It requires something with a little more kick.plutonium

  • Thread starter Arctic Fox
  • Start date
In summary: Ah, that is more clear. I wish there was an easy answer. If government regulations stifle private innovation, that's not a good thing. But aren't there substantial public safety / national security concerns compelling?
  • #1
Arctic Fox
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What if we have a great idea for long distance space travel, perhaps even to another star, but the craft requires the use of a RTG for heat and long-lasting power.

How are we suppose to build something like this and test it, if we have to resort to using solar power or batteries? Just being a privately-funded, non-government scientist/inventor can be a real pain. :(

What would be my options, if any?
 
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  • #2
Arctic Fox said:
What if we have a great idea for long distance space travel, perhaps even to another star, but the craft requires the use of a RTG for heat and long-lasting power.

How are we suppose to build something like this and test it, if we have to resort to using solar power or batteries? Just being a privately-funded, non-government scientist/inventor can be a real pain. :(

What would be my options, if any?

Find a country that didn't sign the nuke treaty and do your development there?
 
  • #3
Or you could buy an island and declare it a nation, free from all nuclear-based treaties. Such a ploy would only work for a little while, but it would give you time to work. The island would either have to be secretive, or self-sufficient. A perfect idea, if you intend to utilize an Orion-based nuclear propulsion system, a hollowed out dormant volcano would suit you perfectly, since the energy used in the pulsed nuke-drive is similar to active vulcanism. Of course, the global gestapo red tapers will soon catch on.

Over and out.
 
  • #4
Many space probes have used Radioisotope Thermoelectric Generators (RTGs) in the past. In fact, Cassini, set to enter Saturn orbit on July 1, is powered by three RTGs. What's the problem?
 
  • #5
TALewis said:
Many space probes have used Radioisotope Thermoelectric Generators (RTGs) in the past. In fact, Cassini, set to enter Saturn orbit on July 1, is powered by three RTGs. What's the problem?


In the US, a non-governmental scientist cannot own enough radioactive fuel to power one of these without going through enough red tape as to make the project un-fundable. The US government is so paranoid about terrorist that even model rocketry is being hampered. For standard aerospace technologies, this is a near impossible field of study.
 
  • #6
Ah, that is more clear. I wish there was an easy answer. If government regulations stifle private innovation, that's not a good thing. But aren't there substantial public safety / national security concerns compelling?
 

1. What is plutonium?

Plutonium is a radioactive chemical element with the atomic number 94 and symbol Pu. It is a dense, silvery-gray metal that is primarily produced through nuclear reactions in nuclear reactors.

2. Why is plutonium considered dangerous?

Plutonium is considered dangerous due to its high level of radioactivity. Exposure to even small amounts of plutonium can cause serious health effects, including cancer and damage to the organs.

3. How is plutonium used in science?

Plutonium is primarily used in nuclear reactions, such as in nuclear power plants and weapons. It is also used in scientific research and as a fuel source for space probes and satellites.

4. Is plutonium the most powerful radioactive element?

No, plutonium is not the most powerful radioactive element. While it does have a long half-life and high level of radioactivity, there are other elements that are more dangerous and unstable, such as radium and polonium.

5. Can plutonium be safely handled?

Plutonium can be safely handled with proper precautions and safety measures in place. However, due to its high level of radioactivity, it is heavily regulated and must be handled by professionals with specialized training.

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