WASHINGTON (TNND) — The U.S. Army is moving closer to deploying a new class of nuclear technology that could reshape how the United States produces reliable, low-carbon power — nuclear microreactors ...

The future of self-regulating microreactors may hinge less on artificial intelligence and more on the principles of physics. This represents a significant departure from the current trend in ...

When it comes to reducing carbon emissions, energy experts have developed solutions for some big challenges. Innovations in battery and charging technologies, for example, have positioned electric ...

Microreactors are a class of very small modular reactors targeted for non-conventional nuclear markets. The U.S. Department of Energy (DOE) supports a variety of advanced reactor designs, including ...

The ongoing quest for sustainable and low-carbon energy solutions has led to the emergence of a number of innovative technologies. The vision of reducing carbon footprints while maintaining ...

Surging demand for generative artificial intelligence and data centers, among other drivers, in recent years has led to a revived interest in nuclear energy. While large nuclear power plants provide ...

Microreactors offer portable, autonomous nuclear power for towns, campuses, industry, and military bases, with lower upfront costs than traditional plants. Despite their promise, investors remain wary ...

Powering a remote zinc mine located roughly 600 miles northwest of Anchorage, Alaska, is a Herculean task. Governments and industry have taken a particular interest in remote arctic mining locations, ...

In our world of AI-dominated algorithms, some nuclear physicists prefer to do science the old-fashioned way. And this newly developed physics-based, AI-free algorithm may be the breakthrough needed ...

The U.S. Army is moving closer to deploying a new class of nuclear technology that could reshape how the United States produces reliable, low-carbon power — nuclear microreactors small enough to fit ...