The KMT Institute for Theory of Everything
Community for new theories of physics and chemistry
Theory of everything?
There are many mysterious things in modern physics and chemistry. We still do not know the origin of gravity. Quantum physics has not yet given any reliable answers to the mechanism of superconductivity in oxide-based high-temperature superconductors. We have learned that the electron has a spin. But in quantum physics, the spin is not real. Is it a ghost? The atomic models known today are not enough to explain why the radius of deuterium is more than twice of protium. Neutrons are known to play a role to stabilize protons in an atom and thus the whole atomic nuclei. But why do we have a neutron in a deuterium atom which has only one proton in the nucleus?
A hydrogen ion is a proton. Can you imagine the behavior of hydrogen ions as protons in a solution? When you think of the size of a proton to be 10 cm, the size of a hydrogen atom (protium) will be 1,000 m!!! Have you ever seen "free" electrons in conductors? We can only know the electric charge when electricity flows in a conductor. There is no way to see such "free electrons" flowing in conductors.
Modern physics was established around 100 years ago. There might be some scientific notions based on the ignorance of nature at that time. Some of the notions became creed or even ideology. Science developing in this way cannot see the essence of nature.
The KMT Institute is going to review the fundamental concepts of physics and chemistry from the very beginning, raise questions, and set up new ideas and theories to get to the Theory of Everything.
Platform of Science
Origin of Gravity and new cosmos
https://www.amazon.com/Origin-Gravity-New-Cosmos-experiment/dp/1713042029
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"The vacuum is made of a very dense medium (called the solid vacuum), but it contains zero or very little energy."
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Photograph (positive) of the total eclipse by Eddington on May 29, 1919. The results of Eddington's observations were to test Einstein's theory of general relativity that light deflects in the gravitational field.
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Photograph (negative) of the total eclipse by Eddington on May 29, 1919. Many newspapers, including the New York Times at the time, gave such enormous repercussions as to feature the results on the front page.
Read MoreNew Quantum Physics and Superconductivity
https://www.amazon.com/Quantum-Physics-Superconductivity-room-temperature-superconductors/dp/B08B39QLKJ
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This book reconsidered the meaning of interatomic primary and secondary bonds, based on the newly conceived atomic model. On this base, superconductivity, especially high temperature superconductivity, was addressed in terms of the reaction of electromagnetic secondary bonds to external conditions and the resulting electromagnetic properties of solids.
Read MoreElementary Particles: Screaming of Vacuum
This book is available only in Korean for now. We are preparing for a English version. http://www.kyobobook.co.kr/product/detailViewKor.laf?mallGb=KOR&ejkGb=KOR&barcode=9791166494963
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Every particle dealt with in particle physics is a kind of vibration, or it is a group of vibrations. From this point of view, we consider and introduce high energy particles shown in particle physics.
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A new atomic model is proposed, in which the electron and proton exist together in the form of protium, called the plecton, and the neutron and plecton are in dynamic equilibrium to exchange their role constantly and pile up to make heavy elements in a spherical form, resulting in various elements shown in the periodic table of elements.
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In modern physics, gravity is still an unknown physical phenomenon. We sought to find its origin from a new concept of vacuum: The vacuum is composed of a very dense solid medium with a regular matrix, where matter is vibration energy added to the vacuum matrix. This vibration radiates “matter wave” to distort the vacuum matrix locally as much as the energy. Three-dimensional symmetry of distortion develops around the stationary matter. Any inertial movement is interpreted as the movement of the vibration site, through which the symmetry of distortion is broken. This process yields a gradient of the distortion in the direction of movement, which in turn sustains the inertial movement so that the kinetic energy is preserved. When the movement is rotational, a gradient of the distortion is also generated across the rotation orbit, attracting nearby particles on to the plane of rotation. If the movement is spherically symmetric, like the random vibration of a lattice point, this attraction is also spherically symmetric. This is the origin of gravity, and mass is a collective energy of the vibrating sites gathered due to gravity in the vacuum matrix.
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