Miljøvennlig, Økonomisk, Svært Effektiv Energi Ren Teknologi for Fremtiden / Environmentally Friendly, Economical, Highly Efficient Energy Cleantech for the Future
This is an Introduction presentation of various energy related cleaner technologies and information indicating inexhaustible level of energy available from wide range of sources. At most advanced scientific level, the surprising degree of vast low cost energy is already accepted as a physical effect. For example, LENR-Cold Fusion technology's effect itself is in virtual acceptance by Mainstream Western Science and the next step is when the various available commercialized "free energy" generators become officially endorsed by mainstream outlets. And this might trigger a string of other related technologies to be reviewed by mainstream full scientific protocol for the first time for accelerated improvement of human life across the board. This Scientific Investigative Report with Analysis of Commercialized Examples(continuous updating summary) covers conventional low cost energy cleantech, as well as uniquely high efficiency less known technologies that are related to a string of superior effects that can significantly affect the way business, economy, & everyday life would function if fully deployed.
This is an Introduction presentation of various energy related cleaner technologies and information indicating inexhaustible level of energy available from wide range of sources. At most advanced scientific level, the surprising degree of vast low cost energy is already accepted as a physical effect.
For example, LENR-Cold Fusion technology's effect itself is in virtual acceptance by Mainstream Western Science and the next step is when the various available commercialized "free energy" generators become officially endorsed by mainstream outlets.
And this might trigger a string of other related technologies to be reviewed by mainstream full scientific protocol for the first time for accelerated improvement of human life across the board.
This Scientific Investigative Report with Analysis of Commercialized Examples(continuous updating summary) covers conventional low cost energy cleantech, as well as uniquely high efficiency less known technologies that are related to a string of superior effects that can significantly affect the way business, economy, & everyday life would function if fully deployed.
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Even More Far-Out - 9<br />
Science Link - Superde<strong>for</strong>med Nuclei?<br />
• ->cont:■3: Conven-onal science linked to ORMUS? ii: SuperAtoms:<br />
• ✔ c-In some cases SuperAtoms indicate cooper pair <strong>for</strong>ma4on(electrons won’t<br />
get knocked away from <strong>the</strong> path: superconduc4vity) at s4ll mostly less than<br />
150K(-123C), but some cases possibility to be able to raise it to room<br />
temp(Kresin & Ovchinnikov+) in future,<br />
• ✔ d-Metallic nanoclusters phase-change into non-metal quality:<br />
➢Surface plasmon resonance disappear(no longer metal?),<br />
➢Subnanocluster demonstrates “overunity” like catalyst/alloying effect<br />
(increased % is clearly more than surface area expansion(Yas Shimizu, Hid<br />
Yasuda+), ➢Gold becomes catalyst(van Bokhoven+),<br />
• iii-Super/Hyperde<strong>for</strong>ma/on of Nuclei: Some superde<strong>for</strong>med nuclei(par4cle<br />
accelerator generated off-centre collision of two nucleus, doesn’t last long) of<br />
more than 2:1 ra4o off sphere diameter of atom might demonstrate<br />
superconduc/vity, and become higher energy high spin state, can even<br />
fission(A Sandulescu, RK Gupta+), or demonstrate quantum tunneling(S Leoni,<br />
Lopez-Martens+): Would superde<strong>for</strong>ma4on itself promote electron<br />
paring(cooper pair)?, Also occurs at diatomic molecules(Den Bonatos,<br />
Daskaloyannis+). -->>cont:<br />
313<br />
linkedin.com/in/newnatureparadigm -Ben Rusuisiak: Specialty <strong>Cleantech</strong> Analysis, Vancouver, Canada
Change language