Member of the Royal Academy of Sciences, England. Anounced together with Stanley Pons  LENR first in 1989 as 'Cold Fusion'. He and Pons are the leading pioneers in the field.

Dr. George Miley, professor emeritus at the University of Illinois. He devoted his career to finding breakthroughs in fusion research.  He developed thin film electrodes that produced excess heat and emitted charged particles.

Former Director of Energy Research Centre SRI International. Experimentally proved LENR efficient and replicable according to saturation, density and flux of hydrogen. He thus significantly contributed to the understanding of excess heat and helium production in LENR.

Associate Professor of Electrical Engineering and Computer Science (EECS). He is one of the most prolific and succesful theorists of LENR. He Developed theories/models to explain LENR and mentored graduate students.

He  in 1996 started  his experimental and theoretical work in the field of energetics aiming at the discovery of environmental friendly, renewable energy sources. Wrote many books on alternative science subjects and three series of informative, groundbreaking articles on LENR.  He also developed working prototypes. His work includes exploring different methods and materials to achieve reproducible results. Egely's efforts have been significant in pushing the boundaries of LENR researchand contributing to the broader scientific community's knowledge in this area.

One of the most erudite writers on LENR. He wrote two textbooks on LENR and numerous articles on his Hydroton theory of LENR. He documented extensive empirical evidence for LENR, including anomalous heat and transmutations. Devoted to the explanation of LENR he introduced the concept of the NAE and NAS: the sites and structure of localized LENR activity.

Author, editor, publisher, filmmaker, and international speaker who specialized in low-energy nuclear reaction (LENR) research since 2000. He authored  a most informative three-book series about LENR titeld: Eplorations in Nuclear Research. He is webmaster of one of the most informative sites on LENR: New Energy Times.

One of the most succesful communicators in the LENR community. Author of many informative articles reaching wide audiences. Received the Preparata medal in 2024 for his LENR merits.  Nagel's work has focused on the intersection of LENR with nanometer-scale science and technology, emphasizing the importance of using modern experimental tools like AI to probe the conditions and mechanisms of LENR. His efforts have helped to establish a strong experimental basis for LENR, demonstrating the production of excess energy and the potential for clean energy applications. Additionally, Nagel has been a key figure in advocating for the use of advanced diagnostic techniques to improve the reproducibility and understanding of LENR experiments.