HUMANS have already reached the Moon – and Mars seems like the obvious next step. But how will we get there? There are ...

Mars is far away – around 140 millions from Earth on average. That means getting there is not only time-consuming, but very ...

K2 Space is betting that the future of space hardware will be big — really big.  The startup is building massive spacecraft ...

Please join Mark Sirangelo as he welcomes Dan Jablonsky, the CEO of Ursa Major for a discussion of his career, the company’s advanced propulsion systems and the future of space propulsion technology.

Getting places in space quickly has been the goal of propulsion research for a long time. Rockets, our most common means of doing so, are great for providing lots of force but are extraordinarily ...

The great astronomer Carl Sagan once said that “one cannot travel fast into space without travelling fast into the future;” truly, without futuristic energy sources and propulsion technology ...

That water can be used as fuel, and the energy source in nuclear fusion makes this system a perfect solution for deep-space travel. Testing and future implications: A faster way to explore the solar ...

The upcoming ISRO mission will conduct 24 different experiments. Apart from studying plant growth in space, it will also ...

Demonstration of seed germination in outer space, a robotic arm to catch a tethered debris there, and testing of green ...

"Nuclear Electric Propulsion will achieve game-changing ... FPS for human exploration as well as higher power future potential deep space science missions. High-power nuclear electric propulsion ...