would nuclear energy really be accessible to all?

[Glenn Millam]

Go to the website and listen to the podcast. They go much more in-depth with EEStor and the state of the technology.

[Brian H]

Glenn Millam wrote: Go to the website and listen to the podcast. They go much more in-depth with EEStor and the state of the technology.

Looking for them now. For future reference, when making links don’t just give the front page of a site currently featuring the item you’re talking about. That page will change daily or even hourly. If there’s no obvious linkage to the specific item, try checking the “archives” link; they often pre-store a copy there so it will remain available after the main page is re-written.

[Brian H]

Listened to the meeting; lots of claims and assurances, but little detail. To a question about whether tech was complete and proven, and EEStor was working on production issues, the response was “they’re focusing on commercialization”, which answers nothing. Lots more like that. Still a pig in a poke, as far as hard data goes.

[Zara]

I see where the capacitance has been figured and i know where they are going with their inductance to get an understanding of it. It’s not far from the boron research that is done for focus fusion really as it’s understanding how to gain the perfect resonance. This perfect resonance takes both capictance and inductance to make it happen. I think the thinking behing this move is that it is a capacitor that is made of a crystal that is close to the hardness of emerald. Basically what they are trying to do is find the resonant frequency of a substance that is built via learning the mesophases of the items using a Crystal Laser to get an understanding of what might be the outcome of the situations being tested. You can also keep in mind though….

LCD’s were just created not that long ago and they are still working on the technologies that will allow the lattices to be understood with their relationship to everything else. Until their construction it was understood that electrons were the smallest particle we could visibly see though we have used that technology to get an understanding of vectoring better and learning new ways of making resonance inside a system. The problem is for every factor you figure out there is a factor you cannot expect. It’s very simple really to understand why they want to make it out of something that is more easily created and in more abundance though has the proper structure and capacitance to equal an inductance that may have been found with the substance. This would lead to getting a better resonance out of a material that would seem to have a perfect amount of ability to build heat energy or kinetic energy by the charging of it by potential energy. The question is behind the circuit and also ability for the material to hold such a resonance even through temperature changes. This is considering they may not have a self contained cooling unit that regulates the heat around the actual “battery” basically.

[Brian H]

Zara wrote: I see where the capacitance has been figured and i know where they are going with their inductance to get an understanding of it. It’s not far from the boron research that is done for focus fusion really as it’s understanding how to gain the perfect resonance. This perfect resonance takes both capictance and inductance to make it happen. I think the thinking behing this move is that it is a capacitor that is made of a crystal that is close to the hardness of emerald. Basically what they are trying to do is find the resonant frequency of a substance that is built via learning the mesophases of the items using a Crystal Laser to get an understanding of what might be the outcome of the situations being tested. You can also keep in mind though….

LCD’s were just created not that long ago and they are still working on the technologies that will allow the lattices to be understood with their relationship to everything else. Until their construction it was understood that electrons were the smallest particle we could visibly see though we have used that technology to get an understanding of vectoring better and learning new ways of making resonance inside a system. The problem is for every factor you figure out there is a factor you cannot expect. It’s very simple really to understand why they want to make it out of something that is more easily created and in more abundance though has the proper structure and capacitance to equal an inductance that may have been found with the substance. This would lead to getting a better resonance out of a material that would seem to have a perfect amount of ability to build heat energy or kinetic energy by the charging of it by potential energy. The question is behind the circuit and also ability for the material to hold such a resonance even through temperature changes. This is considering they may not have a self contained cooling unit that regulates the heat around the actual “battery” basically.

Say what? How does this relate to the topic?

[Author]

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