LENR Forum May 2026 Newsletter

A monthly round-up of the best of LENR-Forum

Your Source for Open Science and Emerging Energy Technology


A monthly round-up of the best of LENR-Forum, LENR research, CMNS papers, patents, media, videos, and emerging-energy news.

Your Source for Open Science and Emerging Energy Technology in the Field of LENR

May 2026 brought continued post-IWAHLM-17 momentum, with commercial updates from Brillouin Energy, Clean Planet, HYLENR, New Hydrogen Fusion Energy, ASTRAL Systems, and several community-tracked projects. On the research side, JCMNS Volume 41, Edmund Storms’ latest paper, a muon-assisted p–B11 fusion proposal, zeptojoule calorimetry, and Solitonix-related tritium discussions drew attention across the LENR / CMNS community.

LENR-CANR


LENR Commercial News:

1.) Brillouin Energy Corp. makes bold move toward commercialization

Brillouin Energy announced that Greg Knight has joined the company as Executive Chairman. The company says it has transitioned from laboratory research to an integrated, closed-loop development platform combining in-house manufacturing, testing, and high-frequency data capture to accelerate system development.

Brillouin Energy

Brillouin also reports that Tim Mellon completed the company’s Series C Preferred Stock round, initiated the current Series D Preferred Stock round with a lead investment, and contributed 36 acres of industrially zoned land in Connecticut for future development. (markets.businessinsider.com)

Forum discussion: RE: Brillouin Energy Corporation updates.

LENR Forum

2.) Clean Planet / QHe — Kishida visit and pilot-roadmap discussion

Clean Planet reported that former Japanese Prime Minister Fumio Kishida visited its KAWASAKI Base technology development site on May 20, 2026, where he viewed QHe demonstration equipment and heard explanations from Professor Emeritus Jirota Kasagi and Professor Emeritus Hiroshi Toki.

プレスリリース・ニュースリリース配信シェアNo.1|PR TIMES

The forum-circulated attachment says Clean Planet founder Hideki Yoshino discussed the company’s technology and pilot plans. I could not independently verify the exact “pilot plant running in 2027” wording from a public Clean Planet page in this pass. A public 2023 Clean Planet/Nikkei XTech PDF instead states that Clean Planet planned to build a pilot plant in Kawasaki by 2030.

Clean Planet

3.) HYLENR is hiring

HYLENR continues to present its work as lattice confinement fusion, emphasizing compact solid-state reactor systems for heat and power rather than large plasma machines.

Hylenr

A LinkedIn hiring post circulated by Shaik Pasha shows HYLENR recruitment activity for clean-energy / LENR-related roles. Treat this as a hiring/community update, not as technical validation.

LinkedIn

4.) New Hydrogen Fusion Energy — Aichi exhibition and updated ResearchGate paper

New Hydrogen Fusion Energy says it will exhibit at the New Aichi Creative Research and Development Exhibition, June 3–5, 2026, at Aichi Sky Expo. The company says it will introduce a “tabletop miniature heater using nuclear fusion reaction heat” and give a presentation on a new principle of nuclear fusion. New Hydrogen Energy

NHFE’s updated ResearchGate status paper states that new powder materials have enhanced excess-power levels to over 3 W/g-Ni, while also saying the company does not currently plan to disclose details of its latest progress. This remains a company-authored ResearchGate paper and should be treated accordingly.

ResearchGate

5.) ASTRAL Systems reports continued progress

ASTRAL Systems describes its work as compact fusion systems for particle flux, irradiation, medical, industrial, and research applications. Its May news page reports a technical milestone of 60 hours of continuous DT irradiation.

Astral Systems


Papers:

1.) Edmund Storms — A Comprehensive Understanding of Cold Fusion

Edmund Storms’ new paper, A Comprehensive Understanding of Cold Fusion, argues that hydrogen-isotope fusion has been demonstrated in a variety of specially treated materials and proposes a testable explanatory model. The abstract includes Storms’ proposed 4.01841 mass value for hydrogen-4, which he proposes decays rapidly to helium-4 by beta emission.

LENR-CANR

2.) JCMNS Volume 41

LENR-CANR’s most-recent-papers listing now shows JCMNS Volume 41 entries for 2026, including Yasuhiro Iwamura’s paper on the current status of CMNS R&D in Japan. (LENR-CANR)

ISCMNS describes the Journal of Condensed Matter Nuclear Science as an open-access journal covering nuclear processes in condensed matter, including calorimetry, metal hydrides/deuterides, nuclear products, transmutation, induced radioactivity, accelerator experiments, and theoretical models.

ISCMNS

3.) Muon-assisted proton–boron-11 fusion

The arXiv paper A novel approach to proton-boron-11 fusion proposes enhancing low-energy p–B11 fusion by first forming muonic hydrogen and then bombarding it with boron-11. The authors report that the muon cloud can reduce the effective Coulomb barrier and increase tunneling probability at incident energies below 100 keV.

arXiv

This is not LENR in the narrow Pd-D / Ni-H sense, but it is relevant to broader low-energy fusion, screening, and Coulomb-barrier discussions.

4.) Nuclear relaxation as a proposed “third pathway”

A forum-circulated paper titled Nuclear relaxation is the 3rd pathway argues that LENR may involve context-dependent nuclear dynamics in anisotropic, defect-rich, hydrogen-loaded environments, rather than simply small corrections to existing nuclear models. Treat this as a theoretical proposal, not an established mechanism.

LENR Forum

5.) Zeptojoule calorimetry

Gunyhó, Kohvakka, Chen, Girard, Kokkoniemi, Liu, and Möttönen published Zeptojoule calorimetry in Nature Electronics. The paper reports measurement of 1-microsecond, 8.4-GHz microwave pulses with full-width-at-half-maximum energy resolution finer than 0.95 ± 0.02 zJ, corresponding to 5.9 ± 0.12 meV or about 170 photons at 8.4 GHz.

Nature

This is not a direct LENR paper, but it is highly relevant to future CMNS instrumentation because ultra-sensitive calorimetry could support low-signal heat, RF, photon, and quantum-energy detection work.

6.) Solitonix / tritium witness statement update

Maurizio Maggiore’s updated ResearchGate witness statement says a Solitonix tritium-producing experiment report was integrated with results from a newer machine version shown at IWAHLM in Bergamo, including additional spectrometric data.

ResearchGate

This should be presented as a witness statement, not independent replication. A related LENR-CANR paper by Righes et al. reports reproducible tritium production in a pulsed system and is useful background for readers following this line of claims.

LENR-CANR


Patents:

A patent we missed back in February from Kobe University, titled “Method for producing He-3, nuclear reaction generating device, and nuclear reaction generating method.”

https://patents.google.com/patent/WO2026028821A1/en


In the Media:

1.) NASA JPL lithium-fed electromagnetic thruster

NASA JPL reported that a prototype lithium-fed magnetoplasmadynamic thruster was tested in February 2026 and publicly announced on April 28, 2026. JPL says that with further development, such thrusters could support nuclear electric propulsion for future Mars missions.

NASA Jet Propulsion Laboratory (JPL)

This is not directly LENR, but it is relevant to advanced nucleonics, high-power electric propulsion, lithium plasma, and nuclear-electric mission architectures.

2.) The Debrief energy coverage

The Debrief’s energy section continues to cover advanced-energy, vacuum-energy, fusion, plasma, materials, and unconventional-energy stories. May 2026 entries include coverage of a claimed quantum-vacuum “MicroSparc” device and other emerging-energy topics.

The Debrief

3.) AI-assisted commercial landscape round-up

A LinkedIn article titled The 5 hottest cold fusion startups summarizes the current commercial LENR landscape and frames 2025–2026 as a period of renewed institutional, investor, and startup activity. Treat this as media commentary and market mapping, not technical validation.

LinkedIn


Videos Worth Watching:

1.) Sabine Hossenfelder — “I Looked at the New Cold Fusion Breakthroughs. It’s Complicated”

Sabine Hossenfelder posted a May 2026 video and blog entry discussing renewed investor interest in cold fusion / LENR companies and asking whether the current wave of commercial claims represents real progress or speculative tech-bubble dynamics.

YouTube

A lively LENR-Forum discussion followed under the thread: “Sabine 5/24/2026 video: Are all the ‘start-ups’ an asset, or liability to LENR?” LENR Forum

2.) Solid-State Fusion videos and interviews

Solid-State Fusion continues to host LENR / solid-state fusion videos and interviews, including ICCF-related materials and community education resources. 

https://solidstatefusion.org/videos

The April 2026 Solid-State Fusion interview with Jacques Ruer highlights his engineering-focused approach to LENR, precision calorimetry, and the need for kilowatt-scale demonstrators.

Solid State Fusion

3.) Rare Steven Krivit with Martin Fleischmann interview
YouTube


Good To Know:

1.) Paradigmnoia electrostatic propulsion work

LENR Forum member Paradigmnoia continues to post progress on an electrostatic propulsion device thread with claims of 1 G force. This should be treated as a community experiment until controls rule out ordinary explanations such as ionic wind, vibration, suspension artifacts, electrostatic coupling, environmental interactions, and measurement error.

LENR Forum

2.) LENR-Forum community activity

Public forum snippets show active discussion around Brillouin, HYLENR, Sabine’s cold-fusion video, electrostatic propulsion, Biaco, ENG8, and broader LENR theory threads.

LENR Forum

3.) LENR.Academy has new features

New Child product cascade features have been added to LENR.Academy as well as some experimental CMNS beta features. 


Community Events and Notices:

1.) ECS Seattle CMNS session was held

The 249th ECS Meeting took place May 24–28, 2026 in Seattle. ISCMNS lists a special symposium on “Electrochemically & Electrically Activated Condensed Matter Nuclear Reactions,” intended to bring together groups connected with ARPA-E, Anthropocene Institute, EU CleanHME, Japanese industry-government efforts, and the broader CMNS community.

ISCMNS

2.) ICCF-27 — Niagara Falls, Canada

ICCF-27 is scheduled for August 31–September 4, 2026 in Niagara Falls, Canada. The official site lists March 2026 registration opening, May 31 abstract submission deadline, June 15 abstract acceptance notification, June 30 early registration deadline, and July 31 final registration deadline.

ICCF-27

3.) The 27th International Conference on Condensed Matter Nuclear Science, August 31 to September 4, Niagara Falls, Canada (ICCF27) August 31 – September 4

Fabrice David posted forum-circulated lodging information stating that Americana Resort room reservations are open for ICCF-27 participants and that rooms are held until July 30. See the LENR-forum page for the conversation on logistics and a discount code, thanks to Fabrice David.

LENR Forum

4.) ISCMNS 2026 Executive Committee election

ISCMNS announced the launch of its 2026 Executive Committee election. This year’s election is for the full Executive Committee, and ISCMNS says members may nominate themselves or another member and vote on the resultant slate.

ISCMNS

ISCMNS membership information is available through its official membership page, which describes the society as a professional membership organization supporting condensed matter nuclear science.

ISCMNS



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DISCLAIMER Mentions of any investment funds or private business do not indicate endorsement by the Authors or LENR-forum members. LENR-forum supports metal-hydrogen energy and solid state fusion as a zero-carbon solution to global energy needs. By publicizing community activity, we do not intend or seek to promote any one entity over any other.  We do not give investment advice or suggestions. Due diligence is required before investing in any venture. Information is provided solely for educational and research purposes.


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