Weird question about Radiation Gamma

In summary, the conversation revolved around the effects of gamma radiation on the human body and the possibility of becoming a superhero like the Hulk through exposure to high levels of radiation. However, it was explained that while radiation can cause harm to living tissue, it does not result in superpowers. The concept of mass conservation was also mentioned, making it unlikely for a human to transform into something with more mass without consuming a large amount of food. The idea of radiation being portrayed as something positive in the past was also discussed.
  • #1
TheReaperOfHo
3
0
Hello to the community!

My question is really silly, i really don't know much of physics and radiation thing, but as i was watching the Hulk movie, Bruce got affected by radiation gamma and he became that big humanoid thing who called Hulk, my question is, what can radiation gamma really do in high exposure situations, and is there any chance for a man to become something like Hulk ?
(I guess everyone has wondered that thing after he watched the movie)

I don't want ironic comments.
I want you to explain me as simplier you can.

-Jim
 
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  • #2
Gamma radiation, which originates from nuclear or subatomic reactions, scatters off atomic electrons, or at high enough energies, interacts with a nucleus.

Two electron interactions are photoelectric effect, in which the gamma ray is completely absorbed and an atomic electron is ejected from an atom, and Compton scattering in which only some of the gamma ray energy is absorbed by an atomic (or free electron) resulting in lower energy gamma, usually traveling in a different direction (hence the term scatter).

At energies above 1.022 MeV, a gamma may produce a positron-electron pair, and at still higher energies, a neutron may be ejected from nucleus in a process known as photoneutron emission.

The Hulk (like the Avengers or X-men) is pure science fiction.

Radiation is harmful to living tissue by virtue of the ionziation. Ionization causes free radicals (hydroxyl or peroxide ions) in the cellular structure, and those free radicals damage or destroy the complex molecules such as amino acids/proteins, DNA, RNA, enzymes, coenzymes, etc. Mutations are also possible. Mutations do not cause superpowers.

Also in the case of the transformation of Bruce Banner into the Hulk or vice versa, there is the problem of conservation of matter/mass.
 
  • #3
Though evolution would not have been possible without radiation the mutations which are caused are mostly disadvantageous. Because of this there is a whole machinery in the cells which is responsible to repair the damaged DNA. Am I wrong or does the effects in comics (superpowers) stem from the time where radiation was regarded as something good? Partly originating from the propaganda of the government but also from the invention of beneficial nuclear energy? Longer times ago (after the discovery of Radium by M. Curie) the word radio"active" ("active" is something positive) was also used by companies which sold drinks with Radium in them so you become more "active" when drinking them (true story). But of course anything what Astronuc said should have answered your question already (I especially like his comment on mass conservation :) ), just wanted to toss some thoughts in.
 
  • #4
Radiation considerations aside, there is, in fact, a disease of the pituitary gland that can slowly turn someone into something like the Hulk: acromegaly. Google: Maurice Tillet

Maurice-Tillet-4.jpg
 
  • #5
I see, interesting answers, and thanks very much for your fast responses!
But in the future i am pretty sure they are going to make something like that or no ? :S
 
  • #6
Bumb..
 
  • #7
TheReaperOfHo said:
But in the future i am pretty sure they are going to make something like that or no ? :S
Not like the movie. If a human has a mass of ~80kg, it cannot transform into something with more mass, unless it consumes something (like food) in large amounts. And even then: Many parts of a human body have a size which is quite fixed. Just think about bones: They cannot increase their size significantly unless they have at least months to grow.
 

1. What is radiation gamma?

Radiation gamma is a form of electromagnetic radiation that consists of high-energy photons. These photons have a shorter wavelength and higher frequency than visible light, making them invisible to the human eye. Gamma radiation is often emitted by radioactive materials and can have harmful effects on living organisms.

2. Is radiation gamma dangerous?

Yes, radiation gamma can be dangerous to living organisms in high doses. It has the ability to penetrate through materials and can cause damage to cells and DNA, potentially leading to health issues such as cancer. However, low levels of gamma radiation are present in our environment and are not considered harmful.

3. How is radiation gamma used in science?

Radiation gamma is commonly used in medical imaging, such as X-rays and CT scans, to create images of the inside of the body. It is also used in cancer treatment to kill cancer cells. In addition, gamma radiation is used in industrial processes, such as sterilization and food preservation, and in scientific research to study the structure of atoms and molecules.

4. How can we protect ourselves from radiation gamma?

There are several ways to protect ourselves from radiation gamma. First, limit exposure to sources of gamma radiation, such as radioactive materials and medical equipment. When exposure is necessary, proper shielding and protective clothing can help reduce the amount of gamma radiation absorbed by the body. It is also important to follow safety protocols and guidelines when working with sources of gamma radiation.

5. Can radiation gamma be detected?

Yes, radiation gamma can be detected using specialized equipment such as Geiger counters and scintillation detectors. These devices measure the amount of radiation present in an area and can alert individuals to potentially harmful levels. In addition, certain materials, such as lead and concrete, can also act as barriers and help shield against gamma radiation.

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