Mountains and Gravity [pdf]
nature.com
Mountains and Gravity [pdf]
1–10 of 14 posts
Re: Mountains and Gravity [pdf]
#2Re: Mountains and Gravity [pdf]
#3Re: Mountains and Gravity [pdf]
#4Is it completely crazy to potentially harvest energy from gravity through the force of pressure on crystals sitting in between a mountain generating piezoelectricity and perhaps doing some form of computation or cymatics with it?
Re: Mountains and Gravity [pdf]
#5Is it completely crazy to potentially harvest energy from gravity through the force of pressure on crystals sitting in between a mountain generating piezoelectricity and perhaps doing some form of computation or cymatics with it?
Re: Mountains and Gravity [pdf]
#6Is it completely crazy to potentially harvest energy from gravity through the force of pressure on crystals sitting in between a mountain generating piezoelectricity and perhaps doing some form of computation or cymatics with it?
Yeah it makes even less sense than EmDrive
Re: Mountains and Gravity [pdf]
#7Is it completely crazy to potentially harvest energy from gravity through the force of pressure on crystals sitting in between a mountain generating piezoelectricity and perhaps doing some form of computation or cymatics with it?
Crazy would be not to try.
Re: Mountains and Gravity [pdf]
#8Is it completely crazy to potentially harvest energy from gravity through the force of pressure on crystals sitting in between a mountain generating piezoelectricity and perhaps doing some form of computation or cymatics with it?
Re: Mountains and Gravity [pdf]
#9Is it completely crazy to potentially harvest energy from gravity through the force of pressure on crystals sitting in between a mountain generating piezoelectricity and perhaps doing some form of computation or cymatics with it?
A constant pressure isn't enough to produce power. You'd need a changing pressure.
Re: Mountains and Gravity [pdf]
#10Earlier quoted context omitted.
A constant pressure isn't enough to produce power. You'd need a changing pressure.
At what rate? Is there enough geological movement to induce a change of pressure? What type of gradient/size/rate is needed here?
Since the Earth rotates around its own axis, you're oscillating closer to and further from the Moon every 24 hours. When you're "facing" the Moon, it's puling you up (from the Earth). When you're away from the moon (on the opposite end of the Earth) it's pulling you down (toward the Earth).
This (along with other factors) causes tides. And tides are already used to generate power.[1] Including using the piezo-electric effect (not sure how with what efficiency, though).