A Tohoku University researcher has increased the performance of a high-power electrodeless plasma thruster, moving us one step closer to deeper explorations into space.

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Electric and magnetic fields can be used to accelerate charged particles or ionized gas through a small exhaust, generating soft-looking plasma thrust and steering satellites in their orbits.

These insights not only advance fundamental plasma physics but also pave the way for novel propulsion systems that utilise microwave-induced discharges.

Helicon plasma propulsion represents a promising and multifaceted approach in the domain of electric space propulsion. At its core, the technology utilises helicon waves to generate high-density ...

Russian scientists are making a bold leap in space exploration with the development of a revolutionary plasma propulsion system that could drastically shorten the journey to Mars. This new engine ...

The space agency is investing in the development of a propulsion system that uses nuclear power to create plasma bursts.

Maxwell Block 3 uniquely offers a significantly shorter lead time and lower price point over legacy plasma propulsion systems. The systems will be produced at Phase Four's new state-of-the-art ...

NASA and Howe Industries are working on a new rocket to make the trip to Mars much more manageable. The Pulsed Plasma Rocket could boast 100,000 N of thrust, unlocking speeds of up to half a ...

The technology, which harnesses electric propulsion, shows great potential for ushering in a new era of space travel. Yet the so-called "plasma detachment" problem has hampered further development.

A Tohoku University researcher has increased the performance of a high-power electrodeless plasma thruster, moving us one step closer to deeper explorations into space. y, several space missions have ...