>
First International Panel on Geoengineering & Weather Manipulation
LIVE: Kash Patel Senate confirmation vote for FBI director | LiveNOW from FOX
EXPOSED: 5 Forbidden Healing Secrets the Elites Tried to Bury w/ Dr. Ed Group
Virginia's Game-Changing Nuclear Fusion Plant Set To Deliver Clean Energy And Disrupt The Fossil
How This Woman Turned Arizona's Desert into a Farmland Oasis
3D-printed 'hydrogels' could be future space radiation shields for astronaut trips to Mars
xAI Releases Grok 3 in About 44 Hours
Flying Car vs. eVTOL: Which Is the Best New Kind of Aircraft?
NASA and General Atomics test nuclear fuel for future moon and Mars missions
Iran Inaugurates First-Ever Drone Carrier Warship In Persian Gulf
Fix your dead Lithium RV battery - How to Reset LiFePO4 Battery BMS
New fabric can heat up almost 50 degrees to keep people warm in ultracold weather
A trip to Mars may be in the books for future astronauts, but current propulsion technology will have them floating in a spacecraft bound for the Red Planet for roughly six to nine months. Considering how spaceflight affects the human body, that's not ideal. A rocket company in Russia may have developed a solution to travel through the cosmos at much faster speeds using a new type of rocket engine.
Scientists at Russia's state-owned Rosatom corporation have developed a prototype of a plasma electric rocket engine that could reach Mars in just 30 to 60 days, Russian media reported. The rocket, which uses hydrogen as fuel, has the potential to revolutionize spaceflight, but it is very early in its development phase and will likely take several years before it can be used for a human mission to Mars. Still, this new kind of technology may be what's needed to leave dusty footprints on the Martian surface.