Cold Fusion and Nanotechnology Workshop at SF Nanotek 2014 Conference


Here’s a press release from Dr. Stoyan Sarg that I think ECW readers might be interested in.

Cold Fusion and Nanotechnology – a new opportunity in energy research

The workshop Nanotechnology and Energy Systems in the upcoming conference Nanotek-2014 provides an opportunity for meeting researchers in the field of cold fusion (LENR)

FOR IMMEDIATE RELEASE

PRLog (Press Release) – Mar. 17, 2014 – TORONTO, Canada — The advancement in cold fusion (LENR) based on nickel-hydrogen, where the nickel is in a form of nanopowder, brings a new synergy between nanomaterials and energy. This could be a new subfield in the fast expanding field of nanotechnology.

After the pioneering research of Stanley Pons and Martin Fleischmann reported in 1989, the interest in cold fusion resulted in the creation of a large international LENR community. While the initial research was based primarily on palladium and deuterium, the output results were quite modest and controversial. The situation significantly changed when the focus was shifted to another pair of elements – nickel and hydrogen. The experimental results showed a significant increase of output power when the nickel is in a form of nanopowder at a suitable reaction environment.

In the last few years significant progress was made by some researchers, who demonstrated an output heat power in the range of kilowatts at coefficient of performance greater than three [http://arxiv.org/abs/1305.3913; http://www.youtube.com/watch?v=HHEtnTO3h6s&feature=c4… ]. The promising results bring new requirements, such as the selection of the nickel isotopes, the preparation of the nickel nanopowder, the use of a metal hydride for the hydrogen storage, optimization of the reaction environments and gamma shielding by advanced materials using nanofabrics. This requires synergy among several nanotechnology fields.

The new phenomenon raised the attention of some academic groups who initiated periodical meetings, for example, The 2014 Cold Fusion [LANR] Colloquium at MIT: http://coldfusionnow.org/2014-cold-fusionlanr-colloquium-…

The succsss in the experimental field provoked a new theoretical approach with the intention to provide useful practical recommendations: http://gsjournal.net/Science-Journals/Essays/View/4805

OMICS Group’s 4th International Conference on Nanotek & Expo will be held during December 01-03, 2014, San Francisco, USA with a theme ‘Challenging Aspects and Frontiers in Nanoscience & Nanotechnology’. The conference is expected to draw several eminent scientists on nanotech from across the globe. The researchers who intend to present a talk at Nanotek-2014 must submit their abstracts until April 18, 2014. http://nanotechnology2014.conferenceseries.net/cfa.php

Contact
Dr. Stoyan Sarg Sargoytchev
[email protected]

  • Alan DeAngelis

    Is a lot of what was once thought of as chemistry being renamed nanotechnology? For example, increasing the surface area of metallic nickel is well known in chemistry.
    http://en.wikipedia.org/wiki/Raney_nickel
    Chemists routinely work at the subnano scale. They sometimes overcome their agoraphobia and venture out into the nano scale when they synthesize macromolecules.

  • BroKeeper

    Only one word describes all this “Awesome”!
    The nuclear traditionalists better start waking up soon and get on the LENR bandwagon or choke on the Nickel dust it leaves behind as it picks up speed.

  • Andreas Moraitis

    From the Call for Papers:

    „Track 7-1 Low-energy nuclear reactions (LENR)“

    That’s promising news. Nanotechnology has received a strong media attention during the last years. LENR could jump on this bandwagon.

    • BroKeeper

      Yes AM, nano technology is the future in nearly aspect of industry. Once the optimum surface-to-volume ratio is reached with nickel or any other form of catalyst material COP gains will reach much higher levels. The key is maintain the heat it drives.
      Perhaps maybe a new graphene/nickel + hydrogen single atom stacked layers could substantially increase the melting points. Also provide stable electrical/electromagnetic control at optimum wavelength sizes.
      We are just on the leading and (bleeding) edge. What an exciting time and blog site to be in – thanks Frank.