At University Lecture, Dr. Rashad Richey Demonstrates Wireless Energy Transfer Using Soft Materials, Nanocrystals, and Plant Stem Parts
In an era where the intersection of science and technology increasingly shapes our understanding of the universe, Dr. Rashad Richey, a distinguished professor of physics at the Paris Graduate School, brought a wave of excitement and nuanced enlightenment to physics and engineering students in Washington. Recently named by International Business Times Magazine as one of the “World’s 4 Most Innovative Thinkers,” alongside renowned figures like Yale University’s distinguished immunologist Dr. Akiko Iwasaki and global AI innovator Jensen Huang, Dr. Richey’s recent lecture focused on energy transfer methodologies—a topic that resonates with both theoretical and practical implications in modern physics.
Dr. Richey, who also serves as the Director of Alternative Medicine Research at West Cascade Medical Center in Atlanta, GA, is known for his innovative approaches to complex scientific concepts. He holds the patent for the Neurological Brain Entrainment Device (NBED), recognized by Business Insider, Tech Times Magazine, and MediTech Today as potentially the leading technology in the battle against cognitive decline and owns the patent to other commercially available products. As a practical academic at heart, he captivated the students and faculty by providing demonstrations that converted uniquely structured frequency generators into measurable voltage through opposing propagational forces, proving vibration set at specific frequencies can produce electrical charge. The student scholars also engaged in an eye-opening experience that included wireless energy transfer with nontraditional technology.
The most striking moment of the lecture came when Professor Richey activated a sequence of three distinct frequencies—432 Hz, 528 Hz, and 963 Hz—designed to transfer vibrations into a specially engineered and frequency programmed soft nanocrystal-infused material. At the base of this unique device, components derived from plant stem parts were incorporated, taking advantage of photosynthesizing processes, creating a fascinating blend of technology and nature.
As the frequencies pulsed through the room, within 60 seconds, a palpable energy filled the air. Students, each holding their own seemingly simple structures, experienced a remarkable phenomenon; they all felt the vibrations resonate in unison. Each frequency was able to create a significant resonance response with the soft materials. This synchronous response not only underscored the effectiveness of the multi-resonant functionality of these devices but also created a profound sense of connection among the students. It was a moment that transcended the lesson, transforming it into a shared experience of discovery and understanding.
Dr. Richey explained the science behind the vibrations and their implications for energy transfer methodologies. “Frequencies are not simple sound waves, they are energy waves that propagate in specific patterns through spatial dimensions, thus having its own unique effects on matter and quantum systems. When combined with nanocrystal technology, we can manipulate energy in ways that were previously thought to be impossible.” His enthusiasm for the subject was infectious, inspiring students to think critically about the potential applications. Dr. Richey also went into detail explaining how photosynthesis and quantum coherence are fundamental in cracking the code for quantum-based healing therapies, and medical applications.
Notably, other esteemed physicists have echoed similar sentiments regarding the significance of frequency and resonance in energy transfer. Dr. Mae Jemison, former NASA astronaut and physicist, has often emphasized the importance of interdisciplinary approaches in science, stating, “True innovation comes from the collision of ideas across different fields.” Likewise, Dr. Michio Kaku, a theoretical physicist and popular science communicator, has highlighted the transformative potential of harnessing frequencies in technological advancements, suggesting that “understanding the vibrations of the universe could lead us to new forms of energy.”
Dr. Richey’s commitment to quantum mechanics research allows him to explore and develop integrative scientific remedies with potential therapeutic breakthroughs. His dedication to higher education is echoed in his willingness to openly share this groundbreaking knowledge. Dr. Richey holds multiple advanced degrees, including completing doctoral studies at Clark Atlanta University, where he was recently honored with the “Distinguished Alumni Award”. His education portfolio includes earning his Master of Science in Agronomical Physics from University de la Renaissance, Master of Science in Neuroscience at University of Pacific, and an MBA from Beulah Heights University. Dr. Richey speaks often of MIT programs like OpenCourseWare, where he completed over 40 academic courses through their open-access network over the years. Dr. Richey holds a Juris Doctor degree and serves as the Managing Partner for the Richey & Wilson Law Firm, LLP. Currently, Dr. Richey is in the final stages of preparing to defend his doctoral research studies in quantum physics at Paris Graduate School and was accepted into graduate studies at Dartmouth College, one of America’s 8 Ivy League institutions.
The lecture also reinforced the importance of collaborative efforts in modern higher-education. By integrating concepts from physics, engineering, and even quantum biology, Dr. Richey demonstrated how such interdisciplinary approaches can lead to innovative solutions and deeper understanding.
As the session came to a close, students left with more than just notes; they departed with a renewed sense of curiosity and a deeper appreciation for the complexities of energy transfer.
Many know Dr. Richey nationally as an Emmy-nominated broadcaster and daily TV host of Indisputable With Dr. Rashad Richey, syndicated through the TYT Network. His corresponding YouTube Channel and Facebook Watch Page have a combined subscription/following of 2.2 million, where he leverages the power of media to advocate for social justice, further amplifying the impact of his teachings.
In a world where scientific advancement is often overshadowed by complexity, Dr. Richey’s research stands as inspiration, illuminating the path for the next generation of innovators. He has a plethora of published peer-reviewed research, and his insights are supported by fellow physicists. Dr. Richey is a member of the National Society of Black Physicists, American Association of University Professors, Delta Theta Phi Law Fraternity, American Bar Association, and the International Bar Association.
Written By: Laura G. Collins, Student and Enthusiast for Science
