Pale Humans Energetically Devolved?

[Devoted Senior Member Find all posts View Profile Close Devoted]

Yes, but we do absorb energy from the sun. That energy charges our bodies, though not in the same way as food.

Humans don't have the same energy receptors to transform physical energy into chemcial energy, the way plants and solar cars do.

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

The sun is the planets energy source? Okay can you explain to me, to us, why the planet Jupiter gives off more energy than it receives from the sun?

The sun is the energy source for this entire solar system. Jupiter is built from the energy of the sun. If Jupiter were to move from the sun without finding an alternative energy source it would die out.

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

Humans don't have the same energy receptors to transform physical energy into chemcial energy, the way plants and solar cars do.

The energy absorbed from direct sunlight creates many chemical reactions that develop the body.

[CUSP82 Administrator Admin of the Month Dec 2014PEGym Hero Find all posts View Profile Close CUSP82]

Oh sun you are fun to toy with but it may actually be sad that you believe what you do. Due to Jupiters immense size tremendous gravitational forces, or energy as you like to call it, are built up and released as heat. The sun will be dead for millions of years before Jupiter will ever start to grow cold. It's gravitation effect, or energy is literally ripping it's moon Io apart. Don't you consider gravity are force? Are we not subjected to gravitational forces far more that the sun? Afterall we can hide from the sun; try hiding from gravity. Have you read or heard about dark energy? Can't seem to hide from that either and it is far more prevalent in our universe than all the suns that exist. What about that energy?

[CUSP82 Administrator Admin of the Month Dec 2014PEGym Hero Find all posts View Profile Close CUSP82]

Chemical reactions do not need the sun. Yes there are many types of reactions but the ones in our bodies don't need sun.Our bodies take food and chemically, not with anything from the sun, break them down to make our energy. Have you ever studied chemistry?

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

Oh sun you are fun to toy with but it may actually be sad that you believe what you do. Due to Jupiters immense size tremendous gravitational forces, or energy as you like to call it, are built up and released as heat. The sun will be dead for millions of years before Jupiter will ever start to grow cold. It's gravitation effect, or energy is literally ripping it's moon Io apart. Don't you consider gravity are force? Are we not subjected to gravitational forces far more that the sun? Afterall we can hide from the sun; try hiding from gravity. Have you read or heard about dark energy? Can't seem to hide from that either and it is far more prevalent in our universe than all the suns that exist. What about that energy?

Yes... Jupiter is a large planet full of energy. Energy that it has gotten from the sun, which is its energy source. Without an energy source jupiter would be nothing.

[CUSP82 Administrator Admin of the Month Dec 2014PEGym Hero Find all posts View Profile Close CUSP82]

Okay so now you're either being dumb, ignorant or both. Jupiters energy come from it's massive size and it's massive gravity. Now I want you to go and read about Jupiter. You're fun to play with but it just goes so far.

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

Chemical reactions do not need the sun. Yes there are many types of reactions but the ones in our bodies don't need sun.Our bodies take food and chemically, not with anything from the sun, break them down to make our energy. Have you ever studied chemistry?

I was saying that the sun does produce and deal in chemical reactions within our bodies.

[ino Senior Member Member of the Month June 2017 Find all posts View Profile Close ino]

True, accept, as Ive said, the energy is not "dissipated". It is absorbed and retained. The more energy it absorbs the darker it becomes.

Twice you have said that the energy is not dissipated on darker colour, but you are wrong from a scientific level. Dissipation after absorption is exactly what is happening: Dark colour eaiser absorbs external energy and this same energy is dissipated as heat. The dark wavelength itself doesn't mean it stores energy like a battery (which is what you are basically saying, although using other words). Even on a small level, it is this 'movement' going on (an ever ongoing absorption and dissipation) on material objects independent of colour really. The more a material object of any colour absorbs the energy from an external source, the more it emits the energy converted to a sensation of heat. I know that you agree with me at this. But where we separate roads are where you basically state that darker colour on material objects by themselves inherits a quality of a battery. It isn't like that. (Place one black and one white dinner plate in a chamber completely devoid of light, and you will find them both equal of energetic quality.) I think you will try to use what I just said against me to state that this supports your claim, but again I need to point to the fact that if it was like you said, light-skinned people would then hold hard onto their energy, whereas dark-skinned would virtually be emitting so much energy that we would all feel it.

Also you are wrong when you say that the more energy it [an object] becomes that it gets darker. The sun is pretty light I would say. Also what makes a light bulb light up with the yellowish colour is due to the strong energy [the particles of the light waves] that it emits. Ok so these are more immaterial of nature from our sense of touch. But if we warm up a dark material substance with enough heat, it will go from dark to become glowing red. With more intense heat it will proceed to yellow and finally to become very light blue, if it is allowed to continue to contain as well as emitting energy. You would rather touch the object while it was dark and not when it becomes light blue!

I think that some light-skinned people look more light bluish than pink. But I wouldn't say that people like that are a power house of energy.

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

Okay so now you're either being dumb, ignorant or both. Jupiters energy come from it's massive size and it's massive gravity. Now I want you to go and read about Jupiter. You're fun to play with but it just goes so far.

Im not sure if you're joiking. Jupiter gets and has gotten its energy from the sun... All planets get and have gotten their energy from the sun. Once the planet has recieved enough energy it becomes a sun... Jupiter is getting to that point but it is absorbing its energy from the sun. The same way the sun is getting its energy from a bigger sun.

[Devoted Senior Member Find all posts View Profile Close Devoted]

I can tell you just got done watching the documentary "Eat The Sun".

I'll give you one thing. The sun produces vitamin D in our bodies which can cause more ATP production in our bodies. However, this is so minuscule, that it won't make one race more superior to another one. Also, there is a by product of more ATP production. When ATP is produced, free radicals are produced as well. Therefore when you expose yourself to the sun to "get more energy" you will start producing more ATP and also more free radicals. A free radical is a reactive oxygen molecule that causes cell damage. In order for your body to get rid of these extra free radicals that were created by the increased ATP production, guess what, your body will use energy and antioxidants to fight it. So not only are you getting rid of the extra energy you supposedly have gained by the increased ATP production, but most likely your body is going to be using more energy to get rid of the free radicals and you're also getting rid of essential antioxidants.

[Devoted Senior Member Find all posts View Profile Close Devoted]

Yes... Jupiter is a large planet full of energy. Energy that it has gotten from the sun, which is its energy source. Without an energy source jupiter would be nothing.

False. Jupiter, due to its massive size, radiates more energy into space than it receives from the Sun. Sorry, but you have no clue what you are talking about.

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

Twice you have said that the energy is not dissipated on darker colour, but you are wrong from a scientific level. Dissipation after absorption is exactly what is happening: Dark colour eaiser absorbs external energy and this same energy is dissipated as heat. The dark wavelength itself doesn't mean it stores energy like a battery (which is what you are basically saying, although using other words). Even on a small level, it is this 'movement' going on (an ever ongoing absorption and dissipation) on material objects independent of colour really. The more a material object of any colour absorbs the energy from an external source, the more it emits the energy converted to a sensation of heat. I know that you agree with me at this. But where we separate roads are where you basically state that darker colour on material objects by themselves inherits a quality of a battery. It isn't like that. (Place one black and one white dinner plate in a chamber completely devoid of light, and you will find them both equal of energetic quality.) I think you will try to use what I just said against me to state that this supports your claim, but again I need to point to the fact that if it was like you said, light-skinned people would then hold hard onto their energy, whereas dark-skinned would virtually be emitting so much energy that we would all feel it.

Also you are wrong when you say that the more energy it [an object] becomes that it gets darker. The sun is pretty light I would say. Also what makes a light bulb light up with the yellowish colour is due to the strong energy [the particles of the light waves] that it emits. Ok so these are more immaterial of nature from our sense of touch. But if we warm up a dark material substance with enough heat, it will go from dark to become glowing red. With more intense heat it will proceed to yellow and finally to become very light blue, if it is allowed to continue to contain as well as emitting energy. You would rather touch the object while it was dark and not when it becomes light blue!

I think that some light-skinned people look more light bluish than pink. But I wouldn't say that people like that are a power house of energy.

In that sense, yes. After the matter absorbs the energy the rest leaves as heat. The matter slowly fades back into its original wavelength depending on whether or not it is reintroduced to the outside energy source. An example would be a metel plate sitting in the sun absorbing its energy, when the metal plate stops absorbing the energy it begans to leave it as heat. Im assuming this would be the dissipation. The energy conitues to dissipate untill it is empty or sun comes back. If this is what you all are meaning by dissipating then you are correct. The longer the human body is away from direct sunlight the more its energy dissipates from its body. If the body continues to steadily absorb sunlight then the energy will steadily increase, their bodies will continue to darken, their wavelengths will steadily become shorter. When the human moves to an area where they arent continuously absorbing sunlight the energy gained will slowly dissipate. Their wavelengths will lengthen and their bodies will lose color/energy.

The sun is yellow or pale because that is its charge. There are stars/suns in many colors. The colors go from red to yellow to green to blue to purple. Red being the lowest, purple being the highest. White/pale being the lowest and dark/black being the highest. The color of the sun is a reflection of its charge or wavelength. There is purple or violet lightning. Lightning follows the same principles. All matter follows the same principles.

[SunGiver Senior Member Find all posts View Profile Close SunGiver]

False. Jupiter, due to its massive size, radiates more energy into space than it receives from the Sun. Sorry, but you have no clue what you are talking about.

...Jupiter has gotten its energy from the sun, just like every other planet in this solar system.

[Devoted Senior Member Find all posts View Profile Close Devoted]

...Jupiter has gotten its energy from the sun, just like every other planet in this solar system.

I'm well aware of that. Can you not read? I said Jupiter gives off more energy from its massive size than it receives from the sun.