Thorizon and Hyundai E&C are developing the Thorizon One MSR, targeting industrial decarbonisation in Europe with commercial deployment by 2032.

To produce actinium-227, the isotope used for an FDA-approved cancer treatment, the first step is to bombard targets of the radioisotope radium-226 in ORNL's High Flux Isotope Reactor (HFIR). The ...

Dutch-French molten salt reactor developer Thorizon has signed a strategic memorandum of understanding with South Korea's Hyundai Engineering & Construction to jointly advance the development and ...

India holds the world's largest thorium reserves, and developing technologies to use them could not only strengthen energy security but also reduce proliferation risks ...

Thorium reactors are positioned as a superior alternative in nuclear power, similar to solid-state batteries. A Danish ...

By fully operationalising the thorium fuel cycle, India can insulate itself from global turbulence, reduce external ...

URA vs. NLR uranium ETFs: compare risk/reward, diversification, and nuclear energy demand drivers (AI, policy, new plants) ...

Indian scientists and international experts are divided over a study questioning the viability of a nuclear reactor fuel called HALEU-thorium; while critics cite safety risks, proponents argue the ...

Every monsoon, floodwaters devastate Assam and poison drinking sources for millions. But atomic science may finally have a solution.

As critics accuse PM Modi of surrendering national sovereignty and India’s moral compass over Iran crisis, declassified ...

Studies show that purified salts cause minimal corrosion in molten salt reactors, enabling more durable and cost-effective MSR designs.

Even if AI does not scale as rapidly as expected or becomes more energy efficient over time, a secure nuclear power supply will remain valuable.