|
|
.
by
Bhagirath Joshi
M.Sc. Solid State Physics, Gujarat University M.S. Computer Engineering
University of Lowell (UMass Lowell) Doctoral Research, Physics
.
Read the whole article
Download the ZIP file
.
Abstract
To evaluate whether Nickel (Z=28) and Zinc (Z=30) can be successfully bombarded with protons to induce a clean, symmetric fission split under the Excess Neutron Shell (ENS) Model, we must analyze their core-mantle architectures.
Under the ENS model, a clean, immediate fission split requires a very specific structural condition: the core population must collapse completely to Nex=0, evacuating the central n=0 singularity anchor and forcing the outer mantle pairs to split into perfectly closed, non-strained harmonic matrices (like Helium-4).
Let’s calculate the structural matrices for the most abundant stable isotopes of Nickel and Zinc to see if they meet this criteria.
.
Read the whole article
Download the ZIP file
.
.
by
Bhagirath Joshi
M.Sc. Solid State Physics, Gujarat University M.S. Computer Engineering
University of Lowell (UMass Lowell) Doctoral Research, Physics
.
Read the whole article
Download the ZIP file
.
Abstract
To calculate the thermal neutron capture cross-sections of the stable Lithium isotopes (6Li and 7Li) under the Excess Neutron Shell (ENS) Model, we evaluate the core-mantle geometric matrix alongside the subatomic effective gravitational constant.
.
Read the whole article
Download the ZIP file
.
.
by
Bhagirath Joshi
M.Sc. Solid State Physics, Gujarat University M.S. Computer Engineering
University of Lowell (UMass Lowell) Doctoral Research, Physics
.
Read the whole article
Download the ZIP file
.
Abstract
To calculate the effective subatomic gravitational constant (Geffective or GENS) within the framework of the Excess Neutron Shell (ENS) Model, we must bridge macro-scale Newtonian gravity with the constrained geometry of the core-mantle nuclear system.
.
Read the whole article
Download the ZIP file
.
.
by
Bhagirath Joshi
M.Sc. Solid State Physics, Gujarat University M.S. Computer Engineering
University of Lowell (UMass Lowell) Doctoral Research, Physics
.
Read the whole article
Download the ZIP file
.
Abstract
To correlate the subatomic manifestation of gravity with the experimental neutron capture cross-sections within the Excess Neutron Shell (ENS) Model, we must mathematically derive a unique, effective subatomic gravitational constant (Geffective or GENS).
.
Read the whole article
Download the ZIP file
.
.
by
Bhagirath Joshi
M.Sc. Solid State Physics, Gujarat University M.S. Computer Engineering
University of Lowell (UMass Lowell) Doctoral Research, Physics
.
Read the whole article
Download the ZIP file
.
Abstract
Anomalous thermal neutron capture cross-sections that span millions of barns—such as those belonging to 135Xe or 157Gd—pose a historic challenge to deterministic nuclear theory.
The benchmark MIT open-access study by Hussein, Carlson, and Kerman (2016) addresses these anomalies through random matrix theory, categorizing them as extreme statistical fluctuations occupying the chaotic “tails” of a scattering matrix
distribution.
This paper presents a complete, non-probabilistic alternative by integrating the Excess Neutron Shell (ENS) Model (Joshi, 2011) with a newly derived subatomic effective gravitational constant.
Through both classical boundary matching and quantum potential derivations, we demonstrate that nuclear gravity scales upward by exactly 35 orders of magnitude inside the subatomic domain.
By replacing stochastic “statistical doorways” with a deterministic function of Core Vacancy Debt and Shell Gap Compression, we re-evaluate the MIT findings.
We prove that the “chaotic fluctuations” observed at low energies are the predictable geometric consequences of a localized quantum-gravitational field projecting through a hollow np-mantle to an absolute center n=0 neutron anchor.
.
Read the whole article
Download the ZIP file
.
.
by
The SYMMETRIA Theoretical Team
.
Read the whole article
Download the ZIP file
.
Abstract
Background: Over four decades of research into low-energy nuclear reactions (LENR) have revealed anomalous heat and helium production in metal–hydrogen systems without accompanying neutron or gamma emissions.
These findings defy conventional nuclear physics, which requires mega-electron-volt energies to overcome Coulomb barriers and predicts high-energy byproducts.
Objective: We introduce SYMMETRIA, an integrative conceptual framework that unites a state-selection mechanism with emergent field-like interactions—the Cascade Binding Field and Ethical Constraint Field to explain LENR phenomena and to direct future experimental and computational efforts.
Methods: We develop SYMMETRIA using accessible language, expanding its three core components into detailed, testable hypotheses.
An extended review of experimental data provides context, while proposed computational strategies outline pathways to quantitative validation.
Results: SYMMETRIA accounts for low-energy barrier reduction, selective reaction pathways yielding heat, and suppression of harmful emissions.
It suggests specific experimental signatures and offers clear parameters for simulation.
Conclusions: This paper offers a thorough conceptual roadmap for LENR research, laying groundwork for mathematical formalism, targeted experimentation and advanced simulation.
.
Read the whole article
Download the ZIP file
.
by
Andrea Rossi
.
Read the whole article
Download the ZIP file
.
Premise
This is a major revision made in December 24 2020 of the original pre-print
Last update: October 21st 2022
.
Abstract
Some theoretical frameworks that explore the possible formation of dense exotic electron clusters in the E-Cat SK are presented.
Some considerations on the proba-ble role of Casimir, Aharonov-Bohm, and collective eects in the formation of such structures are proposed.
A relativistic interaction Lagrangian, based on a pure elec-tromagnetic electron model, that suggests the possible existence of very low entropy charge aggregates and that highlights the primary role of the electromagnetic potentials in these clusters, is presented.
The formation of these cluster may be associated to a localized Vacuum polarization generated by a rapid radial charge displacement.
The formation of these dense electron clusters are introduced as a probable precursor for the formation of proton-electron aggregates at pico-metric scale, stressing the impor-tance of evaluating the plausibility of special electron-nucleon interactions, as already suggested in [21]. An observed isotopic dependence of a particular spectral line in the visible range of E-Cat plasma spectrum seems to con rm the presence of a speci c proton-electron interaction at electron Compton wavelength scale.
.
Read the whole article
Download the ZIP file
.
.
Speakers:
.
Rajan Iyer
President, Scientist at Engineeringinc Teknet Global International Platform Research & Sciences, US
.
Christopher C. O’Neill
PhD student at Ulster University, Belfast, studying Artificial Intelligence for anomaly detection in geomagnetic data for earthquake prediction
.
László Attila Horváth
Independent Researcher
Disciplines: Geology, Geomorphology, Gaia Hypothesis, Theoretical Physics, Thermodynamic and Metaphysics
.
Read the whole article
Download the ZIP file
.
Abstract
Teknet Earth Global Science (TEGS) is a consortium of physicists from around the world, who have been conducting research into various aspects of theoretical physics including quantum mechanics, cosmology, general relativity, geophysics, and physical constants.
TEGS conducted the first ever global conference in Dean’s Budapest Hotel, Budapest, Hungary on May 30th 2025, with the purpose of pushing the boundaries of our knowledge of the Universe and to gain a higher understanding of our place within it.
.
Read the whole article
Download the ZIP file
..
.
.
by
Keith Thomson
06 August 2024
.
Read the whole article
Download the ZIP file
.
Abstract
Within the following ResearchGate paper by Andrea Rossi, exploring the basis of his invention the E-Cat, the Zitterbewegung electron model as proposed by Celani et al., along with the Casimir force, is used within one possible theoretical framework as the basis for formation of dense exotic electron clusters, these being a probable precursor to energy release. An in-depth exploration of this 3D electron model may be of interest.
https://www.researchgate.net/publication/330601653_E-Cat_SK_and_long-range_particle_interactions
.
Read the whole article
Download the ZIP file
.
.
by
Maico Marzocchi
Expert Responsible for validation of the Latina test
.
Read the whole article
Download the ZIP file
.
Abstract
Dear Dr Rossi,
More and more often on JONP, I see questions addressed to you about the types of loads that the E-Cat is able to “manage”.
Regarding this “topic” I believe I can provide some very important indications.
Thanks to the integration and demo of the E-Cat EV on my Twizy, I had the opportunity to use, under its control, on September 6 and 7, 2024, a 3kW E-Cat.
Much has been said and written about the demonstration at the Latina racetrack on September 27, 2024, as has also been done about the test on the roller
bench on September 7, 2024 (8 hours of testing at the same power used in the Latina demonstration of the E-Cat EV).
Much less has been written/said about the tests carried out by Us on September 6, 2024 in my Box, while we “integrated” the E-Cat into my Twizy to carry
out, the following day, the test on the roller bench (in those 2 days the Ecat always remained under my “control/sight”, and on the night of September 6,
at the end of the joint activity, in preparation for the test on the “rollers”, it remained closed in my box inside the Twizy).
.
Read the whole article
Download the ZIP file
.
.
by
Shreedevi Kalyan
Department of Mathematics, Sharnbasva University, Kalaburagi
Indrajeeth Reddy
Department of Mathematics, Sharnbasva University, Kalaburagi
Hussain Soliman
3Department of Basic Science, Engineering Division,
International Academy for Engineering and Media Science, Egypt
.
Read the whole article
Download the ZIP file
.
Abstract
This paper investigates mass and thermal transfer in a system of infinite vertically parallel plates under the influence of a chemical reaction(first order). This setup involves a Casson fluid and immiscible fluids. Using perturbation techniques, we solve the nonlinear coupled mathematical model, applying appropriate restrictions. The incompressible fluids, is assumed, fluid have different viscosities and thermal conductivities, and their transport properties are considered constant. We match the separate solutions using appropriate matching conditions. The study analysis explores how various parameters affect heat and mass transfer, presenting the results graphically. We find that both the thermal & the mass Grashof numbers increase the flow. regardless of the presence of a first-order chemical reaction. While viscous dissipation, viscosity, width and conductivity ratio promote the flow, the first-order chemical reaction parameter tends to suppress it in both regions.
.
Read the whole article
Download the ZIP file
.
.
by
Ilya A.Boldov
.
Read the whole article
Download the ZIP file
.
Abstract
The article proposes a geometric model of atomic nuclei based on the homology of the structures of electronic shells and structures of nuclear layers and the assumption of anisotropy of nuclear forces and their action in six orthogonal directions (±X,±Y,±Z).
The order of filling the spatial positions of the core layers with both nucleon pairs (proton-neutron) and individual neutrons of the core surface is proposed.
Based on the computer program written by the author, the structures of all known and possible nuclei up to the 160th element of the Periodic Table are modeled.
An explanation of the so-called ”magic” cores has been obtained.
The spatial positions in which protons can be attached to the nucleus in cold nuclear fusion reactions are determined.
The location of 4He clusters in the structure of the core layers is revealed and it is shown how the fission of radioactive nuclei into unequal fragments by intercluster bonds occurs.
An explanation of the stability corridor of the nuclei is given.
The proposed model was verified by calculating the quadrupole moments of Lithium nuclides.
keywords:Atomic nucleus, atomic nucleus structure, nuclear forces, nuclear fission, stability of
atomic nuclei, Cold nuclear fusion.
.
Read the whole article
Download the ZIP file
.
.
by
Aleksandr Nikitin
E-mail: nikitinaleksandrp@gmail.com
.
Read the whole article
Download the ZIP file
.
Abstract
The modern scientific paradigm has exhausted itself.
The motion of matter, including low-energy nuclear reactions LENR and gravity, the description of which is the task of science, can be further cognized solely on the basis of a new scientific paradigm:
- Postulating the primacy of the movement of our World as a way of its existence, as its absolute attribute, which is confirmed by all our experience.
- Our World – Cosmos – is the only entity that unites absolutely everything: material bodies, physical fields and ether, object and subject, current and conductor, “moving body” and “perpetual motion machine” with power N=h/tP
(absolute invariant) in one person and singular. - The materiality of Cosmos lies in its motion, which is the process of transformation of baryonic matter (BM) through neutrinos (as a “displacement current”) into “dark matter” (DM) and back, i.e. material-energy induction.
- Cosmos motion is a non-mechanical periodic process of spherical runoff-source (convergence-divergence) according to the Hubble-Planck factor (H-h), which is the cause of formation, existence and motion of material bodies. This
material current creates on the equipotential surfaces the tension-acceleration (difference of energy potentials), which causes any movement of matter. - ….
.
Read the whole article
Download the ZIP file
.
.
by
U.V.S. Seshavatharam
Honorary faculty, I-SERVE, Survey no-42, Hitech city, Hyderabad-84, Telangana, India
S. Lakshminarayana
Dept. of Nuclear Physics, Andhra University, Visakhapatnam-03, AP, India
.
Read the whole article
Download the ZIP file
.
Abstract
Aim of this paper is to highlight the four major applications of Cold Nuclear fusion (CNF).
Considering Google publications, NASA publications, European funding amounts and other important experimental results, we have developed a mechanism for understanding the mystery of energy liberation in CNF associated with fusion of hydrogen with metals.
Apart from clean thermal energy liberation, we have identified three important applications of CNF. They are: Preparing Iridium-, Platinum-and Gold-like costly elements from Tungsten-like elements, converting high level nuclear radioactive waste into stable atomic nuclides and preparing radioactive isotopes for medical applications.
It may be noted that, we have developed a common, simple and workable theoretical procedure for understanding the above applications and it needs funding for conducting experimental studies.
We emphasize the point that, our proposed scientific concept of CNF is practical compared to other theoretical models of cold nuclear fusion.
.
Read the whole article
Download the ZIP file
.
.
by
UZIKOV Vitaly
Engineer, Russia (uzikov62@mail.ru)
.
Read the whole article
Download the ZIP file
.
Abstract
Millions of people suffer from a shortage of fresh water: the available resources rapidly reduce their capacity with the growing demand. Shortage of fresh water in several regions of the Earth is becoming a serious problem posing a threat to the mankind evolution and the environment conservation.
Water and energy scarcity are two major global challenges facing modern society. Right now, almost one-fifth of the world’s population is living in areas with water scarcity, and another 1.6 billion people are living in economic water scarcity areas because of technical or financial limitations to getting freshwater even when water is available. So, water treatment techniques employing solar energy are deemed attractive for producing fresh water from impotable water sources, including seawater, river/lake water and contaminated water, by safe and sustainable methods.
Solar-driven desalination in the countries with hot and arid climate can employ abundant and free solar energy to produce freshwater from natural water sources, making this technology a promising one to solve the water scarcity problem.
Besides, solar-driven zero liquid discharge (ZLD) desalination from waste brine water has recently emerged as a new important application of solar evaporation. Compared with conventional ZLD desalination technologies, solar-driven ZLD desalination produces solid salt as the only byproduct and uses sunlight as the only energy source, making it less energy intensive, more cost-effective, and affordable.
This paper considers a concept of a small self-powered solar-driven multi-stage ZLD desalination plant based on film evaporation drums and having a desalination capacity of up to 1100 liters of freshwater per day.
.
Read the whole article
Download the ZIP file
.
.
by
UZIKOV Vitaly
Engineer, Russia
E-mail: uzikov62@mail.ru
UZIKOVA Irina
Engineer, France
E-mail: iuzikova@assystem.com
Read the whole article
Download the ZIP file
.
Abstract
The need for isotope separation of water molecules with protium (ordinary hydrogen), deuterium and tritium arises in various industries: obtaining heavy (D2O) water for the nuclear industry; purification of radioactive water from tritium during the elimination of the consequences of the accident at the Fukushima NPP and heavy water at nuclear reactors; reduction of the natural concentration of heavy hydrogen isotopes in water for biological and medical purposes, etc.
But first of all, our proposals are an attempt to propose a technology that could prevent the discharge of water contaminated with tritium into the world ocean after the accident at the Fukushima nuclear power plant.
.
Read the whole article
Download the ZIP file
.
.
by
Tertyshnik E.G.
E-mail: edtertysh23@yandex.ru
Epifanova I. E.
Epifanov A.O.
.
Read the whole article
Download the ZIP file
.
Abstract
Based on the test report of the heat generator by A. Rossi (2011, Lugano), the authors calculated that the summa of nuclear energy had been generated by the heat generator for 30 days exeeded 9000 J . To improve the operational characteristics of the device, it is proposed to use a high-frequency generator to heat the reacting mixture. The use of titanium instead of nickel in the heat generator can also be useful. An experiment was carried out in during which a nuclear reaction in a mixture of 5 g of nickel and 0.5 g of lithium aluminum hydride was initiated by heating in a household microwave oven. Gamma analysis of the mixture after it had cooled revealed the presence of a number of short-lived nuclides including 46K (half-life 1.75 min.), 91mMo (half-life 1.077 min.), 168mLu (half-life 6.70 min.). At the moment of start of measurements, the activity of these nuclides ranged from 0.5 to 1 Bq.
.
Read the whole article
Download the ZIP file
.
.
by
Vitaly Uzikov, Lead Ingeeneer, JSC “SSC RIAR” (Russian Federation)
Irina Uzikova, Nuclear Safety Engineer, Assystem E&OS (France)
.
Read the whole article
Download the ZIP file
.
Abstract
This paper presents the results of the analysis of a universal system for cooling of the research reactors core. The cooling system based on the passive principle of natural convection of the coolant. This cooling system develops the concept of a reactor plant presented in [1]. This Chapter presents à three-dimensional model, technological and design diagrams of a reactor unit. The examples of the numerical assessment of transients during operation in normal and accident modes are shown to substantiate the possibility of using such system in research reactors of medium and high power, providing a neutron flux of more than 1 × 1015 cm-2/s.
A fundamental feature of the presented passive heat removal system is the absence of active elements in the cooling circuits, such as circulation pumps, shut-off and control valves, as well as the presence of an intermediate circuit with a non-radioactive coolant, made according to the principle of operation of a heat pipe (thermic syphon). Such design excludes the release of the radioactive coolant into the surrounding environment for any depressurization of the circuits. The cooling circuits include only vessels, piping and heat exchangers. The absence of elements with mechanical moving parts can significantly reduce the equipment failures probability and increase the reliability of the cooling system while reducing its cost.
The versatility of the proposed system allows using it for different reactor plants of a wide power range, designed for various nuclear research areas.
.
Read the whole article
Download the ZIP file
.
.
by
Vitaly Uzikov, Lead Ingeeneer, JSC “SSC RIAR” (Russian Federation)
Irina Uzikova, Nuclear Safety Engineer, Assystem E&OS (France)
.
Read the whole article
Download the ZIP file
.
Introduction
One of the main directions of modern development of nuclear energy is the creation of small modular reactors. Small modular reactors installed in single or multi-unit power plants make it possible to combine nuclear and alternative energy sources, including renewable sources.
However, the problem of optimal choice of the type of coolant for such reactors remains unresolved. Despite the seemingly obvious choice, the use of water as a coolant carries significant risks of a heat transfer crisis in the core in emergency situations, and the possibility of an exothermic zirconium vapor reaction has led to catastrophic consequences at the Fukushima-Daiichi NPP [1]. The use of gas, organic heat transfer fluids or salts causes no less problems and risks. Liquid metal coolant – liquid sodium requires special care in handling it due to its fire and explosion hazard, and the use of a lead-bismuth coolant leads to the formation of a large amount of hazardous radioactive polonium-210, which, in case of accidents with depressurization, can escape into the environment and lead to serious radiation consequences in the adjacent territories. Therefore, perhaps the most acceptable coolant option for small-sized modular reactors may be ordinary lead.
.
Read the whole article
Download the ZIP file
.
|
|
Recent Comments