Quantum Radar

[obliqueweaponsfb]

Decay is a problem. I was looking at an video years ago and scientist had particles apart and could change the particle 2 a different 1 miles away then back. Would that system help stop decay?

I know it was able to change the other particle and then change it back. Maybe that stops it decaying?

Anyone pro's?

[Vmedvil2]

Decay happens no matter what unfortunately, but there is a way to slow atomic decay which is to use Special Relative and move the object closer to the speed of light, this will slow the decay rate of the matter by a amount equal to Time Dilation. The Closer to the speed of light the object is moving the more the decay will slow of the object as time will move more slowly for the object relative to your rest frame.

Edited July 30, 2018 by VictorMedvil

[obliqueweaponsfb]

Decay happens no matter what unfortunately, but there is a way to slow atomic decay which is to use Special Relative and move the object closer to the speed of light, this will slow the decay rate of the matter by a amount equal to Time Dilation. The Closer to the speed of light the object is moving the more the decay will slow of the object as time will move more slowly for the object relative to your rest frame.

 

Cheers for the reply. Is that because of space time? So the time goes slower the closer you get to c "meaning" they hang around longer? Are we sure time don't stop at c? How/do photons decay trailing at c?

 

[obliqueweaponsfb]

Decay happens no matter what unfortunately, but there is a way to slow atomic decay which is to use Special Relative and move the object closer to the speed of light, this will slow the decay rate of the matter by a amount equal to Time Dilation. The Closer to the speed of light the object is moving the more the decay will slow of the object as time will move more slowly for the object relative to your rest frame.

Hey do photon's and particles vibrate? When they speed up does it vibrate more or less? Maybe decay is caused by vibration also?

[Vmedvil2]

Hey do photon's and particles vibrate? When they speed up does it vibrate more or less? Maybe decay is caused by vibration also?

Photons always travel a C, particles do vibrate more slowly as the speed of light approaches as time slows down within the particles. Relative to an observer while to themselves they seem to be vibrating at normal speed.

Edited July 30, 2018 by VictorMedvil

[obliqueweaponsfb]

Photons always travel a C, particles do vibrate more slowly as the speed of light approaches as time slows down within the particles. Relative to an observer while to themselves they seem to be vibrating at normal speed.

Is there away to stop them vibrating? Mass force around them or think of something.

 

Maybe if we stabilise 1 of the 2, the other will repeat the same spin and vibrate the same as it should copy it once entangled?

So all we have to do is vibrate them more or less 2 make them last longer and only 1 of them at that, needs 2, as they get entangled and copy each other spin and vibration.

 

Do u think if we found away the other one entangled would copy it?

Does string theory explain the above? Entangled is from their vibration and it's how they copy each other instantly. Like having a ruler c long, if u push the string 1" it won't travel at c but make instant movement past c? Is this how they copy each other by string theory and the above how they copy each other at any distance apart?

 

Hey, that's for replying mate.

[Vmedvil2]

 

Is there away to stop them vibrating? Mass force around them or think of something.

 

Maybe if we stabilise 1 of the 2, the other will repeat the same spin and vibrate the same as it should copy it once entangled?

So all we have to do is vibrate them more or less 2 make them last longer and only 1 of them at that, needs 2, as they get entangled and copy each other spin and vibration.

 

Do u think if we found away the other one entangled would copy it?

Does string theory explain the above? Entangled is from their vibration and it's how they copy each other instantly. Like having a ruler c long, if u push the string 1" it won't travel at c but make instant movement past c? Is this how they copy each other by string theory and the above how they copy each other at any distance apart?

 

Hey, that's for replying mate.

 

 

I don't think there is a way to stop them from vibrating unless you lowered the temperature of the particles to absolute zero, which is impossible, entanglement is quite difficult to achieve but once entangled they would be in opposite spin rotation yes and No String Theory does not explain the above, no model of physics does exactly what you are asking.

[obliqueweaponsfb]

I don't think there is a way to stop them from vibrating unless you lowered the temperature of the particles to absolute zero, which is impossible, entanglement is quite difficult to achieve but once entangled they would be in opposite spin rotation yes and No String Theory does not explain the above, no model of physics does exactly what you are asking.

So do they vibrate less the slower they go? Very interesting "not" that finding away 2 stop them from vibrating would work or stop them decaying.

 

Does more mass or mass around it stop/control/ have a force on them?

 

If u are 2 spin a bucket of water around it becomes more weight.......Is that the force of gravity increasing? So what would happen if u made an MRI with metal balls spin around? Would the force of gravity become more inside the centre?

 

U know lots, you got 2 have some ideas?

 

Once again thanks for taking the time 2 reply to me. Without people like u, people like me would never learn.