Author: Axel Canbakan

A new chapter is unfolding for nuclear energy. From fusion breakthroughs to the commercial deployment of SMRs, the global race to decarbonize is putting nuclear technologies back at the center of energy conversations. However, this renaissance is not driven solely by engineering excellence. What’s emerging is a new imperative: to turn promising technologie

Achieving climate neutrality while securing stable energy access is one of the most significant industrial challenges of our time. As governments confront volatile fuel markets and soaring electricity demand, nuclear energy is being redefined—not as legacy infrastructure, but as a core engine of innovation. Next-generation nuclear technologies, including s

President Donald Trump’s recent suite of executive orders marks a pivotal shift in U.S. nuclear energy policy, signalling an assertive effort to elevate nuclear power as a strategic pillar of national infrastructure, security, and economic growth. Trump impact on nuclear is reflected in the plan to quadruple capacity to 400 GW by 2050, positioning nuclear

From Europe to Africa and Asia to the Middle East, nuclear energy is once again at the forefront of global energy strategies. As nations double down on their climate commitments and race to secure stable, low-carbon power, interest in nuclear is growing rapidly. Yet, while national programs and proprietary technologies matter, one truth is becoming […

The integration of blockchain technology in nuclear security represents a transformative advance, addressing the dual demands of transparency and robust security in the management of nuclear materials. Blockchain technology, known for its decentralized and immutable record-keeping capabilities, offers a revolutionary approach to secure and transparently trac