I read in a comment elsewhere by a quantum physicist that given the extremely high electrical field (3,500 volts) and the extremely narrow insulation width (10 microns) that quantum tunnelling effects where electrons simply superpose through the insulation will render this capacitor useless.
That is, the capacitor will quickly lose its charge, within minutes or seconds, and the 3,500 volts will drop to something reasonable like 350 volts. As the energy stored is square of the voltage, that means it will lose 99% of its capacity in no time.
Not only EESTOR has not responded to such critiques, but they have not even produced one sample capacitor prototype.
It is notorious how chemists and material scientists are generally ignorant about limiting quantum probabilistic events.
Being an entrepreneur, let me just say that there is a large hype oriented industry that keeps hot stocks afloat to the pleasure of many early investors and promoters.
Ok ok,heh, just havin alittle fun. Figured I would leave a sophistamakated comment, seeins hows this be a MIT thang and all. Basicly just poppin in to say "whatup crackers?".
Well shizzal, I couldn't help myself, I gots to show you my goods, represent. If the deialectric is P= 23567 root of the conductivity squared, then by hyposafees it would seem to corralate that the conductivitee of the matierial would be statik, and likely not produce the needed wattage.(see V+2mS6 x the amprage). Just a thought my quaulity old school G's.
I think new these new material will help build secure battery,but we must keep eye on environment effect. we still have long period to wait to solve today's battery problems.
Dell had recalled those batteries
Potentially affected batteries were sold with the following models of Dell notebook computers or separately as secondary batteries:
Battery Brand :Dell
P/N# :Inspiron 6000
Battery Type :Li-ion
Voltage :11.1V
Capacity :6600mAh
Color :Black
Dimension :209.40 x 71.80 x 19.80mm
Net Weight :578.33 g
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Using Rust to Capture CO2 from Coal Plants: Process could capture carbon more cheaply. http://www.technologyreview.com/energy/24070/ 12/07/2009 09:00 AM
Indeed, @jayrosen_nyu, the "high-value advertising" you wrote about will probably be (from the advertisers POV) some form of lead-gen. 12/06/2009 11:06 AM
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hamid
11
Quantum Tunnelling will deplete the capacitor
That is, the capacitor will quickly lose its charge, within minutes or seconds, and the 3,500 volts will drop to something reasonable like 350 volts. As the energy stored is square of the voltage, that means it will lose 99% of its capacity in no time.
Not only EESTOR has not responded to such critiques, but they have not even produced one sample capacitor prototype.
It is notorious how chemists and material scientists are generally ignorant about limiting quantum probabilistic events.
Being an entrepreneur, let me just say that there is a large hype oriented industry that keeps hot stocks afloat to the pleasure of many early investors and promoters.