Dr. Ruggero M. Santilli, Chief Scientist of Thunder Energies Corporation recently delivered a highly successful, invited plenary presentation entitled “New Sciences for a New Era” at Sips 2015, a world summit of Sustainable Industrial Processing. held in Antalya, Turkey on October 6 to 8 on the cutting edge new energies being developed by Thunder Energy Corporation and (http://www.world-lecture-series.org/the-mystery-of-antimatter).
Directional Neutron Source
“Our goal is to introduce a groundbreaking, ultra-efficient combustion technology that is capable of removing greenhouse gas off the face of the Earth.”
We are pleased to have completed the construction of a Directional Neutron Source according to specific requirements by our European customers
we have achieved an operational equipment producing on demand a directional beam of neutrons synthesized from the hydrogen gas in the desired flux and energy
TEC-‐DNS-‐3Z is specifically designed to scan suitcases in airports for concealed nuclear materials thus using a flux of neutrons with the minimum possible neutron CPS & energy for evident safety reasons. TEC-‐DNS producing a high neutron flux can be designed and manufactured on demand.
Dr. Santilli states: “I am pleased to report that the development in collaboration with our European partners of a basically new Directional Neutron Source, namely, an equipment capable of producing on demand a flux of low energy neutrons synthesized from a hydrogen gas predominantly in a selected direction.
Nobel Prize Nominee Dr. Ruggero Santilli presents a fascinating, important, passionate full spectrum packed show explaining all about nukes, neutrons
Dr. Santilli states: “As indicated in preceding releases, precious metals can be identified in real time via the detection of photons they emit when irradiated with neutrons…”
The company markets its technologies through three divisions: Optical Instruments, Nuclear Instruments, and Fuel Combustion.
By using the novel iso-, geno- and hyper-mathematics and their isoduals the Hadronic mechanics is divided into isomechanics, genomechanics and hypermechanics for the representation of single-valued, reversible, single-valued irreversible and multi-valued irreversible matter-system or reactions, respectively, with corresponding isodual for antimatter composite systems or reactions.