The Cardiovascular Energy Source

By Aurhaan Ullas September 7, 2025

This paper addresses the problem of finding a renewable energy source. Currently, this issue causes nonrenewable energy sources to be wasted, which significantly impacts the environment, leading to drastic changes. The proposed solution to this situation is to extract human DNA and use the DNA’s instructions to develop a method for producing cardiac muscle. Cardiac muscle seems to never stop working until the organism’s death, and of course, we can power this with some oxygen and the respiratory system. We can then replicate the process of the mitochondria with instructions from DNA and convert ATP into energy for the motor. We can also use the kinetic energy from the heart and convert it into electrical energy. This can power a motor, which can power small appliances like smartphones. This technique is already somewhat being used to power pacemakers. But with enough materials, we can power large vehicles and houses. Nuclear reactors work by propelling neutrons at the nucleus of an unstable atom, like Uranium-235, but it takes energy to propel the neutrons. We can minimize or stop the loss of energy by harnessing power to propel the neutrons from the heart. We can power this all by using the brainstem, replicate some of the medulla oblongata’s actions, and we can get the information to make all of this from the DNA. If successful, this idea could revolutionize the power industry. The next steps involve work and persistence to test and refine the concept. One of the major challenges in this process today is animal ethics and human privacy concerns. This problem matters because the study,” Smokers and Nonsmokers Study,” proves that 57% of people asked for DNA samples accepted, but the rest did not accept. And the data from other studies prove that some people are uncomfortable or not interested in sharing their DNA. Without a new solution, this will continue to be a problem. Unlike existing methods such as nuclear energy, this approach offers a renewable energy source. In the long term, this could lead to inspire more discoveries about biotechnology and who knows, maybe a scary potential creation of the matrix. In the future, collaboration with a variety of laboratories and factories would help bring this idea closer to real-world application. I understand if this idea may sound crazy or insane, but where would we be now if we had never at least tried? Discoveries like this could possibly change humanity forever, maybe in a good way or maybe in a bad way, but we can at least try to make a better future. Thank you for taking the time to read this article.

                                    Have an Amazing and Beautiful Day.

                                     Best Regards -Aurhaan Ullas