In the vast cosmos, where knowledge seemingly knows no bounds, Dr. C. K. Gamini Piyadasa emerges as a mode

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rn-day explorer, navigating the uncharted realms of physics with the audacity of a true scientific trailblazer. His research beckons us to rekindle the spirit of curiosity and embark on a journey that transcends the limits of classical physics, as we stand at the precipice of the known, contemplating the mysteries that still elude our understanding.

In a world where scientific exploration seems to have reached its zenith, Dr. C. K. Gamini Piyadasa emerges as a pioneer, fearlessly venturing into uncharted territories of physics. His groundbreaking research in gravitational repulsion, attraction, and the fundamental concepts of energy propagation has not only challenged established norms but has also paved the way for a Unified Field Theory, echoing the visionary pursuits of the legendary Albert Einstein.

The array of awards and grants Dr. Piyadasa has received, including the Switzerland International Invention Award and the Sri Lanka Presidential Award, is a recognition of the impact of his work on a global scale. His collaborative efforts with institutions such as Uppsala University in Sweden and the University of Manitoba in Canada further underscore the international significance of his contributions.

Dr. Piyadasa’s journey began in Atmospheric and Thunderstorm Physics, and it’s fascinating to trace the evolution of his interests. In the early ’90s, he identified anomalies in the understanding of energy propagation in the universe, setting the stage for a paradigm shift. His research on wave nature, interference, and diffraction, particularly the reinterpretation of Young’s Double Slit Interference, laid the foundation for the Intrinsic Spin (ISpin) model. This innovative perspective on energy propagation, as evidenced by the refined version published in the Open Physics journal, challenges conventional theories and brings a fresh understanding to the forefront.

The integration of his research in both gravitational forces and energy propagation is a testament to the holistic approach he employs. The Unified Field Theory he envisions is reminiscent of Einstein’s pursuit of a single framework to explain the fundamental forces of nature. This interdisciplinary approach, combining elements of physics, optics, electromagnetics, and power electrical systems, showcases the breadth and depth of his scientific curiosity.

Dr. Piyadasa has developed a mathematical model for the Gravitational Repulsion and Attraction Forces based on forces between just two gas molecules; that could be applied irrespective of the quantity of gas. In doing so, he makes neither abstruse assumptions nor explanations. The model was tested using established experimental data utilized in practical thermodynamic applications of mechanical engineering industries. Performing with such data, the model yielded the results:

• Confirming existence of both Gravitational Repulsion and Attraction.
• Gravitational Repulsion is proportionate to the thermal energy content
• Gravitational Attraction is proportionate to the mass
• Both Gravitational Repulsion and Attraction are inversely proportionate to the cube of the distance between objects. This resonating with the extra force besides gravity, that is obeying the Inverse-Cube Law, which has been mentioned in ‘Principia Mathematica’ published by Isaac Newton in 1687

Another experimental evidence from an ‘Iodine molecule study’ conducted by Dr. Piyadasa demonstrates a repulsive gravity force, or anti-gravity, proportional to thermal energy. Above findings challenges conventional gravity concepts based only on mass attraction. Dr. Piyadasa’s study indicates the existence of anti-gravity from both macroscopic (celestial) to microscopic (molecular) scales, potentially explaining various physical phenomena. The study provides a plausible explanation for the universe’s expansion, linking it to Einstein’s equation (E=mc²); where stellar objects consume mass to generate heat and light energy. Mass spent reduces gravitational attraction and generated heat energy increases gravitational repulsion. Reducing attraction and increasing repulsion among stellar objects cause accelerating expansion of the universe.

The research has the potential to revolutionize our understanding of gravity, anti-gravity. Despite controversies (dark matter and dark energy, space-time, quantum effects, transient particles, etc., sparking debates within the scientific community), Dr. Piyadasa makes neither abstruse assumptions nor explanations in his research. This breakthrough offers hope and opportunities for young physicists to challenge existing ideas and contribute to scientific progress. It is, especially noteworthy that: every phenomenon in the universe could be analyzed in a much simple and interconnected way, by applying both:

• gravitational repulsion (antigravity) force
• gravitational attraction (gravity) force

The research, hence, leads to a paradigm shift in understanding Natural Sciences! Dr. Piyadasa’s dedication and sacrifices are acknowledged, emphasizing the importance of groundbreaking research in advancing scientific knowledge.

One of the standout achievements in Dr. Piyadasa’s illustrious career is the improvement of mass selection techniques in Time-of-Flight Mass Spectrometry. The patent US-6,489,610 B1 stands as a testament to his ability to challenge existing theories and push the boundaries of what was deemed possible. The continued manufacturing of the instrument by Thermo Fisher Scientific – Applied Biosystems underscores its significance in protein characterization and analytical chemistry.

The publications in various esteemed journals, including Advances in High Energy Physics, Physics Essays, and Optics, highlight the rigor and diversity of Dr. Piyadasa’s research. The willingness to question established norms and the emphasis on experimentally proven results sets him apart as an instrumentalist and experimentalist. His commitment to presenting data that is not just theoretically derived but also demonstrable to a curious layman showcases a rare blend of scientific excellence and accessibility. Trust in different areas of physics is placed in a person who possesses a wealth of knowledge across multiple domains, accelerating outcomes and introducing innovative concepts.

In conclusion, Dr. C. K. Gamini Piyadasa’s scientific journey is nothing short of extraordinary. He has not only expanded our understanding of fundamental forces in nature but has also demonstrated the perpetual relevance of scientific exploration. In a universe still shrouded in mysteries, Dr. Piyadasa’s work serves as a beacon, inviting us to look beyond the known and delve into the infinite possibilities that the cosmos holds. Where gravitational repulsion dances with attraction, and the symphony of energy propagation orchestrates a grand narrative that transcends the mundane. Beyond the familiar constellations of scientific thought, Dr. Piyadasa’s research invites us to gaze into the cosmic unknown.

Written by

Thanushiya Uthayakumar (BSc. (Hon) Biomedical Science)

Reference

• https://nextgenphysics.org/teams/dr-gamini-piyadasa/
• Piyadasa, C. G. (2011). Anti Gravity-Is It Already Under Our Nose?. Canadian Journal of Pure and Applied Sciences, 5(2), 1585-1588.
• Piyadasa, C. K. (2019). Antigravity, a major phenomenon in nature yet to be recognized. Physics Essays, 32(2), 141-150. DOI: 10.4006/0836-1398-32.2.141
• Piyadasa, C. K. (2020). Antigravity, an Answer to Nature’s Phenomena including the Expansion of the Universe. Advances in High Energy Physics, 2020. DOI: 10.1155/2020/9315491
• Dark Energy, Dark Matter | Science Mission Directorate. (2017). Retrieved from NASA Science Beta Website: https://science.nasa.gov/astrophysics/focus-areas/what-is-dark-energy/
• Sam. (2017, July 23). Dark Energy, what could it be? Retrieved from Skeptic Society Magazine: https://skepticsociety.co.uk/dark-energy-what-it-could-be/