Dr. Thomas Grimshaw, LENRGY President, has been active in the LENR field for over 10 years. His work in the LENR area goes back to 2006, when he undertook a conference course on LENR policy while a masters student at the LBJ School of Public Affairs. The course subsequently led to a masters degree report on the topic.

Dr. Grimshaw has conducted a number of projects and has authored many papers and reports on the LENR topic. He has also given a number of presentations on the subject. Before deciding to pursue LENR, Dr. Grimshaw had a lengthy career working as a geologist and manager in the environmental field.

Documentation of Dr. Edmund Storms’ 28 Years of LENR Research

Dr. Edmund Storms is one of the foremost LENR researchers in the world. He began his investigations within a week or two of the cold fusion announcement in March 1989. He was at the time a research scientist at Los Alamos National Laboratory with over 30 years of experience. He retired from LANL in the early 1990s and has continued his LENR work in the years since at his private laboratory in Santa Fe, NM.

During his 27 years of LENR research, Dr. Storms has been instrumental in advances made in both experiments and explanation of LENR. An initiative, the Storms LENR Research Documentation Project, is underway to assemble, organize and archive his research results so that they can be readily accessed for additional review and interpretation. The Project is being conducted in three stages – materials collection, organization, and documentation.

In Stage 1, about 130 publicly-available papers, presentations, and similar work by Dr. Storms have been identified and assembled in a “collected works” volume. These include two books, published in 2007 and 2014, on LENR explanation. More than 10,000 electronic files of data, reports, and correspondence, most not previously published, have also been collected and organized. Dr. Storms’ laboratory, one of the world’s most advanced individually operated LENR research facilities, has been described. Investigations at the lab have included most of the research methods (electrolytic, gas discharge, gas loading) and materials, such as palladium-deuterium and nickel-hydrogen, as well as the main LENR signatures – excess heat and low-level radiation. Dr. Storms’ research is supported by an extensive collection of LENR papers and related materials in his library, which includes over 5,000 items in both electronic and hard-copy form.

For Stage 2 timelines have been developed for the information collected in Stage 1. The timelines have been integrated in a single table and sorted by date. In addition, Dr. Storms’ LENR research as described in his 2007 book was reviewed, and a timeline was developed and added. A preliminary version of the Integrated Timeline includes about 3400 entries. A Stage 3 project report is scheduled for the near future.

US Government Agency Responsibilities for Emerging Energy Technologies

Many US Government agencies have energy-related missions and policymaking responsibilities. No fewer than 20 agencies address energy topics in their jurisdictions, missions, visions, strategic plans, and similar high-level guidance. Development of emerging energy technologies in particular is important to many agencies in accomplishing their objectives.

Agencies and other entities in the Legislative and Executive branches of the US Government have been investigated for CF opportunities. The analysis found that the agencies could benefit substantially from supporting CF to accomplish their missions. The analysis also shows that the agencies may have an obligation to pursue CF to realize its humanitarian and other benefits as well as deal proactively with anticipated adverse secondary impacts.

A White Paper was prepared to serve as a foundation for a paper prepared with Dr. David Nagel of George Washington University, Washington, DC. Presentation of the paper, “Responsibilities of US Government Agencies for Support of Low-Energy Nuclear Reactions”, took place at ICCF-20, which was held in Sendai, Japan in October 2016.

  1. Grimshaw, T.W., and D.J. Nagel, 2016. Responsibilities of US Government Agencies for Support of Low Energy Nuclear Reactions. Presentation at 20th International Conference on Cold Fusion, Sendai, Japan. October. (Click here)
  2. Grimshaw, T.W., 2017. Emerging Energy Technologies: Responsibilities of U.S. Government Entities – Review for Potential Cold Fusion Contributions. White Paper in Support of Paper for 20th International Conference on Cold Fusion, Sendai, Japan. January. (Click here)
  3. Grimshaw, T.W., and D.J. Nagel, 2016. Responsibilities of US Government Agencies for Support of Low Energy Nuclear Reactions. Paper for 20th International Conference on Cold Fusion, Sendai, Japan. December. (Click here)

Santa Fe LENR Laboratory Collaboration

Three retirees from Los Alamos National Laboratory – Drs. Tom Claytor, Ed Storms, and Malcolm Fowler, continue to do LENR and related research at their private labs in northern New Mexico. Dr. Grimshaw worked with these scientists to develop proposals for a new CF research lab to be located in Santa Fe. The proposal efforts included preparation of custom resumes, detailed descriptions of facilities and instruments at three private research labs, and preparation of required proposal and presentation documents. The experimental basis of the new lab was a book, The Explanation of Low-Energy Nuclear Reaction, which was published by Dr. Storms in 2014. Funding for the laboratories has not yet been received.

  1. Claytor, T., E. Storms, M. Fowler, and T.W. Grimshaw, 2014. Investigation of LENR for Energy Production by the LENRGY Collaboration, Santa Fe and White Rock, New Mexico. October. (Click here for previous use of LENRGY)
  2. Storms, E., T. Claytor, and T.W. Grimshaw, 2014. Proposal for a Solid State Energy Technology Laboratory, Los Alamos and Santa Fe, New Mexico. April. (Click here)

Energy Institute Research Affiliate

The Energy Institute leverages the experience and expertise of researchers at the University of Texas at Austin to study critical policy questions. The Institute seeks to create a community of scholars to address energy issues that are important to Texas, the nation, and the world. It fosters interdisciplinary interactions across the campus and serves as a portal for information on energy research at the University.

LENR policy and related research at the Energy Institute is led by Dr. Thomas Grimshaw, who has been working on LENR topics for the past 10 years. He has authored more than 20 papers, presentations, and reports in the field. He continues to present papers, assist researchers, and conduct outreach activities to help enhance LENR prospects and realize its potential benefits.

  • Grimshaw, T.W., and E.K. Storms. In Preparation. Documentation of Dr. Ed Storms’ 27-Year LENR Research Career. White Paper and Cloud Storage of Files and Publications. Scheduled for Completion July 2017.
  • Grimshaw, T.W., 2017. Emerging Energy Technologies: Responsibilities of U.S. Government Entities – Review for Potential Cold Fusion Contributions. White Paper in Support of Paper for 20th International Conference on Cold Fusion, Sendai, Japan. January. (Click here)
  • Grimshaw, T.W., and D.J. Nagel, 2016. Responsibilities of US Government Agencies for Support of Low Energy Nuclear Reactions. Paper for 20th International Conference on Cold Fusion, Sendai, Japan. December. (Click here)
  • Grimshaw, T.W., and D.J. Nagel, 2016. Responsibilities of US Government Agencies for Support of Low Energy Nuclear Reactions. Presentation at 20th International Conference on Cold Fusion, Sendai, Japan. October. (Click here)
  • Grimshaw, T.W., 2015. Integrated Policymaking for Realizing Benefits and Mitigating Impacts of LENR. Presentation and Paper at 19th International Conference on Cold Fusion, Padua, Italy. April. (Click here)
  • Grimshaw, T.W., 2015. Cold Fusion: A Changing Landscape? Presentation to Exelon Corporation. February. (Click here)
  • Grimshaw, T.W., 2014. Cold Fusion Public Policy: Rational – and Urgent – Need for Change. Presentation at 2014 Cold Fusion/LANR Colloquium at MIT. Cambridge, MA. March. (Click here)

National Instruments LENR Consultation

Dr. Grimshaw worked closely with National Instruments (NI) in evaluating various LENR technologies and investigators for potential research support. His work with NI included evaluations of about 12 independent LENR organizations and entities.

In 2012 NI supported two demonstrations of a LENR device by Francesco Celani of Italy’s National Institute of Nuclear Physics. The demos took place in Austin, Texas and at the 17th International Conference on Cold Fusion (ICCF-17) in Daejeon, South Korea. Dr. Grimshaw was engaged by NI to evaluate the demonstration by interviewing researchers who sought to verify Celani’s results using his calorimeter design and LENR material (Constantan). Working with NI staff, Dr. Grimshaw first prepared a detailed report of the device, methods, and results of the demonstrations. Six researchers who independently investigated Celani’s design were interviewed, and the outcome was written up and reported to NI. The results were also made publicly available as a poster at ICCF-18 in Columbus, Missouri in 2013. The outcome indicated that two of the independent investigators at least partially verified Celani’s demonstrations.

  1. Grimshaw, T.W., 2014. Opportunities for Cold Fusion Policy Change. Presentation at First Mediterranean International Workshop on Low Energy Reactions, “Ettore Majorana” Foundation, Erice, Sicily. October. (Click here)
  2. Grimshaw, T.W., S. Concezzi, L. Wenzel, and B. Glass, 2013. Verifications of LENR Observations in Nickel-Copper Alloy (Constantan) and Hydrogen Experiments. Poster Presented at 18th International Conference on Cold Fusion, Columbia, SC July. (Click here)

Center for International Energy and Environmental Policy (CIEEP)

CIEEP was a research entity at The University of Texas at Austin. Dr. Grimshaw worked with the CIEEP Director to develop an initiative to address CF policy issues. A plan was developed for the Initiative, and promotional documents and presentations were prepared. A student internship was undertaken to delineate secondary impacts of CF, identify a methodology to address the impacts, and develop a step-by-step procedure to apply the metho-dology to the CF case. Technology Assessment was selected as an effective method of dealing with direct and indirect secondary impacts of broad deployment of CF as a new source of energy. The results of this student internship were presented at ICCF-17 in Daejeon, South Korea in 2013. The CIEEP CF Initiative was subsequently transferred to the Energy Institute.

  1. Leseberg, M, J. Maxwell, and T. W. Grimshaw, 2013. Public Policy Planning for Broad Deployment of Cold Fusion for Energy Production in the U.S.: Task Report 1. The Changing Landscape of Cold Fusion. February. (Click here)
  2. Leseberg, M, J. Maxwell, and Tl W. Grimshaw, 2013. Public Policy Planning for Broad Deployment of Cold Fusion for Energy Production in the U.S.: Task Report 2. Technology Assessment. February. (Click here)
  3. Grimshaw, T.W, 2012. Public Policy Planning for Broad Deployment of Cold Fusion (LENR) for Energy Production. Paper FrM1-1, 17th International Conference on Cold Fusion, Daejeon, South Korea. August. (Click here)
  4. Grimshaw, T.W., 2012. Evidence-Based Public Policy for Support of Cold Fusion (LENR) Development. Poster Presented at 17th International Conference on Cold Fusion, Daejeon, South Korea. August. (Click here)
  5. Grimshaw, T.W., 2012. Public Policy Planning for Broad Deployment of Cold Fusion for Energy Production in the U.S. Supervisor, Student Internship at Center for International Energy & Environmental Policy, The University of Texas at Austin. May. (Click here)

Lyndon B Johnson School of Public Affairs, The University of Texas at Austin

Dr. Grimshaw pursued a second-career Master of Public Affairs degree at the LBJ School as a follow-on to his environmental career. He became interested in CF and wrote his Professional Report (Thesis) on the topic – Evidence-Based Public Policy toward Cold Fusion: Rational Choices for a Potential Alternative Energy Source. He also co-sponsored two policy research projects with about 12 students in each. Both were broad-based energy policy studies with significant LENR coverage. And both were supported by the New Energy Foundation, one of the principal entities of the LENR field.

Dr. Grimshaw also gave several lectures in various venues on the potential need for CF policy changes. He received the Masters degree (mid-career option) – and served as adjunct faculty – at UT’s LBJ School of Public Affairs. His professional report was on evidence-based public policy toward CF as a major (but controversial) potential source of energy. As adjunct faculty he was co-instructor for two policy research projects, both of which focused on energy policy and emerging technologies, including cold fusion. He was also instructor for a course on environmental policy.

Dr. Grimshaw became a member of the Adjunct Faculty after completing his Master of Public Affairs degree (Mid-Career Option). He served as co-instructor on two Policy Research Projects (PRPs): 1) “Shaping the Energy Technology Transition”, which addressed policy issues related to alternative energy technologies and movement to a low-carbon, renewable-energy based energy economy; and 2) “Building the Bridge to an Energy Secure Future”, which used five criteria (technology, economics, regulations, environment, and politics) to evaluate established and emerging energy technologies within a framework of energy security. Both PRPs included coverage of cold fusion as a potential future energy source. Earlier, Dr. Grimshaw was instructor for a course on Environmental Policymaking at the LBJ School, which covered both US and international framework for policy development and implementation. He also taught two courses on Environmental Geology at Austin Community College while working on M.P.Aff. degree.

  1. Groat, C.G., and T.W. Grimshaw, 2011. Building the Bridge to an Energy Secure Future: Energy Policies for the 21st Century. Policy Research Project Report 172. LBJ School of Public Affairs, The University of Texas at Austin.
  2. Storms, E.K., and T.W. Grimshaw, 2010. Judging the Validity of the Fleischmann-Pons Effect. Jour. Condensed Matter Nuclear Science. 3, 9-30. Online. Available: http://www.iscmns.org/CMNS/JCMNS-Vol3.pdf. (Click here)
  3. Grimshaw, T.W., 2010. Evidence-Based Policy for Controversial Claims: The Case of Cold Fusion. Public Affairs Colloquium, LBJ School of Public Affairs. April. (Click here)
  4. Groat, C.G., and T.W. Grimshaw, 2009. Shaping the Energy Technology Transition: Moving to a Low-Carbon, Renewable-Energy Economy. Policy Research Project Report 167. LBJ School of Public Affairs, The University of Texas at Austin.
  5. Grimshaw, T. W., 2008. Evidence-Based Public Policy toward Cold Fusion: Rational Choices for a Potential Alternative Energy Source. Austin, TX. Lyndon B. Johnson School of Public Affairs, The University of Texas at Austin. Unpublished Professional Report. December. (Click here)
  6. Grimshaw, T.W., 2006. Cold Fusion – A Cogent Topic for Rigorous Policy Analysis. Conference Course in Policy Analysis (PA389), LBJ School of Public Affairs, The University of Texas at Austin. March. (Click here)

Other LENR Experience

Dr. Grimshaw has had a variety of additional experience in his years of working in the LENR field. Most recently Dr. Grimshaw assisted Jed Rothwell, author of the LENR-CANR website (one of the foremost online LENR resources), in converting a book that was published in hard copy into electronic form. Charles Beaudette’s “Excess Heat: Why Cold Fusion Revealed” has been a principal resource for the LENR field since it was first published in 2000. During the conversion to digital form, Dr. Grimshaw reviewed several chapters for accuracy, created new tables for those that did not convert well, and formatted references cited in each chapter. Recognition for this work was received from Jed Rothwell in March 2017, where he noted that the “job calls for a combination of tedious, rote secretarial labor, and extensive knowledge of cold fusion.”

 

Pre-LENR Geology and Environmental Career

Prior to his LENR involvement, Dr. Grimshaw had an extensive career in environmental management and consulting. He began his career with post-graduate degrees in geology and worked for several of the most prominent environmental companies in the world and for The University of Texas at Austin. His projects included environmental baseline studies, preparing mitigation measures for adverse impacts, site investigations of spills and disposal sites, development of cleanup strategies for contaminated sites, and policy analysis for large-scale energy development in the western U.S. He gained experience with many types of energy facilities, including power plants, refineries, oil fields, pipelines, storage tanks, coal mines, and unconventional oil and gas production. Dr. Grimshaw held many positions as an organization and project manager and performed services for a variety of clients.

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