Homelessness Will Not Be As Common

Homelessness is a big problem worldwide. In America alone, at least 300,000 men, women, and children are staying in a homeless shelters right now. Yet as of 2020, a little over 580,000 people were homeless nationwide. Just because shelters exist does not mean people are able to get into them. Men make up the bulk of the homeless in America as well, with more than 350,000 of the overall homeless population being male. Yet the country with the highest homeless rate is Nigeria, with at least 11.4% of its population without a home. How can nuclear fusion help? It seems that any time there is an energy crisis, homelessness is also on the rise. By fixing one of these, you can slowly fix the other. In this case, we have nuclear fusion helping energy needs…so homelessness could also improve over time too.

The Ability To Come Up With Cold Fusion

The very fact that we’ve now been able to uncover the secret to creating nuclear fusion, then it’s not too crazy to potentially find out how to create cold fusion. Some might not be aware of what it is. Essentially, cold fusion is only hypothetical at this point. Yet it’s a form of nuclear fusion that occurs at a relatively low temperature and pressure, either at or near room temperature. It differs from “hot” fusion that takes place within the stars or hydrogen bombs as well as fusion reactors that use high pressure and temp at millions of degrees. As of now, there is no theoretical model that allows cold fusion to work. Yet for quite some time, we did not feel nuclear fusion could work out at all too. Therefore, cold fusion might not be as unlikely or impossible as we once thought.

Interstellar Space Exploration

While a lot of this is still at the theoretical stage, nuclear fusion has the ability to change space travel forever. One way of doing this will be in the propulsion area, likely through something like an antimatter-fusion hybrid drive. This will allow for deep space travel that could even allow us to reach higher rates of speed. We know that Matter-Antimatter reactions are 1,000 times more powerful than any nuclear fission produced in nuclear power plants. They are also 300 times more powerful than nuclear fusion energy. They could take us further will less fuel, but nuclear fusion works on pure energy. Therefore, having a hybrid engine will allow for the power we need and a consistent energy source too. Many also believe nuclear fusion will be utilized heavily in the theoretical hyperdrive engine too.

Deep Space Opportunities

It would be weird if we told you that space travel could run just on solar energy or something like that. While we are working with things that can use this, space travel needs a more reliable energy source. Nuclear fusion gives that to us. And if properly made for a ship, it could power any and everything on the ship for hundreds to thousands of Earth years. In fact, the energy should last longer than the ship itself. It is quite likely the engines will run off a separate power source while the rest of the ship works off of another. Things like controlling gravity on a ship or anything else we’d want to do will require a ton of energy. Therefore, having nuclear fusion and using it in a power source like this, will be critical for humans.

It’ll Potentially Save Us From Extinction

While we already mentioned the likelihood of nuclear treaties, there is much more that nuclear fusion can do. It can help us with space exploration that could save our species and make us an interstellar one for the first time. Yet beyond this, we’re going to be helping our planet by fixing the environment we destroyed. By stopping the use of fossil fuels, we can start to fix a glaring weakness. However, nuclear fusion might also be useful in helping us clean up the environment much faster than it would clean itself. Nuclear fusion offers us the ability to advance as a society, assists in the medical field, and will give us a proven energy source. Humanity will benefit from all of this so much that it’ll surely be how we avoid potential extinction as a species.

Where Do We Find This Stuff? Here Are Our Sources:

United Nations

European Union

U.S. Department of Energy

U.S. National Ignition Facility (NIF)

International Energy Forum

International Atomic Energy Agency

National Institutes of Health

National Aeronautics & Space Administration (NASA)

International Thermonuclear Experimental Reactor (ITER)

UK Atomic Energy Authority

Harvard University

Massachusetts Insititute of Technology (MIT)

University of Oregon

Stanford University

University of California – Berkeley