French microreactor developer Naarea announced the commissioning of its industrial test facility and laboratory, referred to ...

With the ambition of securing affordable, low-carbon energy, the United Kingdom is changing its approach to nuclear power with small modular reactors.

As cancer rates in the West, and globally, tack upwards due to lifestyle and environmental pollution, so does the need for ...

Fusion-powered isotope supply. Medical isotopes are radioactive substances essential for diagnosing and treating serious diseases. They emit radiation that can be detected and ana ...

UK Prime Minister Sir Keir Starmer has unveiled plans to make it easier to build small modular reactors (SMRs) in a bid to boost the UK economy ...

Scientists use laser technology and robotics to study fusion fuel retention in the JET reactor to unlock the secrets of ...

The market implications of Arc Reactor™ - cold nuclear fusion transforms businesses across all industries. This new technological discovery optimizes operations, reduces energy costs, and establishes ...

The new era of nuclear power generation greater than the force of the Sun has arrived and is ready for deployment. For the first-time ever, a sustained synthetic quasar has been born on Earth to perma ...

A groundbreaking experiment has demonstrated that a compact neutrino detector can effectively identify antineutrinos at a ...

Swedish nuclear energy company Blykalla (formerly Leadcold), has selected Sweden-based construction company NCC as the ...

Such facilities store and process vast volumes of digital data, and guzzle large amounts of electricity to operate servers and cooling systems.

The government has set an ambitious target of generating 100 gigawatts of nuclear energy by 2047, with a specific focus on developing small modular reactors (SMRs).