Executive Summary – English Document

Executive Summary – Greek Document

PAP-LENR Technology

Prof. Christos D. Papageorgiou, Ph.D. of Imperial College and CEO of the newly established LENRPAP P.C. Company, has
dedicated a large part of his research activities in NTUA to a phenomenon called wire fragmentation.
After many years, thousands of related experiments and extensive theoretical analysis, he concluded that this
phenomenon is probably also related to Low Energy Nuclear Reactions (LENR).
This hypothesis was also supported by relatively recent explosions of Lithium batteries, even when these batteries
have expired (Zombie batteries). Expired batteries have negligible residual electricity, however, in some cases they
created very large explosions.

Professor Papageorgiou believes that the strong explosions of the Lithium batteries are due to the LENR effects which are
probably generated in conductive curves that randomly form in the dendrites of the Lithium batteries.
As he has theoretically demonstrated curved conductive structures can self-ignite due to quantum properties related to
their curvature as well.
Professor Papageorgiou, with the support of a team of experts, will continue the research on these phenomena in order to
finally build a device that will use LENR phenomena to produce thermal energy without the release of radioactivity. The related
technology was named by Professor PAP-LENR.
Professor Papageorgiou believes that the most important thing is to reveal the mechanism by which the PAP-LENR effect is
triggered, because if we understand the mechanism, then we can use it in increasingly improved experiments and devices.
This mechanism when scientifically and experimentally proven will form the essential part of the company’s Intellectual
Property (IP) for which it has already received a US provisional patent.

Project Planning

The R&D research and development process is divided into two stages:

1. In the first stage we will construct a safe and suitable laboratory where we will test
   various small conductive wires or sheets coated with various materials that we suspect
   from theoretical quantum analysis to be susceptible to creating LENR effects when
   subjected to high voltage electrical pulses.
   Small conductive filaments will of course explode due to wire fragmentation, but we
   believe that if some of the explosions are very strong, it will be an initial indication that
   LENR effects have also occurred.
   Through these experiments the conducting filaments will be selected where we believe
   that their burst energy is greater than the electrical energy of the pulse. Therefore, we
   will have several experimentally selected conductive LENR pellets.
2. In the second stage, we intend to build a PAP-LENR thermal machine that will
   continuously work by “burning” tested LENR pellets and convert the electrical energy of
   the electrical pulses into multiple thermal energy, which can also be in the form of
   superheated steam.
   The first LENR heat engine will obviously be a huge step towards solving the energy
   problem and the greenhouse effect by replacing fossil fuel burning engines with PAP-LENR
   engines that will probably use Lithium which will transmute into Helium for example.
   Thus, using PAP-LENR technology, the replacement of fossil fuels (coal, natural gas and
   oil) that on the one hand produce destructive greenhouse gases on the other hand are
   only sufficient for a few tens of years, with PAP LENR technology “fuels” that are
   abundant for thousand years, is an achievable goal.
   The period of the first stage is estimated to be less than two years and the required funds
   are estimated at 400,000 euros.
   To acquire these funds, our company is ready to offer 20% percent of its shares.
   Prof. Christos D. Papageorgiou