Jeff Yee: Difference between revisions
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| name = Jeff Yee | | name = Jeff Yee | ||
| image = Jeff Yee 3054.jpg | | image = Jeff Yee 3054.jpg | ||
| birth_date = {{birth date|1972|10|12 | | birth_date = {{birth date and age|1972|10|12}} | ||
| birth_place = Honolulu, Hawaii, United States | | birth_place = Honolulu, Hawaii, United States | ||
| fields = Theoretical physics, Wave structure of matter | | fields = Theoretical physics, Wave structure of matter | ||
Latest revision as of 21:03, 20 July 2026
Jeff Yee | |
|---|---|
| Born | October 12, 1972 Honolulu, Hawaii, United States |
| Residence | Dublin, CA, USA |
| Alma mater | University of Hawaii, Antioch University |
| Known for | Energy Wave Theory |
| Scientific career | |
| Fields | Theoretical physics, Wave structure of matter |
Jeff Yee (born 12 October 1972) is an American technology executive and independent theoretical physicist, known as the originator of Energy Wave Theory (EWT), a classical wave model in which particles are standing waves in an aether and the fundamental forces arise from wave interference.
Yee came to physics from outside it. A mechanical engineer by training and a wireless-industry executive by career, he began researching particle physics in 2007 while writing a time-travel novel, and by 2014 was publishing mathematical models of the wave structure of matter. His stated aim is reductive: that the energies of all particles and the strengths of three of the four forces follow from four constants of the medium plus one property of the electron.
He credits his intuition for the theory to an unlikely source — growing up surfing in Hawaii, where he says he came to understand ocean waves and their energy long before he applied the idea to matter.
Career
Jeff Yee is a technology executive, with various roles in the wireless industry at AT&T, Treemo Labs, Antenna Software, Moovweb and ZTE. Jeff brings product and entrepreneurial experience to theoretical physics, as a contributor to Energy Wave Theory. As an author, Jeff provides an overview of the subatomic world and its relationship to energy, in the The Particles of the Universe series on Amazon. As he states in the first book in the series, a better understanding of the subatomic realm should lead to new and innovative products. In the second book in the series, many of the issues within the quantum domain of physics is simplified and united into classical physics.
In his latest works, Jeff has summarized the basics of Energy Wave Theory in video format on YouTube, explaining the mysteries of gravity, magnetism, particle energies and more with simple science. The videos are also available on Facebook.
Education
Jeff Yee holds a B.S. in Mechanical Engineering from the University of Hawaii and an M.S. in Management from Antioch University. He has been a Visiting Professor of South China Normal University since 2017.
Professional Background
Currently, Jeff Yee is the Vice President of Innovation and Partnerships at ZTE Corporation, a global leader in telecommunications equipment. He has held executive roles at ZTE leading product marketing, technology planning and business development, joining in 2014, and working out of ZTE's offices in China and the San Francisco Bay Area.
Prior to ZTE, Jeff spent a decade at wireless startup companies, including co-founding the social media company Treemo in 2006 where he served as the company's Chief Operating Officer. He went on to work at UK-based Volantis as the Sr. Director of Business Development, a startup focused on wireless carrier software for portals and application storefronts as smartphones began to emerge. After being acquired by Antenna Software in 2011, Jeff continued to serve in the same role, working with carriers throughout the Americas, Europe and Asia on innovative software solutions, before joining San Francisco-based startup Moovweb in 2013.
Jeff started his career at McCaw Cellular in 1995, which was acquired by AT&T of that same year to form AT&T's first mobile company - AT&T Wireless. He started his career as a software developer while working for McCaw Cellular, before moving into product management. As the Internet grew in popularity, Mr. Yee launched AT&T Wireless' first customer service web site in 1997. Later, as a part of the original team working on the mobile Internet, Jeff led the team with many firsts for digital products, growing the mobile commerce business at AT&T Wireless to be a billion dollar per year business as the Director of Mobile Commerce, before leaving in 2006.
Early Life
Jeff Yee was born in Honolulu, Hawaii on October 12, 1972 to Theodore (Ted) and Patricia Yee. After moving to the east side of the island of Oahu in December, 1972, Jeff would live in the same home in Kailua, Hawaii until a semester abroad in high school. He is the oldest of three kids to Ted and Patricia - his brother Brady was born in 1974 and his sister Lyndsay was born in 1981. He spent leisure time playing baseball and soccer, and spending time at the beach. He was often found walking barefoot his elementary school - quite common for a Hawaiian kid in the 70s.
Jeff's parents divorced during his middle school years at Kailua Intermediate. During these years, he bought his first surfboard and was often found in the ocean. He credits the understanding of ocean waves and its energy for the concepts of Energy Wave Theory, which came much later in his life.
By high school, Jeff took on his first job at Arbys to save money for a plane ticket to Seattle, Washington, where he moved for the second semester of his junior year to attend Bellevue High. Jeff returned to Hawaii after one semester abroad to graduate from Kalaheo High in 1990. During these years he held leadership positions as class vice president, and then president. He played three years of varsity soccer, and was named captain of the team in his senior year. It was during high school that Jeff took his first classes in physics and chemistry.
In 1990, Jeff moved to San Diego for his freshman year of college and attended the University of San Diego on a partial scholarship, where he studied electrical engineering. He returned back to Hawaii the following year to attend and eventually graduate from the University of Hawaii, where he received a number of scholarships, including a NASA grant to study rocket propulsion of a tri-propellant engine, which he co-authored a paper along with a fellow classmate. Jeff switched his major from electrical to mechanical engineering at UH.
During his college years, Jeff was a member of the fraternity Tau Kappa Epsilon, holding leadership positions, including vice president. It was during college years that he met his wife, Jennifer, whom he would later marry in 1996. After graduating in 1994, Jeff and Jennifer moved to Seattle for work.
Scientific Work
During his college years, Jeff Yee was primarily interested in space and the cosmos. He co-authored a paper on rocket propulsion as a part of the NASA grant program for undergraduates. For the next ten years, it remained a hobby but no papers were published on this topic.
In 2007, Jeff began writing a fiction time travel novel called the Laws of Time. It was during the writing of a novel that Jeff moved his interest from the cosmos to the subatomic realm of particle physics, as he researched potential theories for a realistic time travel machine for the novel. After completing the novel in 2009, Jeff continued the research into both mainstream theories and alternative theories for explaining particles and atoms. He credits the works of Dr. Milo Wolff, Gabriel LaFreniere and Xavier Borg during this time as three independent sources of different theories that led to his later works.
In 2012, Jeff published his first book on physics on Amazon, The Particles of the Universe. It was a call to action to bring more attention to Wolff and Lafreniere's work on the wave structure of matter, and a hypothesis of how various particles could be simplified to a fundamental particle - proposed to be the neutrino.
By 2014, Jeff began publishing papers with mathematical models supporting the wave structure of matter. One of the first discoveries was a similarity of the lepton family of particles (electrons and neutrinos) to atomic elements and the numbers known for stability - referred to as magic numbers. This first paper was submitted to Vixra.org, titled "Explaining the mass of leptons with wave structure matter". Jeff would go on to write a number of papers on the space, further refining the mathematical model to calculate particle energies and relate them to forces. By 2017, the forces for electromagnetism, gravity and the strong force were worked into the model. The theory was given the name Energy Wave Theory and a web site was created at www.energywavetheory.com.
In late 2017, he summarized the mathematical model into illustrations and analogies, publishing the sequel to his original book on particle physics, titled "Particles of the Universe 2: Disrupted". Given the highly visual nature of the work to communicate the theory, Jeff created a YouTube channel and Facebook channel and began posting videos to explain the findings and link explanations to the mathematical model.
Energy Wave Theory
The framework Yee arrived at treats the universe as a granular medium that oscillates to form waves. Travelling longitudinal waves reflect off wave centers at a particle's core; the reflected out-waves superpose with the in-waves to form spherical standing waves, and that stored standing-wave energy is what is measured as mass. The standing waves persist outward only until their amplitude decays back into travelling-wave form, and that transition defines the particle's radius. Photons, by contrast, are transverse waves in the same medium — which allows Yee to write one wave equation for both particles and photons, the difference being wave form rather than kind.
The model reduces to five quantities: three properties of the medium (longitudinal amplitude, longitudinal wavelength and aether density), the wave speed c, and the wave center count of the electron, which Yee computes as ten. At that value he reports the electron's standing-wave energy as 8.1871 × 10−14 joules, matching the CODATA value to the digits given.
For forces, he defines force as the energy required to move a particle's wave center to its edge, governed by a single principle — particles move to the point of minimal wave amplitude. On this basis the electric, magnetic, gravitational and strong forces become the same equation differing only in wave form or amplitude: magnetism replaces c2 with v2; gravitation applies a coupling constant to amplitude, the loss attributed to particle spin. He derives Coulomb's constant and the gravitational constant within the framework rather than taking them as inputs, and offers the computed surface gravities of the planets as a check. The weak force, he states, has not been unified into the general equation.
A fuller account is given at Energy Wave Theory.
Current Scientific Work
Jeff has collaborated with Heinz-Dieter Hauger on The Geometry of Particle Standing Waves (2020), addressing the spatial arrangement of wave centers within particles. He continues to refine the model for Energy Wave Theory and communicate its findings through papers, videos and the web site. Although as an entrepreneur, and not an academic, Jeff's stated goal since the original Particles of the Universe book is to utilize the science to make significant advancements in products. As such, he is working on concepts for products that prove a new science.
Personal Life
Jeff Yee currently lives in Dublin, California with his wife Jennifer and their three children.
CNPS talks
He has presented in the CNPS online seminar series:
- "Modeling the Quantum World with Newtonian Physics" (15 May 2021)
- "Energy Wave Theory with Jeff Yee - Modeling in 3D" (20 September 2020)
External Links
- Energy Wave Theory web site
- Energy Wave Theory YouTube Channel
- Energy Wave Theory Facebook page
- Jeff Yee on LinkedIn
Books
- 2010 - Laws of Time
- 2012 - The Particles of the Universe
- 2017 - The Particles of the Universe 2: Disrupted
Papers
- Vixra.org - A listing of papers posted to Vixra
- ResearchGate - A listing of papers posted to ResearchGate