He describes the force the gravity-defying propulsion system creates as a “New Force” not currently accounted for in known physics. In short, he believes this system can move an object by ...

If the force behind Exodus Propulsion Technologies' design was ... to look at the results and try to understand the underlying physics behind it. It could be that Buhler, or another, will find ...

The idea of propellantless propulsion is not new ... basically means is that there’s some underlying physics that can essentially place force on an object should those two constraints be ...

Ideas of propellantless propulsion are not new ... Furthermore, understanding the physics of this “New Force” could have deep implications for our understanding of the universe and potentially ...

“So, what that basically means is that there’s some underlying physics that can essentially place force on an object should those two constraints be met.” Before any alternative propulsion ...

Other options like electric propulsion and solar sailing are efficient but offer measly amounts of force, albeit for a ... He won the Nobel Prize in physics in 1936 for his discovery.

A piece from the American Institute of Physics points out that Gentoo penguins ... Ladkrabang developed a model to explore the forces and flow structures created by penguin wings underwater.

The lab tests on earth have shown that his device can generate some propulsive forces. They have launched a device into ... scientist and co-founder of NASA’s Electrostatics and Surface Physics ...

“The dynamics is complicated because if the crowd is pushed, then it will react by creating a propulsion force in the direction in which it is pushed: we’ve called this the windsock effect. But the ...

In a recent study presented at the AIAA SCITECH 2023 Forum, a team of researchers at the University of Michigan (U-M) examined how a widely used electronic propulsion system in ... translates directly ...

In Physics of Fluids, by AIP Publishing ... ‘s Institute of Technology Ladkrabang developed a model to explore the forces and flow structures created by penguin wings underwater.