About This Project

NabLab will begin operations of developing solutions for stable nuclear fusion. Implementation will be done by a trial of current fusion energy devices via computer simulations or actual devises. Materials tested will be materials that could be easily retrieved. The goals will be to create a stable solution with positive energy yield, secondly build the reactor such that it is compact, finally build it such that it is mass producible.

Ask the Scientists

What is the context of this research?

Compact nuclear fusion engines will be the future of green transportation mechanisms. Our current engines for mass cargo ships and destroyers are running on diesel engines that let out enormous amounts of sulfur and other harmful compounds into our oceans. By implementing our engines we can reduce this waste injected into our seas and push the scientific agenda forward at the same time. This and we can build these at a larger scale to begin working on creating a green method of energy production compared to current nuclear plants, coal, and other energy production methods.

What is the significance of this project?

Other than cleaning oceans, the significance of this project will be to popularize the nuclear age again in the masses. All things nuclear have had bad public relations with the masses because of confusion and the fear of what could be if something were to go wrong. We at NabLab wish to show the world that nuclear can be safe, clean, and the leader of energy once again. This and I personally do believe that the understanding of nuclear fusion is only the start of a long journey of advancement in energy creation mechanisms. Therefore, by popularizing the nuclear agenda as a green mechanism of energy production and transportation, advancing its understanding, and making it publicly available for mass production we will be advance human kind as a whole.

What are the goals of the project?

1) Create a stable nuclear fusion solution.

2) Build it such that it is scalable for size.

3) Develop it such that it can be mass produced.

4) Implement it such that it is cost effective and profitable.