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NEWSCIENCENEWSCIENCENEWSCIENCE ayered onto each other. The first ayer is already a known material hat generates electricity when stimulated. The second material stimulates the first material or layer o produce the electricity. However, o stimulate the second material you need another or third material. The combination of the materials and heir composition determine the voltage. The surface area and how well the materials contact each other determine the current. The materials can be multilayered to increase current output. Voltages typically vary between | and 40 volts DC, but have been measured up to 100 volts in extreme-cold conditions." The second device "has some advantages over the first as it does not need to be layered," said Mark. "It is a different process where the materials are mixed and put through a simple process, with the end result being a material that puts out a permanent electrical field." The description is oversimplified, "as there are some critical processes that have to be undertaken to make this work". Mark added: "Once the material is assembled and initiated, it will continue to produce electricity for at least 20 years, possibly up to 100 years." "At present, power outputs are low; however, voltages are high. The current can be increased by increasing the surface area," said Mark. The generators “also do not need any temperature differential, and do not use EMF as they operate normally in a Faraday cage". According to Mark, “other companies have tested and verified the results for up to two years, and many other engineers and scientists who have reviewed the data and witnessed demonstrations have confirmed the results”. Mark also noted: "They have mainly focused on understanding the science and experimenting with different processes and materials. The next step is to engineer the process and materials into a form that is ready for manufacturing. They have no intent to become a manufacturer and are happy to license the technology for manufacturing and applications.” * More details from PESN can be found at http://tinyurl.com/cdzqv8q. My usual disclaimer: as good as all of this sounds, if I were getting directly involved in this venture, putting in substantial capital, | would first require some kind of demonstration of the technology— under a non-disclosure agreement. Or at least | would want to see the reports made by others who had seen such a demonstration. * For more details from PESN, go to http://tinyurl.com/6057bgl. Also see http://www.inteligentry.com/. to 4. Endless Electric Field Generator: A Solid-State Breakthrough Ee last year | became aware of a group which has a battery-type technology, except this is not a battery as it never needs to be recharged. Having reviewed the best clean-energy technologies since 2002, I would place this at the very top of my list of most promising energy technologies—both the technology and the company behind it [which wishes to remain private]. A New Energy Congress associate of mine, Tai Robinson, and I have visited the company and have seen a prototype in operation. This small R&D company has been in existence for around 20 years, with several technologies already developed. The staff are very qualified scientists and technicians, and have some 22 patents and several published, peer- reviewed papers. According to another associate, Mark Dansie, they have developed two types of generator which, “once manufactured, do not rely on any catalytic, chemical reaction or nuclear materials". The units "should continue to generate for at least 20 years, and testing of the material for the last three years has shown no change in structure or performance”. He noted: "These are both material technologies, no electronics or moving parts, so they are solid state." Mark also said: “The first device consists of three materials that are 5. NanoSpire: Cavitation ZPE n 25 April, I interviewed inventor Mark LeClair, along with two of his associates, at NanoSpire,™ Inc., to talk about Advanced Cavitation Reentrant Jet Technology for Alternative Energy and Nanotechnology. Based in Maine, USA, they published a press release in February, titled "NanoSpire, Inc. Energy LESSON NINE: Exercise cavtion when using delete button. : a JUNE - JULY 2012 NEXUS ¢ 55 www.nexusmagazine.com