100 km/s: Russian scientists develop a plasma engine that may cut Mars travel time to just 30 days
The new Russian rocket engine achieves higher acceleration than chemical rockets by using magnetic plasma accelerators, ...
Russian scientists develop unique propulsion system: 62 miles per second, from Earth to Mars in 30-60 days
Russia’s new plasma engine could reach Mars in just 30 days. Russia's new plasma rocket engine is engineered to cut the ...
Gizmodo28d
Russia Claims New Plasma-Based Engine Could Cut Mars Travel to Just 30 Days
A rocket company in Russia may have developed a solution to travel through the cosmos at much faster speeds using a new type of ... a prototype of a plasma electric rocket engine that could ...
Space race heats up: Russia's new high-speed plasma rocket can reach Mars in just 60 days
Russia introduces a plasma electric rocket engine that could revolutionize space travel, potentially reducing Mars mission ...
The American Bazaar7d
Paradigm shift: Russia develops plasma electric rocket engine to reach Mars in 30 days
Developed by Rosatom’s Troitsk Institute, the new technology could drastically reduce current space travel durations, which ...
TechSpot29d
Russian scientists develop plasma engine prototype promising Mars trips in 30-60 days
The development of this plasma engine is part of a broader initiative by Rosatom to advance space exploration technologies. The company is also involved in developing new nuclear power plants for ...
ExecutiveGov15d
NASA Installs New RS-25 Engine for Artemis Missions
Find out details about the recent installation of the first RS-25 engine, built by L3Harris, and the tests conducted by NASA Stennis teams.
Yahoo26d
Could Experimental Plasma Engine Rockets Get Us to Mars in 30 days?
Recently, scientists at Rosatum, a Russian state-owned corporation, announced the development of a prototype plasma electric engine which they ... scientists are working on new propulsion systems ...
The Conversation18d
Colliding plasma ejections from the Sun generate huge geomagnetic storms − studying them will help scientists monitor future space weather
The CME interactions we studied generated a complex magnetic field and a compressed plasma sheath, which is a layer of charged particles that, once they reach the upper atmosphere of Earth from space, ...