samsracecar said:Let me start off by saying that I very well know that PM is impossible. Thermodynamics aren't just good ideas-they're the law. :)
I have heard that Brownian Motion will go on infinitely, but you can't harness it and it is useless perpetual motion. Is this true?
The concept of perpetual motion using Brownian motion is based on the idea that the random movement of particles in a fluid can be harnessed to create a continuous source of energy. This is possible because Brownian motion, which is the random movement of particles due to collisions with other particles, is always present in any fluid and does not require any external energy input.
Currently, perpetual motion using Brownian motion is not possible. This is because although Brownian motion is a continuous source of energy, it is also a random process and cannot be controlled or harnessed in a predictable manner. Therefore, it cannot be used to generate a continuous and sustainable source of energy.
The potential applications of perpetual motion using Brownian motion are still being explored. Some scientists have suggested that it could be used to power small devices or sensors that require minimal energy. However, further research and development are needed before any practical applications can be realized.
One of the main challenges in achieving perpetual motion using Brownian motion is the issue of efficiency. While Brownian motion is a continuous source of energy, the energy it produces is very small and difficult to harness. Additionally, the random nature of Brownian motion makes it difficult to control and utilize in a predictable manner.
There have been several attempts to create perpetual motion using Brownian motion, but none have been successful so far. Many of these attempts have been theoretical or based on small-scale experiments, and have not been able to produce a sustainable source of energy. However, research in this area is ongoing and there may be future breakthroughs in harnessing Brownian motion for perpetual motion.