear power technology, leveraging liquid fuel and coolant to operate at high temperatures, offering potential applications beyond electricity generation. Despite originating from research in the...

India’s Ambitious Nuclear Energy Expansion
India aims to increase nuclear power production to 100,000 MW by 2047, signaling a significant shift towards cleaner and more sustainable energy sources. The nation's ambitious vision encompasses a diversified energy portfolio, including contributions from breeder...