EEStor news
I was reading Feynman Vol. II Chapter 10 on dielectrics. Interesting stuff.parallel wrote:What would be the point of these tests? EEStor doesn’t want your investment to dilute the founder’s shares. I assume there will be a public share offering at the appropriate time. Maybe they wouldn’t even have to do that, but could keep the company private if everything works out as they hope.
http://www.amazon.com/gp/product/020102 ... 0201021153
Page 10-2
"...we assume that all insulating materials contain small conducting spheres separated from each other by insulation..."
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You can come to your own conclusion........
Engineering is the art of making what you want from what you can get at a profit.
MSimon. how about posting the interesting bits? A link to Amazon doesn’t quite do it.
MS say Feynman’s lectures are now available after one has added “silverlight” Doesn’t work for me. I just get a message to reload the browser (Firefox) and nothing happens to change that.
I did come across another piece that does the best job of summarizing EEStor I’ve seen. See http://www.theoildrum.com/node/5557 Add to that Weir’s comment, from my earlier link, about fusible links, that probably gets over the problem of sudden total discharge.
MS say Feynman’s lectures are now available after one has added “silverlight” Doesn’t work for me. I just get a message to reload the browser (Firefox) and nothing happens to change that.
I did come across another piece that does the best job of summarizing EEStor I’ve seen. See http://www.theoildrum.com/node/5557 Add to that Weir’s comment, from my earlier link, about fusible links, that probably gets over the problem of sudden total discharge.
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Silverlight beta is Free. If you are not using Winders too bad.kunkmiester wrote:Parallel, check acedemicearth.org and other such places. You shouldn't need Silverlight to get them.
Of course if you don't like free complain to MS. Maybe they will sell you a copy.
Engineering is the art of making what you want from what you can get at a profit.
I did quote the interesting bit. Now compare what I quoted to the EEStor patent.parallel wrote:MSimon. how about posting the interesting bits? A link to Amazon doesn’t quite do it.
MS say Feynman’s lectures are now available after one has added “silverlight” Doesn’t work for me. I just get a message to reload the browser (Firefox) and nothing happens to change that.
I did come across another piece that does the best job of summarizing EEStor I’ve seen. See http://www.theoildrum.com/node/5557 Add to that Weir’s comment, from my earlier link, about fusible links, that probably gets over the problem of sudden total discharge.
And may I suggest you buy the books? I have been studying Physics for 50+ years. Feynman still opened my eyes further.
I loaded Silverlight from Netscape. Firefox is a Mozilla browser too. Unless you are using a Mac in the Apple Mode it should work. If not send MS a note.
Fusible links don't help in a crash.
Engineering is the art of making what you want from what you can get at a profit.
I did download Silverlight and I use Windows XP Pro with service packs. It doesn’t work for me. Neither can I find any Feynman lectures (free) on acedemicearth.org. I have viewed Feynman’s four lectures on the physics of matter, that he gave in New Zealand, that were most interesting but didn’t cover dielectrics. Those lectures left undescribed how the amplitude was actually determined to get the arrow’s angle,
I fear I’m not bright enough to use the Feynman method of solving problems. “Look at the problem carefully. Write down the answer. Prove it is correct.” So, the significance of "...we assume that all insulating materials contain small conducting spheres separated from each other by insulation..." is not crystal clear.
I would have thought that fusible links (“operate in less than 1 millionth of a second”) would go some way to reducing the problem of a crash.
I fear I’m not bright enough to use the Feynman method of solving problems. “Look at the problem carefully. Write down the answer. Prove it is correct.” So, the significance of "...we assume that all insulating materials contain small conducting spheres separated from each other by insulation..." is not crystal clear.
I would have thought that fusible links (“operate in less than 1 millionth of a second”) would go some way to reducing the problem of a crash.
The idea is that the dielectric effectively reduces the distance between the plates. It is a workable idea but there are now better ones. Not completely different - just better.parallel wrote:I did download Silverlight and I use Windows XP Pro with service packs. It doesn’t work for me. Neither can I find any Feynman lectures (free) on acedemicearth.org. I have viewed Feynman’s four lectures on the physics of matter, that he gave in New Zealand, that were most interesting but didn’t cover dielectrics. Those lectures left undescribed how the amplitude was actually determined to get the arrow’s angle,
I fear I’m not bright enough to use the Feynman method of solving problems. “Look at the problem carefully. Write down the answer. Prove it is correct.” So, the significance of "...we assume that all insulating materials contain small conducting spheres separated from each other by insulation..." is not crystal clear.
I would have thought that fusible links (“operate in less than 1 millionth of a second”) would go some way to reducing the problem of a crash.
The problem in a crash is that if the capacitor is smashed the current may be flowing in parallel with the links. So even if the links are open it is not a deterrent to current flow in all cases.
Engineering is the art of making what you want from what you can get at a profit.
It is not a mater of acceleration. It is a matter of piercing or crushing.parallel wrote:Looking at the construction of the EESU, it looks like it would stand many times the acceleration that would kill any human in the vicinity. I assume that the EESU would not be situated in any very vulnerable position in the vehicle.
I suppose there would be some Ford Pinto like exceptions.
Piercing: force per unit area.
Crushing: "steady" high forces.
Engineering is the art of making what you want from what you can get at a profit.
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Many (perhaps most) problems can be solved by a six-year-old child standing in the right place.parallel wrote:I fear I’m not bright enough to use the Feynman method of solving problems. “Look at the problem carefully. Write down the answer. Prove it is correct.”
Feynman was an astoundingly good observer and also very, very good at turning problems around until he got the best view.
Proof is an altogether harder task...
Ars artis est celare artem.
Without making comment on whether EEStor's claims are valid or not, it does seem that, if they are trying to scam people, they are doing it in an odd way, both in the choice of their victims (*surely* there must be someone easier to hit for money than Kleiner Perkins) and in their corporate structure (why have a privately-owned company?).
TheEEStory.com has a good thread on why the EESU can't possibly work in paramagnetic mode.
TheEEStory.com has a good thread on why the EESU can't possibly work in paramagnetic mode.
Depends on who they are attempting to scam. Kleiner or the Government.scareduck wrote:Without making comment on whether EEStor's claims are valid or not, it does seem that, if they are trying to scam people, they are doing it in an odd way, both in the choice of their victims (*surely* there must be someone easier to hit for money than Kleiner Perkins) and in their corporate structure (why have a privately-owned company?).
TheEEStory.com has a good thread on why the EESU can't possibly work in paramagnetic mode.
Al Gore works for Kleiner. I consider that a clue.
Engineering is the art of making what you want from what you can get at a profit.