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Other => Off-topic => Topic started by: RDMZW on March 18, 2017, 12:22:16 AM



Title: Is magnetism a gravitational radiation?
Post by: RDMZW on March 18, 2017, 12:22:16 AM
Magnetism creates antigravity effects, e.g. magnetic levitation. So, is magnetism a gravitational radiation?


Title: Re: Is magnetism a gravitational radiation?
Post by: BADecker on March 18, 2017, 01:27:54 AM
People create anti-gravity effect when they jump.    8)


Title: Re: Is magnetism a gravitational radiation?
Post by: RDMZW on March 18, 2017, 09:58:22 AM
People create anti-gravity effect when they jump.    8)

It is not the same. There is no contact in magnetic levitation, so there is a kind of radiation.


Title: Re: Is magnetism a gravitational radiation?
Post by: PeterTheGrape on March 18, 2017, 01:28:10 PM
Magnetism creates antigravity effects, e.g. magnetic levitation. So, is magnetism a gravitational radiation?

https://en.wikipedia.org/wiki/Unified_field_theory

Gravity is largely a mystery.


Title: Re: Is magnetism a gravitational radiation?
Post by: RDMZW on March 18, 2017, 05:49:50 PM
Magnetism creates antigravity effects, e.g. magnetic levitation. So, is magnetism a gravitational radiation?

https://en.wikipedia.org/wiki/Unified_field_theory

Gravity is largely a mystery.

It is obvious, from the observation, that magnetism and gravity is the same effect. It is an unknown wave.


Title: Re: Is magnetism a gravitational radiation?
Post by: PeterTheGrape on March 18, 2017, 11:48:00 PM
Magnetism creates antigravity effects, e.g. magnetic levitation. So, is magnetism a gravitational radiation?

https://en.wikipedia.org/wiki/Unified_field_theory

Gravity is largely a mystery.

It is obvious, from the observation, that magnetism and gravity is the same effect. It is an unknown wave.

It's also obvious that polar bears are a type of raspberry, since both let out red goo when you stick them.

Scientists just have to figure out the details.


Title: Re: Is magnetism a gravitational radiation?
Post by: RDMZW on March 19, 2017, 12:17:24 AM
Magnetism creates antigravity effects, e.g. magnetic levitation. So, is magnetism a gravitational radiation?

https://en.wikipedia.org/wiki/Unified_field_theory

Gravity is largely a mystery.

It is obvious, from the observation, that magnetism and gravity is the same effect. It is an unknown wave.

It's also obvious that polar bears are a type of raspberry, since both let out red goo when you stick them.

Scientists just have to figure out the details.

Send me the Nobel Prize. I discovered the Theory Of Everything!  ;D


Title: Re: Is magnetism a gravitational radiation?
Post by: PeterTheGrape on March 19, 2017, 12:58:37 AM

Send me the Nobel Prize. I discovered the Theory Of Everything!  ;D

Nobel prize should be for whoever figures out the unified oilfield theory of petroleum's origin.

http://petrowiki.org/Origin_of_petroleum

https://en.wikipedia.org/wiki/Abiogenic_petroleum_origin

http://www.dnr.louisiana.gov/assets/TAD/education/BGBB/3/origin.html


Title: Re: Is magnetism a gravitational radiation?
Post by: Gens09 on March 19, 2017, 05:19:44 AM
Gravity is so complicated we can't understand it for now we don't know the real reason of this..,,need many research about this.


Title: Re: Is magnetism a gravitational radiation?
Post by: ImHash on March 19, 2017, 05:54:16 AM
It's a force field invisible one, gravity depends on mass magnetism not, sun is a giant magnet as well it has a great gravitational pull which surrounds it like a sphere, actually everything with a mass has that invisible sphere around it and if too much weigh concentrated in a tiny spot in space it can punch a hole into the fabric of time-space.
Magnetic pull is a force field just like gravity but they are not the same thing.
There is nothing in contact with other things really when looking into the atomic scale of matter, when you touch a key on keyboard there is actually no contact made just the electromagnetic force field of your finger's atoms pushing against the key's atoms.

All of this is truly mind blowing, if you look at atoms you'll see that most of the space inside them is empty and when you look at their cores you'll see smaller particles forming the core but they also in term made of mostly empty space.
When you weigh something it doesn't really have any mass but the energy(force field) pushing outward the invisible sphere creates weigh just like when you blow into a balloon.

All of the scientific explanations behind what I mentioned are beyond the scope of this post and even human mind :D


Title: Re: Is magnetism a gravitational radiation?
Post by: PeterTheGrape on March 19, 2017, 06:12:05 AM
...

All of the scientific explanations behind what I mentioned are beyond the scope of this post and even human mind :D

Riddles like gravity are always solved by somebody from one paradigm understanding another paradigm. When there is no further public material to incorporate, the paradigm becomes dead, as with electromagnetic theories. The theory becomes a 'god' of itself that is too big to build upon or challenge.

So the next step is for the western theory of physics to integrate with an eastern theory. The furthest east that man has gone is the new world, but the easterners there have been quashed. Until somebody reinvigorates eastern thought from the americas into physics we are doomed.

 ;)


Title: Re: Is magnetism a gravitational radiation?
Post by: HEISENBURGG on March 19, 2017, 09:06:24 AM
Cool thread.  You guys should all delve deeper into Nikolai Tesla's secret stuff he was working on before he died .



I think he was onto something...


Title: Re: Is magnetism a gravitational radiation?
Post by: RDMZW on March 19, 2017, 10:29:31 AM
Gravity is so complicated we can't understand it for now we don't know the real reason of this..,,need many research about this.

It's not complicated. It's simple. It's a wave of an unknown kind of radiation.


Title: Re: Is magnetism a gravitational radiation?
Post by: rajasumi3 on March 19, 2017, 10:42:16 AM
Well sort of . Gravitation is the biggest magnet available on the earth .well through magnetism u can create curremt through electromagnetic flux .


Title: Re: Is magnetism a gravitational radiation?
Post by: DicePlayer21 on March 19, 2017, 11:08:36 AM
Magnetism refers to the electromagnetic interaction, and gravitation to the gravitational. Magnetism affects magnetic materials, and gravity affects everything that lies badly.


Title: Re: Is magnetism a gravitational radiation?
Post by: PeterTheGrape on March 26, 2017, 08:40:34 PM
Magnetism refers to the electromagnetic interaction, and gravitation to the gravitational. Magnetism affects magnetic materials, and gravity affects everything that lies badly.

What do you mean "and gravity affects everything that lies badly"?

The main difference seems to involve space and mass.

They probably are similar forces involving very different types of particles, maybe gravity involves a particle much smaller than an electron that has not been discovered yet.


Title: Re: Is magnetism a gravitational radiation?
Post by: BADecker on March 26, 2017, 08:47:52 PM
Magnetism is a slice of electromagnetism, which is a slice of gravitation, which is a slice of inertia, which is a slice of mass, which is a slice of the universal whole.

8)


Title: Re: Is magnetism a gravitational radiation?
Post by: abhinav_thakur01 on March 27, 2017, 12:38:33 PM
Action-Reaction creates anti gravity effects. Is it going to justify that it is anyhow linked to gravitational radiation ?