Go faster, farther, more efficiently. That's the goal driving spacecraft propulsion engineers like Chen Cui, a new assistant ...

Researchers at the University of Virginia are using advanced simulations to study electron behavior in electric propulsion ...

A research team at the University of Virginia is revolutionizing the future of space travel with groundbreaking studies on ...

Electric propulsion ... high-speed plasma beam, push the spacecraft forward," explained the researchers of a new study. This technology is crucial for long-duration missions, like NASA's Artemis ...

Scientists have made groundbreaking progress in understanding the dazzling auroras that light up the night sky. Using NASA’s KiNET-X experiment, researchers simulated auroral conditions by releasing ...

Space travel has always hit a wall with slow speeds and massive fuel needs. Gravitic propulsion systems offer a game-c ...

These systems are often powered by solar panels or small nuclear reactors, making them ideal for long missions in space, such as NASA ... Propulsion Beam,” C. Cui and J. Wang, Plasma Sources ...

These systems are often powered by solar panels or small nuclear reactors, making them ideal for long missions in space, such as NASA's Artemis ... Simulations of Electric Propulsion Beam," C. Cui and ...

Franklin Chang Díaz, a renowned Costa Rican astronaut and physicist, continues to push the boundaries of science and technology ... is the development of a plasma propulsion engine through his company ...

The former NASA astronaut who nearly collided with a pair of metallic orbs while flying his plane remains befuddled by the ...