Professor Hwang Seung-guk's Research Team at Gyeongnam National University Develops 'Quantum Fluctuation Self-Induced Amplification Power Generation System'

Professor Seungguk Hwang, Department of Information and Communication Engineering, Gyeongnam National University. [Image source=Gyeongnam National University]

[Asia Economy Yeongnam Reporting Headquarters Reporter Lee Sang-hyun] On the 30th, Professor Hwang Seung-guk's research team from the Department of Information and Communication Engineering at Gyeongnam National University announced that they have succeeded in ultra-high efficiency of electrical energy by developing a 'Quantum Fluctuation-Induced Self-Induction Amplification Power Generation System' that obtains high output electrical energy with minimal input.

'Quantum fluctuation' refers to the temporary change in the amount of energy occurring at a point in space, based on the uncertainty principle proposed by Werner Heisenberg, the 1932 Nobel Prize in Physics laureate.

According to the paper published by Professor Hwang's research team, this system is a 'quantum power generation technology' that solves over-discharge, overheating, and overload phenomena caused by resistance in conventional power generators by utilizing quantum fluctuations.

Based on this, load experiments were conducted on the quantum power generator, and it was found that it could continue generating power regardless of the load value, and even when additional load was applied, the rotor's rotational speed did not change.

Furthermore, to demonstrate the usefulness of the quantum power generation technology during its development, a prototype was produced and experiments were conducted.

As a result, it was confirmed that when the power generation system operates, applying a load does not change the rotor's rotational speed, and that electricity can be generated through the rotating part without discharge, overheating, or overload phenomena.

This technology, which can convert the rotor's rotational motion into high-speed rotation with minimal power, can be simply applied to all existing generators, offering the advantage of producing electricity without load phenomena.

Professor Hwang said, "Obtaining speeds of 5000 to 8000 rpm or more with a 1.5V AAA discharge battery is astonishing," and added, "The problems of heat, load, and discharge caused by resistance were solved through the quantum arrangement of magnetism that eliminates resistance, as discovered in the GMR (Giant Magnetoresistance) phenomenon by Albert Fert and Peter Gr?nberg, Nobel Prize winners in Physics in 2007."

He also stated, "I hope this technology will spread to various fields using electricity domestically," and added, "It is expected to contribute absolutely to South Korea's energy security, which depends on 95% energy imports, while demonstrating the power of K-energy globally, helping energy-deprived countries, and advancing as a leading energy nation that reduces climate change caused by global warming."

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