Recent content by Josiah

Hi, Apparently the bar detector for gravitational waves detects a single gravitational wave, thus could it be used to detect all the gravitational waves that pass through it?

Could you use that information to help come up with an idea of how to stop the gravitational wave? If the graviton is absorbed/ makes the electrons jump to a different level, does that mean it gets stopped?

Is the fact that it detects gravitational waves, means that its also stopping it?

Hi Now that we know that Bar detectors for gravitational waves might detect gravitational waves, do you know if you could use that information to help stop gravitational waves?

Hi I was wondering how fast a space shuttle could go, if it didn't have to first escape the earths gravity. As in if it had the rockets attached to it.

What does everyone think of this? World-first use of 3D magnetic coils to stabilise fusion plasma Turns out the key is powerful magnets!!

Anyone else got any ideas? To do with my previous post?

Hi, in reference to the article about a method of detecting gravitons, using the beryllium bar at absolute zero, the gravitons would get absorbed making the beryllium resonate as the result of gravitational waves. Hence would it be possible to block or stop gravitons?

Hi I was just wondering about the effectiveness of nuclear propulsion, specifically nuclear thermal propulsion.

how about electrons? Does the number of electrons change the way a photon gets absorbed?

https://www.quantamagazine.org/it-might-be-possible-to-detect-gravitons-after-all-20241030/

But don't gravitons act the same way as photons act in transmitting the magnetic force between 2 magnets?

If gravitons can be detected in principle, how would you go about doing that?

But doesn't the magnetic force do the same thing? It emits photons which transfer the force to the other object. In the case of two magnets repelling each other.

How would you do it in principle?