Relativistic Dura or Lifting Stats?

[CNBA3]

I was wondering, what would be the proper calc to use in the context of someone moving near the speed of light, as in 99.999%, and also uses the process of Blueshift to the very tip of the spectrum, and uses real world science how light can't change speed, just increases in energy.

I was wondering, what would be the calc for that and what stats would that apply to?

Would I use Kinetic Energy Calc?

 

[CloverDragon03]

I don't think I follow...

For someone moving at 99.999% SoL, as per our standards for speeds of 93% SoL and up, you'd just do standard kinetic energy with that speed and then multiply the result by 4. As for the increasing energy part, I don't think you can really quantify that

 

[CNBA3]

I don't think I follow...

For someone moving at 99.999% SoL, as per our standards for speeds of 93% SoL and up, you'd just do standard kinetic energy with that speed and then multiply the result by 4. As for the increasing energy part, I don't think you can really quantify that

Okay, and for any result, would that be related to durability?

 

[CloverDragon03]

If a character can attack at this speed and is unharmed by the recoil of making contact, I'd say their durability scales

 

[CNBA3]

If a character can attack at this speed and is unharmed by the recoil of making contact, I'd say their durability scales

Okay, thanks, just figured trying to google what the affects of traveling near lightspeed would be like

 

[CNBA3]

Actually, what I was looking for is the G-Force of a person moving at near lightspeed.

 

[SeijiSetto]

Actually, what I was looking for is the G-Force of a person moving at near lightspeed.

g-force is just that, a force
when you're moving at a constant velocity (i.e not accelerating), there is no force on you, think of how sitting in a stationary car is fine but when it starts moving you get pushed back into the seats.
you can't quantify force without acceleration (i.e how long they took to get to that speed)

 

[CNBA3]

g-force is just that, a force
when you're moving at a constant velocity (i.e not accelerating), there is no force on you, think of how sitting in a stationary car is fine but when it starts moving you get pushed back into the seats.
you can't quantify force without acceleration (i.e how long they took to get to that speed)

Okay thanks, good to know because the link i put in the OP mentions acceleration to lightspeed at the very tip of blueshift.

 

[CNBA3]

bump

 

[CNBA3]

So I did a quick calculation of finding G-Force and then to Joules and this is what I go.



6.89e+16 joules

thoughts?

 

[Cropfist]

Relativistic humans have city level kinetic energy, so durability is probably similar.

 

[CNBA3]

Relativistic humans have city level kinetic energy, so durability is probably similar.

cool, thanks, I kept trying to find research on if humans can survive moving at relativistic speeds, and looking at how humans can withstand around 4-6 G-Forces.

 

[Serlock_Holmes]

.....Can survive what?

 

[CNBA3]

.....Can survive what?

Moving are near light speed.

 

[Serlock_Holmes]

No, no we can't do that. We can't even survive transonic.

 

[CNBA3]

No, no we can't do that. We can't even survive transonic.

Okay, just wanted to confirm that, so it just be dura at least then.