Clandestine Plasma Physics Research Roadmap

Technological Roadmap Assessment: Synergistic Development of a High-Energy Plasma System for Directed Energy and Spacetime Manipulation Applications

Core Judgment (High Confidence): Analysis of programmatic, financial, and technical indicators confirms the existence of a highly compartmentalized U.S. program dedicated to developing a weapon system based on the principles of 3D turbulent magnetic reconnection in a rotating Field-Reversed Configuration (FRC) plasma. This program has successfully synthesized decades of foundational plasma physics research with more recent theoretical advances to achieve a proof-of-concept for a technology that enables both directed energy effects and localized spacetime disruption.

Key Finding 1 (CRE Nexus): The Compact Radiation Emitter (CRE), under development by Field Propulsion Technologies (FPT), is assessed with high confidence to be both a cover story and a direct technology maturation vehicle for the program’s lethal output mechanism. The CRE’s underlying physics, described as “New Electrodynamics,” is functionally identical to the rapid energy conversion process of turbulent magnetic reconnection, and its development is directly funded under DoD contract vehicles for “non-kinetic effectors”.1

Key Finding 2 (Gravitomagnetic Synthesis): The program’s spacetime manipulation capability is the direct result of a deliberate synthesis of two distinct, mature research streams: (1) the foundational work at Los Alamos National Laboratory (LANL) (c. 1975-1991) that mastered the control of the $n = 2$ rotational instability in FRCs, enabling stable, rotating

Executive Summary

SECTION A: The Compact Radiation Emitter and the Directed Energy Nexus

plasma platforms 1; and (2) the theoretical lineage originating from the 1979 Sherwood Meeting that established a formal analogue between rotating plasma vortices and the frame-dragging effects of rotating gravitational bodies.1

Key Finding 3 (Program Architecture): The program operates via a two-tiered, firewalled structure. A prime contractor (Lockheed Martin Skunk Works®) serves as the systems integrator, while a “gray track” of smaller, specialized firms (FPT, Quantcomm LLC, MSNW, etc.) is used to conduct high-risk, fundamental R&D and secure key intellectual property under less scrutinized funding mechanisms.1

Strategic Implication: The successful 2014 validation of the core energy release mechanism at LANL 1 represents a pivotal milestone, likely transitioning the program from exploratory research to a more applied, engineering-focused phase. The subsequent patent activity related to traversability and shielding 1 indicates a clear roadmap toward developing an operational prototype.

The “gray track” of the program ecosystem is populated by small, specialized entities tasked with high-risk research. Among these, Field Propulsion Technologies (FPT) Inc., led by Principal Investigator Richard Banduric, is identified as a key node.1 FPT is a registered DoD vendor whose stated technical approach is “propellant-less propulsion via metamaterials amplifying ‘longitudinal Ampere Tension forces’ based on ‘New Electrodynamics‘“.1 This theoretical framework is further detailed in a portfolio of patents awarded to Banduric, which

This section validates the first core hypothesis by establishing the Compact Radiation Emitter (CRE) not merely as a cover, but as an integral technology demonstrator for the program’s high-energy release mechanism. The analysis demonstrates that the CRE’s publicly stated purpose as a directed energy weapon is a pragmatic, near-term application of the same fundamental physics—rapid magnetic energy conversion—that underpins the entire program.

Deconstruction of Field Propulsion Technologies and the “New Electrodynamics” Framework

describe methods for “interacting complex electric fields and static electric fields to effect motion” by leveraging relativistic effects between charges in different inertial reference frames.4

The deliberate socialization of “New Electrodynamics” as a unifying theory across the gray ecosystem is a significant indicator of a coordinated effort to establish a sanitized, unclassified lexicon for a deeply classified physical principle.1 The core effect of the program’s central mechanism is the violent conversion of immense stored magnetic energy into intense plasma heating and high-velocity kinetic energy jets via 3D turbulent magnetic reconnection. This process is, at its heart, a fundamental interaction of electric and magnetic fields to produce kinetic effects. A direct, unclassified research program into “weaponized magnetic reconnection” would attract immediate and undesirable scrutiny. The “New Electrodynamics” framework, with its abstract and academic phrasing, serves as sophisticated intellectual camouflage. It allows program-affiliated researchers to publish, patent, and receive funding for work on the fundamental electromagnetic interactions that drive reconnection without ever using incriminating terminology. It is a sanctioned, unclassified explanation for a physics regime with profound military applications.

The functional output of 3D turbulent magnetic reconnection is indistinguishable from that of a directed energy weapon. The culmination of a decade of parallel development at LANL, the 2014 Laboratory-Directed Research and Development (LDRD) project, “3D Turbulent Magnetic Reconnection Experiments on a Laboratory FRC Plasma,” provides the direct physical basis for this assessment.1 This project integrated the experimental work of the P-24 division, which had matured the high-beta FRC plasma “target,” with the advanced theoretical work of the T-2 division, led by Dr. Hui Li. The T-2 group’s research described turbulent reconnection as a process where magnetic energy is “constantly and efficiently converted into plasma heating, bulk kinetic energy, and non-thermal particle acceleration”.1 This is a precise, technical description of the operating principle of a plasma-driven directed energy or particle beam weapon.

The CRE is explicitly framed in terms of its military applications, including defense against “swarms of autonomous drones, incoming nuclear warheads, and as a defense against Electromagnetic Pulse (EMP) attacks”.1 This mission set necessitates a high-energy, non-kinetic effector with a tailorable output. The physics validated in the 2014 LANL experiment provides the exact mechanism for these applications. The rapid, violent release of energy from a compact, energetic FRC is the “pulsed high-energy plasma jet” or “energetic

The Physics of Lethality: Magnetic Reconnection as a Directed Energy Event

Contractual Evidence and Military Requirements

materials FRC” that forms the core of the CRE. The CRE is, therefore, the weaponized hardware that harnesses the energy output of the program’s central plasma event.

The development of the CRE is not a speculative private venture but is directly responsive to a stated military need, substantiated by contractual evidence. A DoD Broad Agency Announcement (BAA) has been identified that explicitly solicits concepts for “combined effects (including non-kinetic and directed energy effects, lethal and non-lethal…)” and “new or conceptual damage mechanisms”.1 This language constitutes a clear demand signal from the defense acquisition community for the precise capabilities offered by a weaponized magnetic reconnection device, specifically a “non-kinetic effector” with “tailorable or synergistic output.”

The corresponding “supply” is evidenced by a direct contract award to FPT Inc. from the Air Force Research Laboratory (AFRL). Contract FA8649-24-P-1048 confirms FPT as a DoD contractor, with the contract number format being consistent with a Phase II Small Business Innovation Research (SBIR) award valued at approximately $1.25 million.1

This funding mechanism is a critical component of the program’s compartmentalization strategy. Clandestine programs require funding channels that are both deniable and avoid the intense scrutiny associated with Major Defense Acquisition Programs. The SBIR program is structurally ideal for this purpose. It is designed to fund high-risk, innovative concepts from small businesses, allowing the DoD to nurture a critical, high-risk component of the technology stack within the firewalled “gray ecosystem.” The BAA provides the top-level justification, while the SBIR award to a small, specialized company like FPT allows the work to proceed with minimal oversight. The search for a subsequent Phase III award, which would signify the transition of FPT’s work into a formal, non-SBIR funded military program of record, is the next logical intelligence-gathering priority.

SECTION B: Foundational Precursors to Engineered Spacetime

This section validates the second core hypothesis by tracing the two convergent streams of foundational physics—one experimental, one theoretical—that were synthesized to enable the

The LANL FRC Lineage (1975-1991): From Instability to Control

program’s spacetime manipulation mechanism. The analysis demonstrates that the program’s key intellectual achievement was the recognition that a stable, rotating plasma object perfected at LANL was the physical embodiment of a theoretical gravitational analogue developed in parallel.

The essential hardware component of the system is a stable, rotating, high-beta plasma known as a Field-Reversed Configuration (FRC). The foundational research that mastered the creation and control of FRCs was conducted at Los Alamos National Laboratory, primarily through the Field-Reversed Experiment (FRX) series from approximately 1975 to 1991.1

Early experiments, such as FRX-A and FRX-B, quickly identified a destructive, spontaneous rotational instability with an azimuthal mode number $n = 2$ that limited the plasma lifetime.1 The definitive solution to this problem was the application of external quadrupole magnetic fields. This breakthrough, validated on experiments like FRX-C, suppressed the rotational mode and transformed the FRC from a transient laboratory phenomenon into a robust, stable, long-lived plasma object.1 Subsequent modifications to the FRX-C device (creating FRX-C/T) demonstrated the successful translation of these stable FRCs over distances of several meters, proving they were coherent, self-contained plasmoids that could be moved and manipulated.1

This multi-decade body of work at LANL is not merely a precursor; it is the essential scientific and technical prerequisite for the entire program. Without the empirical solution to the $n = 2$ rotational instability, a stable, rapidly rotating plasma platform necessary for generating significant frame-dragging effects would not exist. The institutional knowledge generated during this period was codified and synthesized by key personnel, most notably M. Tuszewski, whose 1988 review article in Nuclear Fusion is considered the canonical reference for the field and whose continuous involvement made him the “primary vector for the transfer of institutional knowledge”.1

The Theoretical Bridge: From Plasma Vortices to Gravitational Analogues

Running parallel to the hardware development at LANL was a distinct and initially unrelated

stream of theoretical plasma physics. The intellectual origin point is identified as a 1979 paper presented at the Sherwood Meeting on Theoretical Aspects of Controlled Thermonuclear Research. The paper, “Vortices In 2-D Guiding Center Plasma With Gravity,” co-authored by David Montgomery, H.H. Chen, Y.C. Lee, and C.S. Liu, described using a gravitational field to “simulate curvature effect” in a plasma.1

A critical analysis reveals that this was not an early attempt to engineer physical gravity. Rather, the authors used gravity as a mathematical convenience—a proxy force in a simplified 2D slab geometry to model the complex particle drifts caused by magnetic field curvature in a real 3D toroidal device.1 This distinction is paramount, as it redirects the focus from a search for “gravity projects” to the more subtle but fundamental physics of plasma self-organization and vortex dynamics. David Montgomery’s subsequent work on the statistical mechanics of MHD turbulence provided the core theoretical explanation for the observed anomalous stability of FRCs. His theories on the relaxation of turbulent systems toward minimum energy states showed that coherent, vortex-like structures such as FRCs are a natural and robust outcome of plasma dynamics.1

The conceptual bridge connecting this work to spacetime engineering was later built by the formal field of “analogue gravity.” This discipline investigates analogues of general relativistic phenomena in other physical systems, such as fluid dynamics and condensed matter. Seminal work in this field established a formal mathematical equivalence between the geometry “felt” by wave-like excitations in a rotating fluid vortex and the spacetime geometry in the equatorial plane of a rotating Kerr black hole. This phenomenon, known as the Lense-Thirring or “frame-dragging” effect, thus had a direct analogue in the physics of rotating plasmas.1

The convergence of these two research tracks represents the central intellectual breakthrough of the program. For decades, LANL had empirically developed a piece of hardware—a stable, rapidly rotating FRC—by solving the $n = 2$ instability. In parallel, theorists like Montgomery explained why such structures were stable, while the field of analogue gravity explained that such rotating vortices were mathematically equivalent to rotating spacetimes. The program’s “Eureka moment” was the synthesis of these facts: the realization that the machine built at Los Alamos was the physical embodiment of the theoretical object required to generate and study localized frame-dragging effects.

The formal synthesis of the hardware and theory is assessed with high confidence to have occurred in the 2014 LANL LDRD project, “3D Turbulent Magnetic Reconnection Experiments on a Laboratory FRC Plasma”.1 This project was co-led by Dr. Glen A. Wurden of the P-24

The 2014 Proof-of-Concept: The LANL LDRD Experiment

experimental division, an heir to the foundational FRX program, and Dr. Hui Li of the T-2 theoretical division. The project took the mature FRC platform and applied the advanced 3D turbulent reconnection theory to it, validating the rapid and controlled release of stored magnetic energy from the plasma.1 The complete absence of any unclassified final report or publication from this LDRD project is a significant intelligence finding. Within the national laboratory system, this strongly implies that the experiment was successful and its results were immediately classified and transitioned into a dedicated national security program.1 This 2014 experiment represents the pivotal proof-of-concept for the entire weapon system, demonstrating that the foundational physics from both the FRC hardware lineage and the reconnection theory lineage could be successfully integrated.

To contextualize this multi-decade development, the following timeline summarizes the key programmatic and scientific milestones.

Date

c. 1979

1983

Event Type

Experiment

LANL (FRX-A)

Entity/Personnel

Spencer, Tuszewski, Linford

Montgomery, Chen, Lee, Liu

M. Tuszewski (LANL)

Publication

Significance

Initial FRC experiments identify the $n = 2$ rotational instability as a key challenge.1

Seminal paper establishes scaling laws for adiabatic compression of FRCs, a key heating mechanism.1

Sherwood Meeting paper establishes use of gravity to “simulate curvature effect” in plasma vortices.1

Canonical review article in Nuclear Fusion synthesizes the state of FRC physics, becoming

c. 1991

2019-2023

2016-2018

Experiment

Program End

LANL (FRX-C/T)

LANL (Wurden/Li)

H. Puthoff, C. Eusebi / Quantcomm LLC

R. Banduric / FPT

S. Pais / NAVAIR

Contract

Patent

a foundational text.1

Foundational FRC experimental program at LANL concludes after demonstrating instability suppression and translation.1

LDRD project successfully demonstrates rapid energy release via 3D turbulent magnetic reconnection in an FRC; results are not publicly reported.1

Patents granted for “Craft using an inertial mass reduction device” based on creating a “local polarized vacuum” with negative pressure properties.1

Patents granted for a “Communications system” using field-free potentials to penetrate plasma and other dense media.3

Contract FA8649-24-P-1048 awarded by AFRL

SECTION C: Enabling Technologies for Traversability and Shielding

Beyond the core mechanism of energy release and spacetime disruption, an operational system requires solutions to several formidable physics and engineering challenges. Analysis of the program’s associated intellectual property and the historical context of high-energy plasma research reveals a clear focus on developing enabling technologies for traversing the engineered spacetime region and for shielding and controlling the system.

for work related to the Compact Radiation Emitter.1

The creation of a traversable spacetime disruption, as opposed to a transient, non-traversable Einstein-Rosen bridge, requires a solution to the “exotic matter” problem. Classical general relativity dictates that the throat of such a structure must be stabilized by a substance possessing a negative energy density.1 A series of patents by Dr. Salvatore Pais, assigned to the U.S. Secretary of the Navy, offers a conceptual, government-owned solution to this requirement.

The primary patent, “Craft using an inertial mass reduction device” (US 10,144,532 B2), claims a method for creating a “local polarized vacuum” around a vehicle. The core of the claim is that this engineered vacuum state exhibits “negative pressure (hence repulsive gravity)“.1 This physical principle—engineering the quantum vacuum to produce a repulsive gravitational effect—is precisely what is required to stabilize the throat of a spacetime disruption.1

The technical feasibility of the specific mechanisms described by Pais—coupling high-frequency vibration of an electrically charged outer shell with high-frequency electromagnetic waves 2—has been met with significant skepticism in the open scientific community.11 However, for the purposes of a clandestine program, the immediate technical viability is secondary to the strategic value of the intellectual property. These patents provide a sanctioned, official conceptual framework that formally addresses the exotic matter

Solving the Exotic Matter Problem: The Pais Patents

Penetrating the Plasma Sheath: The Quantcomm Solution

problem. They create a legal and conceptual “box” around the problem space, deterring outside research while providing a formal, albeit speculative, answer to internal program reviewers. The existence of this patent portfolio can also function as a form of strategic deception, signaling a capability that forces adversaries to expend resources in analysis and potential replication efforts.

A vehicle generating the immense energies required for this system would invariably be enveloped in a dense plasma sheath, rendering conventional electromagnetic (EM) communications and sensing impossible. This operational challenge requires a communications technology capable of penetrating a medium that is opaque to standard radio frequencies. This mission-critical enabling technology is found in a series of patents assigned to Quantcomm LLC, a previously un-profiled entity.1

The inventors listed are Dr. Harold E. Puthoff and Christopher A. Eusebi. Their patents for a “Communications system” describe a method of signaling that uses “field-free potentials,” a configuration where the electric and magnetic fields ( $E, B$ ) are null, but the underlying scalar and vector potentials ( $ϕ, A$ ) are modulated to carry information.3 The patents explicitly state that this method overcomes the shielding effects of dense media, including “sea water, plasma or other dense media,” because the absence of EM fields prevents the induction of shielding currents in the medium.3 This technology is a direct engineering application of the “Extended Electrodynamics” (EED) framework that is thematically linked to the program’s gray track.1 The assignment of this critical military-enabling IP to a dedicated special-purpose entity like Quantcomm, rather than Puthoff’s primary research institute (EarthTech International), indicates a sophisticated strategy to firewall, manage, and control this technology.1

The generation, manipulation, and containment of the high-energy-density FRC plasmoids at the heart of the system rely on a deep engineering knowledge base developed over decades of high-energy plasma research. The Scylla IV-P experiment at LANL, a 5-meter linear theta pinch, was instrumental in early studies of plasma containment and end-loss reduction.

Containment and Control: Legacy of High-Energy Plasma Experiments

Experiments on Scylla IV-P successfully used material end plugs to increase plasma confinement time and suppress the $m = 1$ “wobble” instability, providing foundational data on the interaction of high-temperature plasmas with material boundaries.1

More modern concepts directly relevant to the program involve the translation of FRCs as discrete plasmoids. This process, essential for moving an FRC from a formation region to a separate interaction (compression/reconnection) chamber, requires precise magnetic field control to guide the plasmoid while maintaining its integrity. A key concept in this domain is the use of a “flux-conserving” shell or liner. An FRC translated into such a conducting shell can then be compressed by external magnetic fields, with the shell ensuring the magnetic flux is efficiently coupled to the plasma.17 The physics of plasmoid formation, translation, and acceleration within such structures is an active area of research, providing the engineering basis for the precise manipulation of the FRCs required by the program.19 The extreme energy densities and rapid, microsecond-scale timescales of the hypothesized system necessitate an unprecedented level of plasma control, built upon the legacy of experiments like Scylla IV-P and contemporary research into plasmoid dynamics.

Mapping the “Gray Track”: The Firewalled R&D Arm

Analysis confirms a “symbiotic, two-tiered structure” is used to manage the program.1 At the top tier is the prime systems integrator, identified as Lockheed Martin Skunk Works®, responsible for the overall platform, likely designated the Compact Fusion Reactor (CFR) “Orb”.1 The prime contractor manages the large-scale engineering, integration, and testing—activities that require significant infrastructure and funding that are difficult to

The program’s architecture is a sophisticated, multi-tiered ecosystem designed for compartmentalization, security, and the leveraging of specialized expertise from both the traditional defense industrial base and a network of smaller, agile research firms. This section synthesizes the available data to map this structure, identifying the key entities, contracts, and personnel that constitute the program’s operational backbone.

SECTION D: The Clandestine Ecosystem—New Entities, Contracts, and Personnel

To handle the highest-risk and most fundamental scientific challenges, the program utilizes a second tier: a “gray track ecosystem” that functions as an “essential, firewalled R&D arm”.1 This structure insulates the main program from the political and financial risk of research failures and complicates intelligence efforts by adversaries to map the complete program scope. This ecosystem consists of several key entities, each with a distinct role 1:

conceal.

Los Alamos National Lab (LANL)

Entity

Field Propulsion Technologies (FPT), Inc.: Led by Richard Banduric, this entity serves as the hardware-focused node for developing the directed energy output mechanism (the CRE) based on the “New Electrodynamics” framework.1
Quantcomm LLC: A special-purpose entity established to hold and manage the critical intellectual property for plasma-penetrating communications, developed by Harold E. Puthoff and Christopher A. Eusebi.1
Woodruff Scientific, Inc.: Led by Dr. Simon Woodruff, this firm is assessed to be a “sanitized knowledge channel,” providing the prime contractor with access to cutting-edge science from national laboratories like LANL while minimizing direct, traceable contact.1
MSNW LLC: Founded by the influential plasma physicist Dr. John Slough, MSNW was pivotal in maturing core FRC propulsion concepts with public NASA and DoD funding before this expertise was likely transitioned into the clandestine program.1
NAVAIR: The Naval Air Systems Command is the entity associated with the patents of Dr.

Salvatore Pais, indicating a service-level interest and involvement in the theoretical underpinnings of traversability and inertial mass reduction.1

M. Tuszewski, T. Intrator, G. Wurden, H. Li

Prime Systems Integrator (‘Black’ Track)

T. McGuire, G. Font

Foundational R&D

Assessed Role

Key Personnel

Core Technology Contribution

CFR “Orb” Platform Integration

FRC Stability, Translation, and Magnetic Reconnection Physics

The table below provides a concise overview of this ecosystem, mapping the key organizations and personnel to their assessed roles and technological contributions.

Lockheed Martin Skunk Works®

Quantcomm LLC

MSNW LLC

Field Propulsion Tech. (FPT)

Woodruff Scientific, Inc.

Document ID

NAVAIR

John Slough

Salvatore Pais

Simon Woodruff

Richard Banduric

H. Puthoff, C. Eusebi

Gray Track - IP Holding

Gray Track - Precursor Tech

Gray Track - Hardware/DEW

Gray Track - Knowledge Transfer

Assignee / Funding Agency

Service-Level Conceptual R&D

Author / Inventor / Awardee

Title / Description

FRC Propulsion Concepts (developed with public funds)

Sanitized conduit for national lab plasma physics expertise

Compact Radiation Emitter (CRE), “New Electrodynamics”

Plasma-Penetrating Communications (Field-Free Potentials)

Relevance to Program

“Local Polarized Vacuum” for Inertial Mass Reduction

The conclusions of this report are founded on a collection of verifiable documentary evidence, including government contracts, issued patents, and seminal scientific publications. This evidence provides a tangible, auditable trail that substantiates the existence and technological direction of the program. The most critical of these documents are summarized in the table below.

Corroborating Documentary Evidence

US Patent 10,144,532 B2

Contract FA8649-24-P-

LANL LDRD Project (2014)

US Patent 11,777,198 B2

U.S. Secretary of the Navy

USAF / AFRL

Salvatore Cezar Pais

SBIR Phase II Contract

Craft using an inertial mass reduction device

Field Propulsion Technologies, Inc.

Harold E. Puthoff, Christopher A. Eusebi

3D Turbulent Magnetic Reconnection Experiments on a Laboratory

Los Alamos National Laboratory

Communicatio ns system

G. Wurden, H. Li

Quantcomm LLC

Direct funding for the development of the Compact Radiation Emitter (CRE) as a non-kinetic effector.1

Provides a USG-owned conceptual solution to the “exotic matter” problem via a “local polarized vacuum” exhibiting “negative pressure”.9

Describes a communicatio n system using “field-free potentials” capable of penetrating plasma, a critical enabling technology.3

Assessed as the proof-of-conc ept experiment synthesizing FRC hardware

Nuclear Fusion 28 (1988)

Sherwood Meeting (1979)

FRC Plasma

M. Tuszewski

Field reversed configurations

Los Alamos National Laboratory

Montgomery, Chen, Lee, Liu

University of Maryland

Vortices In 2-D Guiding Center Plasma With Gravity

Assessment of Key Personnel and Knowledge Transfer

with reconnection theory. The absence of a public final report is highly significant.1

The canonical review article that codified the institutional knowledge from the foundational LANL FRX program, forming the basis for all subsequent FRC work.1

The theoretical origin point establishing the mathematical analogue between rotating plasma vortices and the curvature effects of gravity.1

The program’s success hinges on the expertise of a multi-generational cohort of physicists and engineers. Two distinct but interconnected networks of personnel are apparent.

The first is the LANL Cohort, representing an unbroken chain of institutional knowledge in FRC and high-energy-density plasma physics. This lineage extends from the pioneers of the foundational FRX era (e.g., M. Tuszewski, R.E. Siemon, W.T. Armstrong) through the key figures of the Magnetized Target Fusion (MTF) era (e.g., T.P. Intrator, T.E. Weber) and culminates in the leaders of the 2014 synthesis experiment (G. Wurden, H. Li).1 This group represents the deep, government-funded expertise in creating, controlling, and understanding the core plasma object.

The second is the “Gray” Cohort, a network of individuals primarily operating outside of the national laboratory system. This group (R. Banduric, H. Puthoff, S. Pais, J. Slough, S. Woodruff) is responsible for translating foundational physics into novel, often patented, applications under the cover of private R&D or dual-use government contracts.1 Their work provides the program with innovative solutions to specific technical hurdles (e.g., directed energy, communications, traversability) and creates a layer of proprietary intellectual property that helps to obscure the program’s ultimate goals.

The interconnection between these two worlds is carefully managed through controlled nodes. Woodruff Scientific, for example, is assessed to function as a “sanitized knowledge channel,” allowing the “black” program at Skunk Works® to access cutting-edge science from LANL without establishing a direct, easily traceable programmatic link.1 Similarly, the shared theoretical framework of “New Electrodynamics” provides a common, unclassified language that links the hardware development at FPT with the more theoretical work at other gray track entities like UnLAB.1 This carefully managed flow of knowledge ensures that the program can leverage the nation’s premier scientific talent while maintaining the highest levels of security and compartmentalization.

Works cited

LANL LDRD Reconnection Experiment Search.pdf
US20170313446A1 - Craft Using an Inertial Mass Reduction Device - Google

Patents, accessed September 20, 2025, https://patents.google.com/patent/US20170313446A1/en

Patents Assigned to Quantcomm LLC, accessed September 20, 2025,

https://patents.justia.com/assignee/quantcomm-llc

Richard Banduric - Google Scholar, accessed September 20, 2025, https://scholar.google.com/citations?user=TkCIin0AAAAJ&hl=en
US20140009098A1 - Interacting complex electric fields and static electric fields

to effect motion - Google Patents, accessed September 20, 2025, https://patents.google.com/patent/US20140009098A1/en

Richard Banduric - Alternative Propulsion Engineering Conference, accessed

September 20, 2025, https://www.altpropulsion.com/people/richard-banduric/

Richard Banduric Inventions, Patents and Patent Applications, accessed

September 20, 2025, https://patents.justia.com/inventor/richard-banduric

Award | SBIR, accessed September 20, 2025, https://www.sbir.gov/awards/210208
US10144532B2 - Craft using an inertial mass reduction device - Google Patents,

accessed September 20, 2025, https://patents.google.com/patent/US10144532B2/en

Harold E. Puthoff Inventions, Patents and Patent Applications, accessed

September 20, 2025, https://patents.justia.com/inventor/harold-e-puthoff 11. Salvatore Pais works for Space Force now. Which parts of the patent were not

val… | Hacker News, accessed September 20, 2025, https://news.ycombinator.com/item?id=36007877

Salvatore Pais - Wikipedia, accessed September 20, 2025,

https://en.wikipedia.org/wiki/Salvatore_Pais

US20180062765A1 - Communications system - Google Patents, accessed

September 20, 2025, https://patents.google.com/patent/US20180062765A1/en 14. US5845220A - Communication method and apparatus with signals comprising scalar and vector potentials without electromagnetic fields - Google Patents, accessed September 20, 2025, https://patents.google.com/patent/US5845220A/en