Jesus Javier Palacios Lavieri’s Post

These phenomena of nano and macro tunneling were previously predicted and published by Reginald B. Little due to positive and negative nuclear magnetic moments (NMMs). This press release describing this Nature publication is experimental confirmation of my theory. These researchers demonstrate the tunneling avalanche of spins by lithium holmium yttrium fluoride. Lithium has all its stable isotopes of large positive NMMs. Holmium has all its stable isotopes of large positive NMMs. Fluorine has all its stable isotopes of large positive NMMs. Yttrium has all its stable isotopes of large negative NMMs. On page 22 of { https://lnkd.in/dDBzWHBi }, Reginald B. Little disclosed his theory of increasing tunneling and proposed gravitational effects on tunneling for novel gravity detector: "Here the author determines fractional fissing and fusing as important for tunneling of quanta. During fractional fissing and fusing of quanta centers, the particles go to waves for more altering the intensities of tunneling waves for even whole atom tunnelling and even tunneling across Coulomb barriers for unconventional fusion. The author discloses tunneling a basis for fractionations of stable isotopes of nonzero NMMs. The idea here notes the fissing of not only of the tunneling particles, but also the barrier within the nano-domains and the centers of nonzero NMMs as within the domains all the centers can collectively in delocalized ways frustrate a barrier in an orderly way for affecting local tunneling! The gravity in the baths thereby assists tunneling in new ways by ordered agitations. The domain and bath sizes are limited by the fissing and fusing, the increase denseness and slowing of the dynamics in the allotted time of gravity stimulation. " in this lithium holmium yttrium fluoride the NMMs of all these elements with 100% relative abundance for each element fractionally reversibly fissing for altering barriers by RBL theory for causing the collective observed tunneling.

“The Plasma Physics and Fusion Energy Pathfinder is focused on the use of remote HPC by experiments running at the DIII-D National Fusion Facility at General Atomics in San Diego, CA.” #fusion #fusionenergy #fusionforward #HPC #computing #workflow https://lnkd.in/g_4EFmVY

Study shows neutrons can bind to nanoscale atomic clusters known as quantum dots. The finding may provide insights into material properties and quantum effects. | Click below to read the full article on Sunalei

A new study reveals the formation of 'neutronic molecules' as neutrons bind to quantum dots, offering new insights into quantum mechanics and potential applications in technology. #InnovativeResearch #QuantumTechnology https://lnkd.in/enD9796e

New discoveries about the nature of light could improve methods for heating fusion plasma: Princeton NJ (SPX) May 26, 2024 Both literally and figuratively, light pervades the world. It banishes darkness, conveys telecommunications signals between continents and makes visible the invisible, from faraway galaxies to the smallest bacterium. Light can also help heat the plasma within ring-shaped devices known as tokamaks(Link is external) as scientists worldwide strive to harness the fusion(Link is external) process to #nuclear #nuclearjobs

I thank GOD for preparing me for this discovery. I noticed this paper today by this press release on RbVSb compound. And it supports my prior notion of induced nuclear magnetic moments (NMMs) by fractional reversible weak interaction. Rb, V and Sb do not have stable negative NMMs, but this year I published two archives noting induced negative NMMs (and in some cases + NMMs) by neutrino interactions. { https://lnkd.in/emWAijvT } Such neutrino interactions can very occasionally occur at earth's surface. But I think they may be more common in earth's upper atmosphere by cosmic rays and solar rays. these cosmic and solar ways produce pions (strong force carrier) and pions decay to muons and neutrinos. And muons decay to electrons via release more muons. In this press release there is direct test of my theory as the research unknowingly use muons to scatter the RbVSb and they observe unusual violation time reversal symmetry in the first few layers of RbVSb by the muon bombardment. Such violation of time reversal symmetry I predicted in prior paper : { https://lnkd.in/eABrsMAD } "Explaining Pomeranchuk Effect by Parity of Magnetic Moments of Leptons and Hadrons for Superconductivity in 3He and Graphene". In Section 9 heading 9. Such Rotations and Vibrations from Origin of Universeof the paper, I reasoned altered time symmetry due to Br and Dk matter: "The author notes intrinsic time symmetry difference of Dk energy relative to Br energy as during Inflation the motion of Dk outward is simultaneous with Br and Dk clumps in latency. " I reasoned there Br and Dk existing inside nuclei even in Br matter as Br correspond or producing Positive NMMs and Dk correspond or producing negative NMMs. Later in the paragraph I propose Br associate with + NMMs and Dk associated with - NMMs: " The clumped Dk and clumped Br exist in particles in our sector as nuclei with negative NMMs and nuclei with positive NMMs." Thereby I reasoned + NMM and - NMMs manifest Br and Dk bound inside hadrons and the + and - NMMs can thereby manifesting Br and Dk can violate time symmetry or have time symmetry difference. This press release of muon bombarding RbVSb with violating time reversal symmetry is evidence of my theory of Dk and Br as - NMM and + NMMs inside nucleons of the elements RbVSb as the bombarding muons they are using is like muons produce in upper atmosphere bombarding 14N to produce pions and pions transmuting to muons with neutrinos and muons transmiting to electrons and more neutrinos . Please see comments in 7 below for my detail explanation of the negative induced NMMs for manifesting Dk particles with Br from the fractional reversible fissing and fusing and weak interactions for causing the time symmetry difference as I previously predicted and explains here the violation of time reversal.

Quantum Gravity, Duality & String Theory: Since hundreds of years, particle physicists remain hell-bent on describing universe by generating a unified equation for four fundament forces, the strong & weak nuclear forces, electromagnetic & gravitational force. In Quantum Mechanics, particles are thought to be a bundle of energy, excited by respective fields; Physicists able to describe quantum universe by Standard Model, a strange collection of subatomic particles, fields with thirty-six quarks & anti-quarks, twelve weakly interacting particles & anti-particles (leptons) and a large assortment of Yang-Mills fields and Higgs bosons. Yang-Mills field (called gluon) hold the quarks together in the neutron and proton making strong force described by Quantum Chromodynamics and another Yang-Mills field (called W and Z particles) described the interaction between electrons and neutrinos making weak force. The third one, electromagnetic force is exerted by photons, which are quanta, or particles, described by Maxwell’s equations. But Quantum Mechanics falls short of describing the forth one, gravitational force in subatomic level & here, comes the String Theory. In certain quantum units, the spin can be either integral (0, 1, or 2) or half-integral (½, 3/2). The particles that have integral spin describe the forces of the universe which include photon and Yang-Mills particle (with spin 1) and the particle of gravity, the graviton (with spin 2). These particles are named bosons which mediate the forces of universe. Then there are particles that make up the matter of universe which have half-integral spin, such as electrons, neutrinos, and quarks (spin ½). These particles are called fermions out of which we can build up the other particles of atom like protons, neutrons. As per String theory, the graviton emerges as one of the lowest vibrations of the string. When two strings collide, one from the bosons and one from the fermions, these two terms cancel exactly, helping to create a finite theory of Quantum Gravity. In String theory, there are five distinct versions of quantum gravity. Physicist Edward Witten found that there is actually a hidden eleven dimensional theory, called M-Theory, that is based on membranes or Branes (like the surfaces of spheres) rather than just strings. The five distinct String theories in ten dimensions can be proven to be Dual to each other; so there are, in fact, five ways in which to collapse an eleven dimensional membrane to a ten dimensional String. So Duality shows that two different theories are actually two aspects of the same theory. Juan Maldacena, however, showed that there is yet another Duality between strings in certain ten dimensional String theory and subatomic particles in supersymmetric four dimensional Yang-Mills theory. It means, there are deep, unexpected connections between the gravitational force and the nuclear force defined in totally different dimensions. #Quantum #Cosmos #String #Universe

I am thrilled to announce the publication of my paper titled "Lightly Bound Skyrmions and Light Nuclei", in collaboration with my supervisor, Prof. M. A. Jafarizadeh at the University of Tabriz. This research explores a lightly bound variant of the Skyrme model, incorporating a fourth-degree potential term. Key highlights include: - Application of the modified Skyrme model to light nuclei (1 ≤ $$ B $$ ≤ 8) using the rational map approximation. - Improved predictions of nuclear energies that align more closely with experimental data, addressing inconsistencies found in the standard Skyrme model. - Quantization of the model and parameter fitting to the lithium-6 nucleus, yielding static mass values of Skyrmions and quantum energy contributions for both ground and excited states. You can read the full paper here: https://lnkd.in/da9jd9Nj I look forward to your feedback and discussions! #Physics #ParticlePhysics #NuclearPhysics #Research #Skyrmions #Skyrmemodel

Today Unlocking the Quantum Code: International Team Cracks a Long-Standing Physics Problem By UNIVERSITY OF BONN MAY 21, 2024 Different Shapes of the Nuclei on the Grid Researchers have developed a new method called wavefunction matching to tackle the sign problem in Monte Carlo simulations, a common issue in quantum many-body physics. By simplifying the interaction model and using perturbation theory for corrections, this method has proven effective in accurately calculating nuclear properties like mass and radius. It holds promise for broader applications in quantum computing and other fields.

The discovery of "neutronic molecules" or "neutronic quantum dots" can be considered empirical evidence that supports the principles and concepts underlying my project on multiplicity theory. Here's how this finding aligns with and reinforces various aspects of my project: 1. Validation of Multiplicity Principles: The ability of a single neutron to interact with and become confined within a structure composed of tens of thousands of atoms (the quantum dot) is a remarkable demonstration of the multiplicity of interactions and interconnectedness across different scales. This observation provides empirical validation for the core principles of multiplicity theory, which emphasize the interconnectedness and interdependence of diverse elements within complex systems. 2. Emergence of Novel Phenomena: The formation of "neutronic molecules" represents an emergent phenomenon that arises from the interplay between neutrons and quantum dots, two seemingly disparate entities. This discovery exemplifies how the integration of diverse components can lead to the emergence of new and unexpected phenomena, a central tenet of multiplicity theory. The empirical observation of such emergent behavior lends support to the multiplicity theory framework and its ability to capture and explain complex interactions. 3. Challenging Conventional Wisdom: The discovery challenges conventional wisdom by revealing that neutrons, which are typically thought to be influenced only by the strong nuclear force at extremely short ranges, can interact with and be confined by structures much larger than individual atoms. This finding aligns with the multiplicity theory's emphasis on embracing complexity and recognizing the interconnectedness of diverse elements beyond traditional boundaries or assumptions. 4. Multidisciplinary Implications: The implications of this discovery span multiple disciplines, including materials science, nuclear physics, quantum information processing, and energy research. This multidisciplinary nature reinforces the need for a unifying framework like multiplicity theory, which can facilitate interdisciplinary collaborations and foster a holistic understanding of complex phenomena across diverse domains. 5. Quantum Realm Insights: The observation of "neutronic molecules" provides empirical insights into the behavior of quantum systems, where the principles of multiplicity theory are particularly relevant. By leveraging this discovery, researchers can further explore and validate the multiplicity principles in the context of quantum phenomena, potentially leading to new theoretical developments and practical applications in quantum computing, quantum sensing, and quantum information processing.