Executive Summary – English Document

Executive Summary – Greek Document

PAP-LENR Technology

Professor Christos D. Papageorgiou, PhD from Imperial College and CEO of the
newly founded company LENR-PAP IKE, has dedicated a significant part of his
research activities at the National Technical University of Athens (NTUA) to studying
explosive phenomena caused by electric pulses in metal wires or sheets of various
shapes and compositions.
After many years, thousands of related experiments, and extensive theoretical
analysis, he concluded that some of these explosive phenomena are likely related to
Low Energy Nuclear Reactions (LENR).
This hypothesis has also been supported by recent lithium battery explosions, even
when these batteries were expired (Zombie batteries). These expired batteries have
negligible remaining electrical energy, yet in some cases, they produced very large
explosions.
Professor Papageorgiou believes that the powerful explosions of lithium (Li) batteries
are due to LENR transmutation phenomena of lithium (Li), possibly triggered in
conductive curves present in the batteries’ design. As he has theoretically
demonstrated, curved conductive structures can self-ignite due to quantum properties
related to their curvature.
With the support of a team of specialists, Professor Papageorgiou will continue
research on these phenomena to eventually develop a machine that will use LENR
phenomena to produce thermal energy without emitting nuclear radiation.
This technology has been named by the professor as PAP-LENR.
Professor Papageorgiou believes the most crucial step is to uncover the mechanism
that triggers the PAP-LENR phenomenon because if we understand the mechanism,
we can apply it in increasingly refined experiments and devices. Once this mechanism
is scientifically and experimentally validated, it will constitute the core of the
company’s Intellectual Property (IP).
The research and development (R&D) process is divided into two phases:

  1. In the first phase, we will establish a safe and suitable laboratory where we
    will test various conductive wires or sheets coated with different materials and
    lithium (Li), which, according to theoretical quantum analysis, are suspected
    to be sensitive to the creation of LENR phenomena when exposed to electrical
    pulses. In this lab, we will conduct a suitable number of experiments where
    electrical pulses of various forms and sizes will be transmitted to appropriate
    samples. We believe that if strong explosions occur, this will be an initial
    indication of LENR phenomena.
  2. In the second phase, we plan to construct a special PAP-LENR machine that
    will operate continuously by burning explosively selected samples containing
    lithium (Li), converting the electrical energy of the pulses into a multiple
    amount of thermal energy through the transmutation of lithium (Li).
    This first elementary LENR machine will be an initial step towards solving the
    energy problem and the greenhouse effect by replacing fossil fuel combustion
    engines with PAP-LENR machines using lithium (Li) that will be transmuted
    into helium (He).
    The further development of PAP-LENR technology cannot be described today, but it
    is certain that fossil fuels, which produce destructive greenhouse gases, can gradually
    be replaced by “fuel” from PAP-LENR technology, which is expected to be based on
    the transmutation of lithium (Li), with its reserves being abundant for thousands of
    years.
    The first phase is estimated to take less than two years, with the required funds
    calculated at €1,000,000. To raise these funds, our company is prepared to offer a
    percentage of its shares after negotiations with interested investors.
    Prof. Christos D. Papageorgiou