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FIT research into electrodynamics of the atmosphere

Theory and algorithmic illustration of interrelationships of thunderstorm development based on all discernible kinematics or the motion and evolution of systems with respect to time. Examples of Expert Witness testimony by scientists in the weather industry and WRF-Elec modelling of lightning with measured data from November 7 2024 in west Texas.

Measurements taken under small Florida Storms at Kennedy Space Center in the 1980's. E. Philip Krider An atmospheric physics professor who is internationally known for his work on lightning and thunderstorm electricity. "Krider and Blakeslee" refers to a scientific study, by researchers E. P. Krider and R. J. Blakeslee, that focused on the electric currents produced within thunderclouds, detail...

Capturing both thermal Helmholtz free energy (nonelectrostatic) and coulumb energy (electrostatic) for a total energy composite of thunderstorms and tornadoes using the Poisson-Helmholtz-Boltzman solution

A lucid introduction to the Rayleigh-Bénard problem: it has also been applauded for its thorough, clear coverage of the theory of instabilities causing convection. Dr. Chandrasekhar considers most of the typical problems in hydromagnetic stability. Jürgen Zierep was appointed Professor of Theoretical Fluid Mechanics at the Technical University of Karlsruhe, and two years later, at the age of 34...

Modern Thermodynamics with fluctuations far from equilibrium for which Ilya Prigogine won the Nobel Prize in Chemistry in 1977, followed by a Perdue University Engineering Lecture before the thermodynamic balance theory used by meteorology to describe tornadoes.

Examples of measurements and calculations of charge distribution in storm clouds by instructors of computational electrodynamics at Embry-Riddle, New Mexico Tech, Penn State and other institutions

Modern Thermodynamic Concepts with demo videos from High Field Mag Lab.

Examples and exercises of electrodynamics contrasted with the time independent thermodynamic heat transfer processes which are mathematically equivalent as described by Richard Feynman in the Atmospheric Electricity Lectures with Weather Research Forecast model descriptions and availability

Computational Electrodynamics applied to atmospheric electricity by New Mexico Tech and Paul Krehbiel, Georgia Tech and Levi Boggs, and Embry Riddle and Jeremy Riousset

The teachings, publications and technology of Paul Krehbiel of the New Mexico Tech University where the Langmuir Lab for Atmospheric Research is located and whose interests include Atmospheric Electricity, Charging and Lightning. Russian Numerical Weather Prediction models published as recently as December 1 2024 claim to predict weather more accurately with electric charge than with standard m...

Magnetic Tornadoes on Jupiter

Coupling of mechanical, thermodynamic and electromagnetic forces with a comparison of Laplacian with Poisson analysis of magnetic fields associated with tornado

The full electromagnetic-hydro-dynamic (EMHD) model of a tornado is a coupled problem involving the electric, magnetic, fluid flow fields, electric circuit and chemical (dynamical ions) models. This model was built with the combined finite element methods (FEM) and the finite volume methods (FVM) to solve the Poisson equation. The Finite Volume Method considers the general Poisson equation, the...

Modeling the Atmosphere as a Capacitor

Atmospheric Thermodynamics Interacting with Electrodynamics

Comparing GLM Total Optical Energy with ENTLN and NLDN

Poisson Solver and WRF ELEC Lightning Forecast Tool

Modern Tornado Thermodynamic Balance

Worst Mistake in Physics and how to avoid a similar mistake

Thundercloud Electron Accelerator with Radar Diagnosis

Role and Importance of the Lower Positive Charge Region

Limitations of Thermodynamics and Lightning Climatology

SPC HREF Viewer Thunder Guidance available to the public

Bias in Convective Outlooks

Using LightningCast to Update an SPC Convective Outlook

High Energy Astrophysics in Weather

Nature magazine TGE and PeVatrons

Extracting probabilistic severe weather guidance from convection allowing model forecasts