Geolent Technology Presentation

1. Prof Christos D. Papageorgiou
PhD Imperial College
(Representing “Geolent Ltd” start-up company under establishment)
www.geolent.com
JULY 2016

2.  As we can see the threat of
global warming can not be
avoided by the existing
energy technologies
 Renewable is only a small
part of the energy demand
and the quantities of fossil
fuels (Coal, Gas, Oil) are
increasing !!!
 http://www.theatlantic.com
/magazine/archive/2015/11
/we-need-an-energy-
miracle/407881/?single_pag
e=true
 We need an Energy Miracle
Bill Gates !!!

3.  FUSION High Energy
Technologies (Tokamak)
Many years R&D billions of
EUROS spent, no clear
results
 http://blogs.discovermagazi
ne.com/crux/2016/03/23/n
uclear-fusion-reactor-
research/#.Vz60uzWLTZ5
 Modular Conventional
Nuclear Reactors
https://en.wikipedia.org/wi
ki/Small_modular_reactor
Not yet developed and the
problems with the limited
resources of fission fuels
remain
 Low Energy Nuclear
Transmutation or
Reactions(LENT or LENR)
technologies
http://newenergytimes.com/v2
/news/2009/2009DIA-08-
0911-003.pdf
 Cold Fusion
Mechanism of successful
experiments not yet clear

4.  We have focused our research on the determination (under the
existing law of physics of Maxwell, and Quantum mechanics) of
the common origin of spontaneous or excited LENT phenomena
that appear in various cases
 We have strong evidence that LENTs are related to strong
transient standing electromagnetic waves appearing on metal
wires, strips or cavities that temporarily concentrate free moving
electrons of their lattices.
 Transient concentration of free electrons is increasing the electric
field and due to the Stark effect causing extreme polarization of
atoms, thus quantum tunneling may lead some of the electrons
falling on the nuclei of the metals lattice creating nuclear
transmutations. In certain cases of light metals (Li ,H, D) nuclei
may even collide, creating Fusion phenomena.

5.  The latest research paper by Prof C.D.
Papageorgiou and T.E. Raptis, submitted for
publication on June 2016
 https://www.researchgate.net/publication/30
4704003_A_Proposed_Mechanism_for_Low_En
ergy_Nuclear_Reactions_in_Thin_Metal_Wires
_under_High_Power_Voltage_Pulses

6.  In order to prove our
theory we have
focused our research
on the phenomenon
of various conductor’s
explosive
disintegration.
 We have fabricate a
small experimental
GEOLENT operating
with voltages up to
1300 Volts

7.  With this GEOLENT we
have made a series of
experiments using metallic
wires and strips in order to
understand deeper the
appearing LENTs (below a
wire destructive explosion)
Condition of a wire surface
after a non destructive high
power current pulses .

8.  Having establish a deep understanding of the
wire fragmentation and disintegration, our
experimental GEOLENT was designed and
fabricated as a low energy pulse generator not
exceeding 10 Joules
 In certain wire destructive experiments we
have noticed that the calculated thermal energy
output (by the copper wire mass and an
estimated average between melting and
vaporization energy of copper) was several
times higher than the energy of the capacitors’
of the GEOLENT

9.  Improve our experimental GEOLENT apparatus
 Execute a new set of destructive and non
destructive tests on metal wires and strips (of
various metals like Copper, Aluminum, Silver,
Gold, and Platinum)
 Execute a new set of non destructive experiments
on wires and strips with the presence of various
metal salts
 Confirming that LENT effects are appearing,
without any hazardous effects, and are easily
reproducible

10.  Fabricate a portable demonstration GEOLENT in
order to be possible to design and execute
experiments in any place
 Using the demonstration GEOLENT the ratio of
thermal energy output to electric input energy
will be calculated
 Finally to fabricate a prototype GEOLENT
energy generating system proving the efficiency
and the economic viability of the method

11.  We intend soon to establish a private Start-up
High-Tech company in order to raise the
necessary initial funds for the Next Steps
 The funds could come by the following sources:
- Private funding by interested investors
- Private funding by Venture Capital or Angel
funding Companies
- As for example the
breakthroughenergycoalition
http://www.breakthroughenergycoalition.com/en

12. Prof C.D. Papageorgiou and T.E.Raptis have the
following research peer reviewed papers on the subject:
 1. "Fragmentation of Thin Wires under High Voltage
Pulses and Bipolar Fusion", Conf. Proceedings (2009)
AIP.
 2. "A Solid State Ion Collider with Transient Current
Pulses", CMMP Conf. Proceedings 286(1) IOP (2010)
 3. "Dipole electromagnetic forces on thin wires under
transient high voltage pulses", Eur. Phys. J.: Ap. Phys.
48(03), 2009
 4. "Ionic collisions in metallic lattices under transient
current pulses", Eur. Phys. J.: Ap. Phys. 54(01), 2011

13. THANK YOU FOR YOUR ATTENTION