That nuclear fusion technologywhich mimics the reactions that move the Sun, will change the way we think about space travel. Pulsar Fusiona leading British company, has made a breakthrough in the largest nuclear fusion engine to date, promising to transform not only space exploration, but the global energy landscape.

A giant step for space exploration

The main innovation of Pulsar Fusion Is he Direct Merge Driver (DFD). This engine generates impulses directly from charged particles, rather than converting energy into electricity, resulting in more efficient operation and lower fuel requirements. In other words, it’s as if each atom of fuel could provide more “boost” than a traditional system.

Nuclear fusion challenge

However, taming nuclear fusion is a very big challenge. Ultra-hot plasma, the central element of this technology, behaves unpredictably and is difficult to control. It’s like trying to keep a very unstable weather system in order.

Luckily, Pulsar Fusion has partnered with Princeton Satellite System to use supercomputer algorithms and machine learning techniques to help accurately predict and control plasma behavior.

Outdoor impact

If the goal is reached, the temperature inside the propulsion chamber could exceed that of the Sun, allowing the rocket to reach speeds of up to 500,000 miles per hour. However, nuclear fusion does more than just have the potential to change our relationship with outer space. These same technologies can provide nearly unlimited clean energy on our own planet.

However, experts believe that the first demonstrations of this technology will most likely take place in outer space, where extreme conditions can facilitate fusion reactions.

This is a project that will undoubtedly challenge us as a species and can take us to unimaginable limits. If we succeed in mastering nuclear fusion, we will be on the threshold of a new era, not only in space exploration, but also in our relationship with energy and the environment.

More information at TechCrunch.