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rediondragon
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Does anyone have any good ideas and designs of a gravitational machine. I have one, but I still need to study some other things before I start experimenting on the subject.
mgb_phys said:What do you mean by a gravitational machine?
I have one as well, it sits on my desk and by cleverly interacting with the warped spacetime around Earth stops papers blowing away!
utter lies. i have a graviton coupling constant meter so i can easily tell whether it's your machine or gravity.DaveC426913 said:
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I have one too; I use it every day. It's not nearly as compact as yours - this one's big enough to stand in! When activated, it creates an effect that is indistinguishable from gravity. Without looking out a window, there's no experiment you can do that will tell you whether you're under the influence of gravity, or under the influence of the machine.
Also, whenever I step out of it, it has magically transported me from the street to my office.
Did you get the relativistic version, with go-faster 'superluminal motion' stripes?DaveC426913 said:When activated, it creates an effect that is indistinguishable from gravity.
rediondragon said:I mean a machine that increases or decreases gravitation pull
rediondragon said:I mean a machine that increases or decreases gravitational pull
rediondragon said:I came up with a design but i will not experiment until futher reserch...
rediondragon said:Does anyone have any good ideas and designs of a gravitational machine. I have one, but I still need to study some other things before I start experimenting on the subject.
rediondragon said:I mean a machine that increases or decreases gravitational pull
ice109 said:sorry no such thing exists
rediondragon said:I came up with a design but i will not experiment until futher reserch...
HallsofIvy said:The problem is that once you have done the "further research" you will have nothing left to experiment on!
Gravitational machines utilize the force of gravity to generate energy. This can be achieved through various mechanisms such as using falling weights, rotating disks, or pendulums.
Gravitational machines have the potential to power a variety of devices and systems, including generators, vehicles, and even entire cities. They can also be used for energy storage and to supplement other renewable energy sources.
Yes, gravitational machines are considered a form of renewable energy as they rely on the constant force of gravity and do not deplete any natural resources.
One challenge is ensuring the stability and reliability of the machine, as any malfunctions can result in potentially dangerous situations. Another challenge is optimizing the efficiency of the machine to generate the most energy possible.
Yes, there are several examples of gravitational machines currently in use, such as hydroelectric dams, which use the force of gravity to generate electricity from falling water. There are also ongoing research and development projects for other types of gravitational machines.