What type of energy does Superman absorb and how does he store it in his body?

In summary, Superman dropped a bomb into a sun eater and outran an explosion 50 times the size of Kepler's supernova. He absorbed electromagnetic energy and was hit by shockwaves, but managed to fly out of the way of the radiation. His Earth father explained that he was able to escape the radiation because he was flying faster than the speed of light, but this doesn't match up with the physics of electromagnetic waves. It was suggested that if the writer had used a neutrino burst instead of an electromagnetic shockwave, it would have made more sense. Superman's powers are dependent on exposure to sunlight, and without it, he becomes weaker. In one instance, he struggled to break the grip of a Kryptonian dragon, possibly
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Uberhulk
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In a Superman comic Superman drops a bomb into a sun eater and outruns the explosion, which is 50 times the size of Kepler's supernova. He is hit by the electromagnetic shockwaves but manages to fly out of the way of the wall of radiation. What type of energy did he absorb? What do electromagnetic shockwaves generate? Heat? Radiation? Light?
 
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Uberhulk said:
In a Superman comic Superman drops a bomb into a sun eater and outruns the explosion, which is 50 times the size of Kepler's supernova. He is hit by the electromagnetic shockwaves but manages to fly out of the way of the wall of radiation. What type of energy did he absorb? What do electromagnetic shockwaves generate? Heat? Radiation? Light?

Electromagnetic waves travel at the same speed as the radiation...in fact, that's what the radiation is. Radiation in that context is gamma rays, which are electromagnetic waves...so it seems very weird that he would outrun "the wall of radiation" but not outrun "the electromagnetic shockwave" since they are the same thing...
 
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Thank you for the explanation. Superman can fly FTL, what I think the writer was trying to show is he flew FTL to escape the radiation but as you say they're one and the same so it doesn't work on a physics level. This is his (Earth) father's explanation in panel :

"The explosion was about fifty times the size of Kepler's supernova. The electromagnetic shock wave came rushing towards Clark at the speed of light. Right behind it was an expanding ball of radiation that would have incinerated Clark as soon as it touched him. I don't know if the boys usually faster than light, but that day he was tired. He wasn't going to make it. Fortunately that day he didn't have to".
 
  • #4
Uberhulk said:
Thank you for the explanation. Superman can fly FTL, what I think the writer was trying to show is he flew FTL to escape the radiation but as you say they're one and the same so it doesn't work on a physics level. This is his (Earth) father's explanation in panel :

"The explosion was about fifty times the size of Kepler's supernova. The electromagnetic shock wave came rushing towards Clark at the speed of light. Right behind it was an expanding ball of radiation that would have incinerated Clark as soon as it touched him. I don't know if the boys usually faster than light, but that day he was tired. He wasn't going to make it. Fortunately that day he didn't have to".

If they changed the "electromagnetic shockwave" to a neutrino burst that would make sense (and sound even more exotic!). In a supernova, a neutrino burst happens first because neutrinos can escape the core of the explosion unhindered compared to light which has to make it out of the entire envelope of the star. The neutrino burst carries with it a whole lot of energy (10% the rest mass of the star) and would be enough to do some major damage if you are close by. But this is assuming the explosion was a supernova haha. :)
 
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the one question about superman is: on krypton he is as fragile as a human is on earth. the Earth makes him able to be super in comparison to humans.

yet if the Earth's properties make him super wouldn't his leaving the Earth make him revert to normal?
 
  • #6
His body acts like a solar battery. There is a limited amount of energy he can store. If he is not exposed to sunlight e.g. underground, underwater or in the dark(which is rarely explored but should be because it would be funny!) he becomes weakened.

In Superman 13 (2012) he benched the equivalent of the Earth's weight for five days after which point he flew to the sun to recharge.

"I'd like to hand out here, just sort of storing any energy I lost over the past few days."

He then confronted a Kryptonian dragon but was unable to break it's grip.

"Can't believe I'm not strong enough to break it's grip!".

http://marvelvdc.com/Superman_Strength_Feats.html

Either he couldn't break the grip because of the fatigue from benching the equivalent of the Earth's weight or he simply wasn't strong enough. His strength is limited. The most weight he's ever lifted is the weight equivalent to 2 Earths. To put things into perspective Hulk, who is not only fuelled by gamma energy but gets stronger and more durable (muscle fatigue does not set in) in relation to stress levels, lifted a star, weight equivalent to 333,000 Earths!
 

FAQ: What type of energy does Superman absorb and how does he store it in his body?

What are electromagnetic shockwaves?

Electromagnetic shockwaves are sudden intense bursts of electromagnetic energy that travel through a medium, such as air or water. They are typically caused by a sudden change in electric or magnetic fields, and can have various effects depending on their strength and frequency.

How are electromagnetic shockwaves created?

Electromagnetic shockwaves can be created in a variety of ways, including lightning strikes, explosions, and nuclear blasts. They can also be artificially generated through devices such as shockwave generators or electromagnetic pulse (EMP) weapons.

What are the potential effects of electromagnetic shockwaves?

The effects of electromagnetic shockwaves can vary depending on their strength and frequency. In general, they can disrupt electronic devices and communication systems, cause damage to infrastructure, and even pose a threat to human health. They can also produce visual and auditory phenomena, such as bright flashes of light and loud noises.

How are electromagnetic shockwaves different from other types of shockwaves?

Unlike mechanical shockwaves (such as sound waves or seismic waves), electromagnetic shockwaves do not require a physical medium to propagate. They can also travel at extremely high speeds and have a wider range of frequencies, making them more difficult to detect and protect against.

Can electromagnetic shockwaves be harnessed for practical use?

Yes, electromagnetic shockwaves have several practical applications. They can be used in medical treatments, such as shockwave lithotripsy for breaking up kidney stones. They can also be used in industrial processes, such as shock peening for strengthening metal surfaces. Additionally, electromagnetic shockwaves can be harnessed for energy production through technologies like magnetohydrodynamics (MHD).

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