blevin-thonemann
PERSON dossier
Blevin & Thonemann
PERSON UAP Research HISTORICAL // R&D
01 Executive_Summary
Researchers who, in 1962, pioneered the technique of generating azimuthal electron currents in a plasma column using Rotating Magnetic Fields (RMF). This technique is a critical enabling technology for modern FRCs, providing a method for steady-state current drive and active stabilization of the destructive n=2 rotational instability.
03 Deep_Dive_Intelligence
Overview
Researchers who, in 1962, pioneered the technique of generating azimuthal electron currents in a plasma column using Rotating Magnetic Fields (RMF). This technique is a critical enabling technology for modern FRCs, providing a method for steady-state current drive and active stabilization of the destructive n=2 rotational instability.
Entity Type: Individual — Blevin & Thonemann is profiled as a key figure in the research network.
Source Documents
Intelligence derived from 2 source documents:
- IEPC-2009-265: Developed by researchers at MSNW and the University of Washington, this 2009 technical paper introduces the Electrodeless Lorentz Force (ELF) thruster for pulsed plasmoid propulsion. The system employ
- Fusion Frontiers FRC, CFR, and Covert Programs Timeline: This document provides a comprehensive timeline of the development of Field-Reversed Configuration (FRC) and Compact Fusion Reactor (CFR) technologies from 1946 through 2025, involving entities such a
05b Related_Topics (6)
UAP Investigation
07 Key_Findings
- ▸ Entity Type: Individual — Blevin & Thonemann is profiled as a key figure in the research network.
- ▸ IEPC-2009-265: Developed by researchers at MSNW and the University of Washington, this 2009 technical paper introduces the Electrodeless Lorentz Force (ELF) thruster for pulsed plasmoid propulsion. The system employ
- ▸ Fusion Frontiers FRC, CFR, and Covert Programs Timeline: This document provides a comprehensive timeline of the development of Field-Reversed Configuration (FRC) and Compact Fusion Reactor (CFR) technologies from 1946 through 2025, involving entities such a
10 FAQ
Who is Blevin & Thonemann? ▾
Researchers who, in 1962, pioneered the technique of generating azimuthal electron currents in a plasma column using Rotating Magnetic Fields (RMF). This technique is a critical enabling technology for modern FRCs, providing a method for steady-state current drive and active stabilization of the destructive n=2 rotational instability.
What role does Blevin & Thonemann play in the research network? ▾
Blevin & Thonemann is classified under the "UAP Research" category, belonging to the HISTORICAL // R&D vertical group. Researchers who, in 1962, pioneered the technique of generating azimuthal electron currents in a plasma column using Rotating Magnetic Fields (RMF). This technique is a critical enabling...
What evidence supports the Blevin & Thonemann assessment? ▾
The intelligence assessment for Blevin & Thonemann is supported by 3 primary sources, 1 PDF document, and 1 citation. Key sources include "PLASMA CONFINEMENT USING AN ALTERNATING MAGNETIC FIELD", "The orbits of electrons and ions in a rotating magnetic field", and "Field reversal by rotating waves". These documents provide the evidentiary basis for the analysis.
What is Blevin & Thonemann's background and expertise? ▾
Researchers who, in 1962, pioneered the technique of generating azimuthal electron currents in a plasma column using Rotating Magnetic Fields (RMF). This technique is a critical enabling technology for modern FRCs, providing a method for steady-state current drive and active stabilization of the destructive n=2 rotational instability.
What research is Blevin & Thonemann associated with? ▾
Blevin & Thonemann is documented in 4 source documents, including "Field reversal by rotating waves", "PLASMA CONFINEMENT USING AN ALTERNATING MAGNETIC FIELD", and "The orbits of electrons and ions in a rotating magnetic field".
What primary source PDFs are available for Blevin & Thonemann? ▾
1 PDF document is available: "Field reversal by rotating waves". This paper analyzes the single-particle motion in a rotating magnetic field to evaluate the feasibility of generating toroidal currents for compact-torus field reversal in the 'Rotamak' concept....
What external sources document Blevin & Thonemann? ▾
Blevin & Thonemann is documented by 3 external sources, including 3 paper. Notable references include "PLASMA CONFINEMENT USING AN ALTERNATING MAGNETIC FIELD", "The orbits of electrons and ions in a rotating magnetic field", and "Field reversal by rotating waves".
What is the historical timeline for Blevin & Thonemann? ▾
Blevin & Thonemann is referenced across documents spanning 1946–2025, with activity noted in 1946, 1962, and 2009. This temporal range is derived from the primary source documents in the research archive.
How does Blevin & Thonemann relate to compact fusion research? ▾
Overview Researchers who, in 1962, pioneered the technique of generating azimuthal electron currents in a plasma column using Rotating Magnetic Fields (RMF). This technique is a critical enabling technology for modern FRCs, providing a method for steady-state current drive and active...
What documents should I read to learn more about Blevin & Thonemann? ▾
To learn more about Blevin & Thonemann, review the 3 primary sources, 1 PDF document, and related research finding linked in the source documents section of this dossier.
Source_Documents 3 FILES
Field reversal by rotating waves
This paper analyzes the single-particle motion in a rotating magnetic field to evaluate the feasibility of generating toroidal currents for compact-torus field reversal in the 'Rotamak' concept. The exact solution demonstrates that strong axial magnetic fields inhibit motion transverse to them, and in the regime where synchronous electron rotation occurs, power dissipation is linearly proportional to the driven current rather than Ohmic (quadratic). The resulting low current-drive efficiency and orbit destabilization near field reversal point pose significant practical challenges for Rotamak-type fusion reactors.
PDF Archive →
IEPC-2009-265
Developed by researchers at MSNW and the University of Washington, this 2009 technical paper introduces the Electrodeless Lorentz Force (ELF) thruster for pulsed plasmoid propulsion. The system employs a rotating magnetic field to generate and accelerate high-density magnetized plasmoids, providing a high-efficiency, lightweight solution for advanced space propulsion applications.
PDF Archive →
Fusion Frontiers FRC, CFR, and Covert Programs Timeline
This document provides a comprehensive timeline of the development of Field-Reversed Configuration (FRC) and Compact Fusion Reactor (CFR) technologies from 1946 through 2025, involving entities such as Los Alamos National Laboratory and Lockheed Martin. The text synthesizes historical plasma physics research with alleged clandestine programs, advanced propulsion experiments, and theoretical physics conjectures regarding spacetime manipulation.
PDF Archive →
Citations 1
- [1] (1982) — Nuclear Fusion (IAEA) / Plasma Physics Laboratory, Princeton University & Institute for Fusion Theory, Hiroshima University
Verified_Primary_Sources 3 SOURCES
primary osti.gov paper
PLASMA CONFINEMENT USING AN ALTERNATING MAGNETIC FIELD
Verifies: Blevin, H.A. and Thonemann, P.C. authored this 1962 paper in Nuclear Fusion, Suppl.; Demonstrated that magnetic fields of Mc frequencies can penetrate dense plasma if conductivity is sufficiently high; Certain configurations of alternating magnetic fields lead to confined plasmas with field reduced to zero at the axis
External Link ↗
primary cambridge.org paper
The orbits of electrons and ions in a rotating magnetic field
Verifies: Paper cites Blevin & Thonemann 1962 Nucl. Fusion Suppl. part 1, p. 55; Examines motion of electrons and ions in rotating magnetic field systems; Identifies stable orbits in non-uniform self-consistent fields for cylindrical plasma equilibrium
External Link ↗
primary w3.pppl.gov paper
Field reversal by rotating waves
Verifies: The idea of producing electric current by rotating waves originated with Blevin and Thonemann; Rotamak concept employs rotating magnetic fields to produce compact-torus configuration; Fundamental principle: electrons may be tied to magnetic field lines when ions are not
External Link ↗
ID: blevin-thonemann
Type: person
Region: intel-base
Last updated: Research database snapshot
Type: person
Region: intel-base
Last updated: Research database snapshot