Yeah, the big sticking point here is that it's an absolute nightmare to try and figure out what is going on at the interfaces.
Yeah, the big sticking point here is that it's an absolute nightmare to try and figure out what is going on at the interfaces. Current theory does not do a very good job at all and is monstrously computationally expensive, especially if they are going to wave their hands and point to "wavefunction overlap". You need a 1-D electronic theory to describe singlet fission - talking about wavefunctions is meaningless when you're in a bosonic sector. You need to talk about _fields_, not a mention of which I see in these papers. EDIT: To be less cryptic, this is what I mean: https://en.wikipedia.org/wiki/Second_quantization
Posted by selimthegrim on Oct 9, 2014, 10:11 PM
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- > The bigger problem is the legal system isn't a logical system, it's a social construct.
- As others pointed out, it's hard to say how much copyrighted material the model already contains in the weights.
- Hey all, this is the first time I'm really sharing this.
- its like owning a personal computer in 1986.
- Not at all, actually.
- A car battery with reduced range is still perfectly useable as a storage battery for a PV system.
Raise real-world problems, find people facing the same issue, and discuss solutions.9,000 issues0 comments
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> The bigger problem is the legal system isn't a logical system, it's a social construct.
NewAs others pointed out, it's hard to say how much copyrighted material the model already contains in the weights.
NewHey all, this is the first time I'm really sharing this.
Newits like owning a personal computer in 1986.
Not at all, actually.
A car battery with reduced range is still perfectly useable as a storage battery for a PV system.
Here in Argentina we are in permanent summer time GMT-3 since a long time, but we should be in GMT-4.
You should do some basic research yourself.
Yeah, the big sticking point here is that it's an absolute nightmare to try and figure out what is going on at the interfaces.
Yeah, the big sticking point here is that it's an absolute nightmare to try and figure out what is going on at the interfaces. Current theory does not do a very good job at all and is monstrously computationally expensive, especially if they are going to wave their hands and point to "wavefunction overlap". You need a 1-D electronic theory to describe singlet fission - talking about wavefunctions is meaningless when you're in a bosonic sector. You need to talk about _fields_, not a mention of which I see in these papers. EDIT: To be less cryptic, this is what I mean: https://en.wikipedia.org/wiki/Second_quantization
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