fooktade said:in one of the laws o physics it says in laymans terms you can't get more energy out of something then you put in. what if you by putting energy into a source caused it to get more energy from other sources? would this prove to create a infinite amount of energy?
fooktade said:in one of the laws o physics it says in laymans terms you can't get more energy out of something then you put in. what if you by putting energy into a source caused it to get more energy from other sources? would this prove to create a infinite amount of energy?
fooktade said:well what if you had a battery move a object and while its moving a wind turbine produces energy along with the generators on the axle that would move the object. would this works?
fooktade said:yes but you would also have the turbines on the axles to create energy and solar panels. this way you have 3 sources of energy
fooktade said:ok. i just need some help designing stuff to test out this thing I am making
fooktade said:i was working on a car that powers itself. i had some ideas and i wanted to test them out
fooktade said:you seem to know a lot more about this stuff then me. i have only read through a couple basic textbooks so if you wouldn't mind can you help me a little
fooktade said:i see what you are saying but i was thinking of using a different type of propulsion system that quite different then a normal motor. using a electromagnetic propulsion system i feel it would be able to have a lost less drag then a normal car while creating more energy through these means
Lost in Space said:Is dark energy increasing proportionally to the size of the universe or is it fixed? Doesn't the increase in the volume of space point to some kind of energy input?
While the concept of infinite energy may seem impossible, it is theoretically possible through the concept of perpetual motion. This means that energy can continuously be created and used without ever running out. However, this concept is still debated and has not yet been proven.
As of now, it is not possible for us to achieve an infinite amount of energy. While we have made great advancements in renewable energy sources, we have not yet been able to create a system that can produce energy indefinitely without any external input. However, research and technological advancements continue to push us closer to this possibility.
If we were to achieve an infinite amount of energy, it could have a significant impact on our society and the world as a whole. It could potentially solve many of our energy-related issues, such as reducing reliance on fossil fuels and decreasing energy poverty in developing countries. However, it could also lead to overconsumption and environmental concerns if not managed properly.
There are some ethical concerns that arise when discussing the possibility of infinite energy. Some argue that it could lead to unequal distribution of resources and economic inequality, as those who have access to this energy source would have a significant advantage over others. There are also concerns about the potential misuse of this unlimited energy for destructive purposes.
An infinite amount of energy would greatly impact scientific research and advancements in various fields. It could potentially allow for more ambitious and complex experiments, as well as faster and more efficient data collection and processing. It could also lead to the development of new technologies and inventions that were previously limited by energy constraints.