About
Plasma Physics, Rigorously Explored
Plasmology is an authoritative educational resource dedicated to plasma physics — the science of ionized matter that governs the behavior of stars, drives fusion energy research, and underpins advanced manufacturing technologies.
The Author
Meet Moneypenny

Nic Moneypenny
Founder, Plasmology
"No fear attitude — happy to break down doors to get answers and investigate what's in the public interest to know."
Nic has been known as 'Moneypenny' for over 20 years — primarily as a financial services expert, but also because of her James Bond-esque approach to investigation and truth-seeking. Following her degree in Economics & Politics, she worked as an Economist at Chase Manhattan before a career in journalism that began even earlier.
Since 2020, Moneypenny has become a high-profile online speaker, educator, and content creator with global reach. Her investigative instincts led her to plasma physics — a field she argues is the key to understanding everything from UAPs and consciousness to the structure of the cosmos itself. She hosts live X Spaces with researchers, scientists, and investigators, bringing frontier science to a global audience in real time.
Her research has produced three published papers: Sentient Plasma: Unveiling Intelligence in the Cosmos, Intelligent Space Plasma Orbs, and Plasma Proven Spirit — arguing that plasma, as the most abundant form of matter in the universe, exhibits emergent properties of self-organisation and intelligence that have profound implications for UAP disclosure, consciousness research, and our understanding of life itself. The US Government's formal acknowledgement of UAPs has, in her view, validated the natural plasma hypothesis she has championed for years.
Research Papers
Sentient Plasma: Unveiling Intelligence in the CosmosIntelligent Space Plasma OrbsPlasma Proven Spirit3
Published plasma research papers
2022+
UAP disclosure research
2020
Global content creator since
Our Mission
Advancing the understanding of the fourth state of matter
Plasma physics is among the most mathematically demanding and physically rich disciplines in the natural sciences. Yet accessible, rigorous educational resources remain scarce — most treatments are either too superficial for researchers or too specialized for those entering the field.
Plasmology bridges that gap. We provide structured, in-depth content spanning plasma fundamentals, magnetohydrodynamics, fusion science, space plasmas, and industrial applications — written at the level of researchers and advanced graduate students.
Our content is grounded in the primary literature and reviewed for physical accuracy. We treat our readers as the scientists they are.
Editorial Standards
How We Work
01
Rigorous Accuracy
Every concept is grounded in peer-reviewed literature and established physical theory. We do not simplify at the expense of correctness.
02
Depth Over Breadth
We write for researchers and advanced students who demand mathematical precision and conceptual depth, not surface-level summaries.
03
Open Access
Plasma physics knowledge should be freely accessible to the global research community, regardless of institutional affiliation.
Coverage
Research Areas
Plasma Confinement
Magnetic and inertial confinement strategies for achieving and sustaining thermonuclear fusion conditions.
Space & Astrophysical Plasmas
Solar wind dynamics, magnetospheric physics, and plasma processes in stellar and galactic environments.
Laboratory Plasma Physics
Experimental diagnostics, plasma generation techniques, and controlled laboratory plasma studies.
Plasma Diagnostics
Langmuir probes, Thomson scattering, spectroscopic methods, and advanced measurement techniques.
Theoretical & Computational
Kinetic theory, MHD simulations, particle-in-cell methods, and analytical plasma models.
Industrial Plasma Science
Plasma processing, surface modification, semiconductor fabrication, and emerging applications.
History
Key Milestones in Plasma Physics
William Crookes identifies a "fourth state of matter" in cathode ray experiments.
Irving Langmuir coins the term "plasma" to describe ionized gas in discharge tubes.
Project Sherwood launches — the first major U.S. fusion research program.
Soviet T-3 tokamak achieves electron temperatures of 1 keV, validating the tokamak concept.
JET tokamak sets a world record of 16 MW of fusion power output.
NIF achieves ignition — fusion energy output exceeds laser energy delivered to the target.
Begin
Explore the science of plasma
From the Debye length to the Grad–Shafranov equation, Plasmology covers the full theoretical and experimental landscape of plasma physics.