Harnessing Neutrinos for Energy: Possibilities and Limitations

In summary, the conversation discusses the potential use of neutrinos as a source of energy and the challenges associated with harnessing them. It also delves into the possibility of using other particles or sources of energy, such as photons or antimatter, for energy production. However, it is noted that the production of antimatter is currently expensive and inefficient. The conversation also touches on the topic of fusion and the difficulties in creating stable plasma. Finally, it is mentioned that humans typically rely on sources of energy that were created by nature billions of years ago and that replicating the energy production of stars is not currently possible.
  • #1
Jaknight25
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I have a question is it possible to make an engine that is powered by neutrinos? i read that neutrinos can change nuclei and that they can become protons so can that in any way be used to create a nuclear fusion reaction which in turn would power the device??

thank you guys for your help its for a business project and i wanted to desgin a company that specialzes in innovative energy conversion and i read a lil bit about neutrinos and thought maybe there's a way i can use them
 
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  • #2
The problem is that neutrinos almost never interact with matter so you can not boil water with them or by any other means collect them and convert their energy to something useful. It is easier to collect the associated electron/positron and convert it to useful energy. Space crafts like Voyager runs on that kind of device, it has a device that transfer alpha radiation into electricity, but the efficiency is so low (less than solar panel cells) so there is, as we have today, no usage of those in order to get energy for the society.
 
  • #3
hmmm so they almost never interact? is it possible to create something to make them interact with matter? like possibly a machine or some sort of liquid or gas?
 
  • #4
you can't change the properties of elementary particles...

what you can do to detect them is to use very very dense material, or very large apparatus (google IceCube and see what it is all about)

But should have understood from my post that one can use other radioactivity sources as energy. Why do you want to use neutrinos that barely don't interact with matter where there are particles that do interact strongly?
 
  • #5
okay so then neutrinos are out, are there other type of particles that have a lot of energy potenial that we haven't discovered how to use?
I'm looking for something that has power equal to or greater than nuclear power but is non radioactive extermely efficent you only need little of it to get a lot force from it and its resources are infinite or close to infinite


PS are photons a possibllty or antimatter?
 
  • #6
on the first question, yes, good ol fusion - that problem has still not been solved ;-)

You are looking after what everybody is, if such material/particles would exists, we would have considered it a long time ago.

Photons = same as for other radiation types, electricity converter is not efficient enough. (Light is photons ... )

Antimatter = what do you think it cost to produce antimatter? :-p
 
  • #7
okay so what are the problems facing fusion? and why is antimatter so expensive to make?
 
  • #8
how to create a stable plasma

Since you need first of a a good accelerator, a highly advanced separation machinery, and then high-tech storage place. And then after you have this antimatter, you will then let it meet matter to create photons. Photons which you need to collect and convert their energy into electricity... And it doesen't matter, you will always loose energy in these processes, this is called second law of thermodynamics... You can not create an amount of energy which is greater then the energy you needed to produce it.

At the current rate of antimatter production, it would take several billion of years to create 0.5 gram of it...
 
  • #9
Jaknight25 said:
okay so what are the problems facing fusion? and why is antimatter so expensive to make?
Many years ago, I was in charge of building the antiproton stochastic cooling system at Fermilab. With the use of the Fermilab 8-GeV Booster and Main Ring running at 120 GeV, and two 8-GeV antiproton rings, we collected about 109 antiprotons per hour. What was the cost per antiproton? How long would it take us to produce a Coulomb of them? How many joules could we get from a Coulomb of antiproton annihilations? Compare to dynamite at 4000 joules per gram.

As far as neutrinos are concerned, You can get a lot from a cobalt-60 source or cesium-137 source, but coralling them is harder than herding cats.
 
  • #10
You can not create an amount of energy which is greater then the energy you needed to produce it. does that mean you can't amplfy energy? can't you amplfy sound using speakers? so is it possible to maken other types energy more stronger?
 
  • #11
But you need energy to make the amplification ...

Why create energy in order to gain energy? It is like 1 step forward and 2 step backwards.

We want to create electricity, and in order to create antimatter, we need electricity...

We want to use sources with didn't use electricity or any man-made energy in order to be 'created'. I.e we use carbon and oil since those processes living organisms stored for us several billion of years ago. And the same with nuclear power, the stars made those heavy nuclei which we split several billion years ago. We are taking advantage what was done a long time ago, by nature.
 
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  • #12
what exactly is the energy that stars produce? any way we can harvest it or replicate someday?
 

FAQ: Harnessing Neutrinos for Energy: Possibilities and Limitations

What is a neutrino powered engine?

A neutrino powered engine is a theoretical engine that uses neutrinos, which are subatomic particles with no electric charge and very little mass, as a source of energy to generate power. It is based on the concept of converting the kinetic energy of neutrinos into usable energy for propulsion.

How does a neutrino powered engine work?

A neutrino powered engine works by capturing high-energy neutrinos, which are produced by nuclear reactions in the core of stars, and directing them towards a target material. The target material, usually a heavy metal such as lead or gold, is then bombarded by the neutrinos, creating a chain reaction that releases large amounts of energy.

What are the potential applications of a neutrino powered engine?

One potential application of a neutrino powered engine is in space travel, as it would provide a nearly limitless source of energy for spacecraft propulsion. It could also be used in terrestrial power generation, as neutrinos are constantly produced by the sun and other stars and could be harnessed for renewable energy.

Are there any challenges or limitations to developing a neutrino powered engine?

Yes, there are several challenges and limitations to developing a neutrino powered engine. One major challenge is the extremely small size and low interaction rate of neutrinos, making it difficult to capture and utilize their energy. Additionally, the technology and materials needed for the engine are still in the early stages of development and require further research and testing.

Is a neutrino powered engine a realistic possibility in the near future?

While the concept of a neutrino powered engine is theoretically possible, the technology and materials needed to create one are still in the early stages of development. Therefore, it is unlikely that a neutrino powered engine will become a reality in the near future, but ongoing research and advancements in technology may make it a possibility in the long term.

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