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Thermodynamics and Physics

Thermodynamics and Physics

Just a passing thought. In thermodynamics, a compressed body becomes cold, and an expanded body becomes hot. This is why an air conditioner uses a compressor.

Take a rubber band at room temperature and hold it against your forehead. Feel it’s temperature. Next take that rubber band and quickly stretch it out as far as possible and feel it on your forehead. It should be warmer.

Now hold it stretched for 1 minute until it reaches room temp. feel it to make sure. Now let it contract back to a relaxed state and feel it again quickly. It should be cold. You actually just added heat to the room by heating the rubber, letting the heat escape into the room, and then you contracted it. Now you just wait for it to get back to room temp so you can repeat the process. Ideally, you would use two different rooms, one for the expansion process, and one for the contraction process. That’s why your AC compressor is outside, but the cold air is pumped inside.

Neat, huh!

Can we take advantage of this principle? Warm up as much as possible in the flaccid state WITHOUT stretching. Then when you start your stretching, you will actually be adding heat above the max of your warmup. Is it possible to get your tunica hotter through repetition in this way?

Also, could it be that repetitions of stretches allowing a contraction in between could do more than an ADS?

I’m thinking out loud here guys. I may be an idiot.

On another front, what about magnitzing metal? If you set a magnet on a peice of metal for a year, the metal doesn’t become magnetized. But if you rub the magnet on the same peice of metal in a specific way, the metal becomes magnetized rather quickly. Another stab against ADS?


Begin 12-28-08: BPEL:5.8 EG:4.75

Current 2-08-09: BPEL:6.0 EG:4.90

1st Goal_____: BPEL:7.0 EG:5.50

Very interesting tallheart, I must say I enjoyed reading your posts the past few weeks. I personally think it would be much easier just to use a constant heat source like an IR lamp during stretching, but I also have never experimented or heard of an experiment on your theory. I say hats off to ya.

Thanks! :) I think you’re right on the IR lamp. I’m going to think some more about this. It is definately the pesky tunica holding me back. It is so tough and solid (by design, of course).


Begin 12-28-08: BPEL:5.8 EG:4.75

Current 2-08-09: BPEL:6.0 EG:4.90

1st Goal_____: BPEL:7.0 EG:5.50

It is actually the other way around; expanded bodies become cold (in thermodynamics). That’s why the universe was hot during it’s early history. The rubberband must be heated due to friction opposite the force you are applying to it. That might happen in the tunica as well if you expand it fast, but I would guess the friction between the hand and the skin of the penis while jelqing produce more heat.

Also I am thinking more and more that it is not the tunica that hold some people back, but rather high level of tension in the smooth muscle. If it was a variance in the toughness of the tunica, then you would only need to apply more force. It seems often to be the case that hard gainers benefit from applying less force.

Originally Posted by getgirth

It is actually the other way around; expanded bodies become cold (in thermodynamics).

…….

Right.

Thanks for the correction. :)


Begin 12-28-08: BPEL:5.8 EG:4.75

Current 2-08-09: BPEL:6.0 EG:4.90

1st Goal_____: BPEL:7.0 EG:5.50

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