1 The Paper
"Emergent quantization from a dynamic vacuum"
Harold White, Jerry Vera, Andre Sylvester & Leonard Dudinski
Casimir Inc., Houston, Texas
Physical Review Research 8, 013264, Published 9 March 2026
DOI: 10.1103/PhysRevResearch.8.013264
Received 24 October 2025 • Accepted 18 February 2026 • Published 9 March 2026
On March 9, 2026, Physical Review Research, a peer-reviewed journal of the American Physical Society, published a paper by Harold 'Sonny' White and colleagues at Casimir Inc. that proposes a fundamentally new model of the quantum vacuum.
The core claim: by adding quadratic temporal dispersion to a dynamic-vacuum acoustic model, the authors derive the complete hydrogen spectrum (the same Rydberg ladder, orbital shapes, isotope shifts, and Stark/Zeeman analogues that standard quantum mechanics predicts) with zero free parameters. Quantization emerges not from wave-mechanical postulates but from symmetry, boundary conditions, and causal response in a structured medium.
In plain terms: the paper treats empty space not as inert nothingness but as a compressible, acoustic medium with structure, and shows that quantum behaviour emerges naturally from this medium's properties, without the usual quantum postulates. The paper is purely theoretical: it contains no experimental data, no discussion of energy extraction, and no mention of zero-point energy. Its Data Availability section states explicitly that 'no data were created or analyzed in this study.'
This matters because it offers a peer-reviewed mathematical demonstration that quantum quantization can emerge from classical-like dispersive wave physics; a result that, if validated further, has deep implications for how we understand the foundations of quantum mechanics.
Evidence Assessment
| Claim | Source | Confidence |
|---|---|---|
| Paper derives hydrogen spectra from dynamic vacuum model with zero free parameters | Peer-reviewed (Physical Review Research, APS) | High |
| The vacuum is physically a dynamic acoustic medium (ontological claim) | Paper's interpretive framework | Moderate |
| Casimir Inc. chips generate voltage from vacuum interactions | JRE #2318 demo, company claims | Unverified |
| Vacuum energy extraction can scale to kilowatts | Company projections | Speculative |
| The 2026 paper supports ZPE extraction | Social media / promotional framing | Unsupported |
2 Who Is Harold "Sonny" White?
Harold White holds a PhD in physics and a master's in mechanical engineering. He spent 20 years at NASA's Johnson Space Center, where he founded and directed the EagleWorks laboratory, NASA's only dedicated advanced propulsion physics lab. At EagleWorks, White tested the EM drive (reporting anomalous thrust results that remain contested), developed warp field interferometer experiments, and modelled Alcubierre-class warp metrics.
In 2019, White left NASA to co-found the Limitless Space Institute, a nonprofit focused on interstellar propulsion research. DARPA funding enabled nanostructure experiments that led to an unexpected discovery: the energy distribution around their Casimir cavities qualitatively matched the requirements for an Alcubierre warp field. This led to the 2021 paper in the European Physical Journal C describing the first laboratory-scale warp bubble analogue.
White then spun out Casimir Inc. to commercialize the power-generating nanotechnology. On Joe Rogan Experience #2318 (May 2025), he demonstrated physical nanochips that interact with the quantum vacuum field and generate a voltage potential, describing them as 'a solar panel that works in the dark.'
Career Trajectory
3 The Science: Dynamic Vacuum as Acoustic Medium
Standard quantum mechanics treats quantization as axiomatic: particles have discrete energy levels because the theory says so. The Madelung-Bohm hydrodynamic formulation (1927) showed that the Schrödinger equation could be rewritten as fluid-like continuity and momentum equations, but this was generally treated as a mathematical curiosity rather than a statement about physical reality.
White's model departs from orthodoxy by treating the quantum vacuum as a dynamic, compressible, acoustic medium with quadratic dispersion. Two key ingredients make this work:
1. Temporal Dispersion
Small disturbances obey ω = Dq² where D = ħ/(2meff). This maps spatial scale to oscillation frequency, derived from linearized Madelung hydrodynamics with quantum potential.
2. Spatial Constitutive Profile
A proton-imprinted radial medium makes the local inverse sound speed 1/c²(r) = A(ω) + C(ω)/r, rendering the time-harmonic acoustic operator Coulombic. This produces hydrogenic eigenfunctions, the exact orbitals of the hydrogen atom.
The result: quantization as an emergent consequence of the vacuum's physical structure, not an axiom. The model reproduces the Rydberg formula, hydrogen orbital shapes, isotope shifts, and Stark/Zeeman-like effects with no free parameters, calibrating only to the reduced-mass Rydberg frequency.
This builds on White's prior work (referenced as [1] in the paper), which demonstrated numerically that hydrogenic orbital morphologies arise as acoustic resonances of a dynamic vacuum. The new paper provides the analytical closure that makes the mapping exact.
What the Paper Does and Does Not Claim
The paper demonstrates that a specific acoustic model of the vacuum can reproduce exact hydrogen quantum numbers with zero free parameters. This is a contribution to the foundations of quantum mechanics, showing quantization need not be postulated but can emerge from wave physics in a dispersive medium.
The paper doesn't discuss energy extraction, zero-point energy, power generation, or any technological applications. It contains no experimental data. The philosophical basis (that the vacuum is a dynamic medium rather than passive empty space) is compatible with the worldview that motivates Casimir Inc.'s commercial work, but the paper itself provides no evidence for or against energy extraction from the vacuum.
4 Casimir Inc.: The Hardware
Important distinction: The claims in this section come from Casimir Inc.'s marketing materials, Joe Rogan Experience #2318, and social media, not from peer-reviewed research. The 2026 Physical Review Research paper discussed above contains no mention of energy extraction, chips, or power generation. These commercial claims haven't been independently verified.
Casimir Inc. (Houston, Texas) is the commercial entity spun out to develop power-generating nanotechnology based on quantum vacuum interactions. Their approach uses conventional semiconductor fabrication to create nanoscale Casimir cavities, structures where excluded vacuum modes produce measurable energy gradients.
Claimed Milestones (as of March 2026)
| Metric | Current (JRE, May 2025) | Target |
|---|---|---|
| Chip voltage | ~30 mV steady-state | 1.5 V |
| Current | Not disclosed | 25 µA |
| Chip size | 5mm × 5mm | Same (stackable) |
| Board-level power | ~3.4 W (projected) | 1 kW module |
| Fabrication cycle | 2-week sprints | Monthly generations |
White describes what he calls the atoll metaphor: a Pacific atoll's lagoon is connected to the ocean but excludes long-wavelength waves. Similarly, their nanostructures create cavities where certain vacuum modes can't manifest, producing a deficiency of vacuum energy: a measurable pressure gradient that generates voltage.
Casimir Inc.'s scaling vision is aggressive: from IoT sensors and medical devices (near-term), to phone charging and off-grid power (mid-term), to kilowatt modules for EVs and developing-world electrification (long-term). White told Rogan that a 1 kW Casimir module could provide 24 kWh/day, enough for roughly 100 miles of EV driving.
5 Connections to the Wider Research
The Propulsion Network
White sits at a critical intersection in the network documented across this site. On Joe Rogan, he explicitly cited Harold Puthoff's work on the 'polarizable vacuum', the same model that Puthoff, Eric Davis, and the AAWSAP/AATIP researchers used to model how vacuum permittivity changes could produce gravitational effects. White keeps Puthoff's polarizable vacuum papers in what he calls his 'drawer of preferred papers.'
When Rogan raised Puthoff's claim that the US possesses 10 recovered craft, White responded: 'that gives me pause because that's a very serious person... he's a very discriminating individual who likes to question everything.' This positions White as someone with proximity to, but careful distance from, the disclosure narrative.
The Warp Bubble - MH370 Configuration Match
White's 2024 paper on Gaussian cylindrical warp bubbles describes discrete energy nodes arranged in geometric patterns. The n=3 configuration (three nodes forming an equilateral triangle) precisely matches the three-orb arrangement observed in the MH370 satellite footage. Forbes has documented this correspondence in detail, noting that White's discrete warp nodes eliminate the need for a continuous energy ring (the original Alcubierre requirement) and predict interior flatness: no shear forces on passengers.
The question Forbes raises: did White develop this geometry independently, or does it reflect knowledge of how the orb technology actually works?
The Gap Between the Paper and the Claims
It is important to distinguish between what the 2026 paper demonstrates and what Casimir Inc. claims commercially. The paper's dynamic vacuum model is philosophically compatible with the idea that the vacuum has exploitable structure, but the paper itself makes no such argument and contains no mention of energy extraction, ZPE, or hardware.
The ZPE and energy extraction claims come from Casimir Inc.'s corporate communications, White's JRE appearance, and social media promotions, not from peer-reviewed work. Posts on X describing the paper as 'ushering in the ZPE era' are promotional interpretations, not scientific conclusions from the paper.
The connection between the paper's theoretical model and practical energy hardware remains undemonstrated in the scientific literature. If Casimir Inc. publishes verified experimental data showing net energy extraction in a peer-reviewed journal, that would substantively change this assessment.
6 Critical Context
The strength of White's position is that it's building on real physics with real hardware. But important caveats deserve attention:
Peer review isn't experimental validation
The Physical Review Research paper is a theoretical model. It demonstrates mathematical equivalence between an acoustic vacuum model and quantum mechanics. It doesn't experimentally demonstrate energy extraction. The paper's acceptance means the math is sound, not that the vacuum is definitively an acoustic medium.
No independent replication of chip claims
Casimir Inc.'s claims of 30mV steady-state voltage from their nanochips haven't been independently verified by external labs. The scaling projections (3.4W boards, 1kW modules) are extrapolations, not demonstrated performance. The gap between 30mV and 1.5V is significant.
White's prior controversies
The EagleWorks EM drive results were widely criticized as experimental error (thermal effects, electromagnetic interference). White avoided discussing EagleWorks or the EM drive entirely on the Rogan podcast. The scientific community remains skeptical of claims emerging from that lineage.
Commercial incentives
The paper is authored by employees of Casimir Inc. While this doesn't invalidate the science (corporate research labs produce excellent physics), the promotional framing around the paper (and the timing with Deep Tech Week) warrants appropriate skepticism. The paper itself doesn't advance the company's commercial claims; the promotional framing connecting the paper to energy hardware is layered on externally.
It is important to distinguish between the paper and the commercial claims. The paper itself is legitimate theoretical physics: peer-reviewed in a respected APS journal, mathematically sound, reproducing known results with zero free parameters. This is a genuine contribution to quantum foundations, not a fringe claim.
The energy extraction claims from Casimir Inc. are a separate matter entirely: they aren't peer-reviewed, not independently verified, and not supported by the 2026 paper. The honest assessment: the 2026 paper is a genuinely interesting theoretical result about quantum foundations, published through proper peer review. Whether it has any bearing on vacuum energy extraction is an open question that the paper doesn't address.