understanding reality

Can't seem to embed this vid

The-Illusion-of-Truth-Veritasium
videosift.com/video/The-Illusion-of-Truth-Veritasium

its always fun reading those.. also explains why i dont correct more spelling errors. read it quick, if it registers, post it

the imposter syndrome
videosift.com/video/The-Impostor-Syndrome

i think about this concept a fair amount
wakeup-world.com/2016/08/04/are-we-living-in-a-simulated-reality/?utm_campaign=Wake+Up+World+e-Newsletter&utm_content=Latest+Headlines+inc.+Are+We+Living+in+a+Simulated+Reality%3F&utm_medium=email&utm_source=getresponse


Actually, if we are living in a simulated reality, it explains many quantum quandaries about the universe and the nature of reality. For instance, many scientific experiments have concluded that reality only exists when it is observed, and, therefore, when there is no observer, there is no reality. There is also something called quantum entanglement where two entangled particles are separated but they still instantaneously communicate with one another, regardless of distance and even faster than the speed of light.

This is a bit random but I have a friend who is a physicist that has been working on the properties graphene for a couple of years and has finally had a minor breakthrough. This is his attempt to explain it in layman's terms.


- Of this one I am especially proud. It is the result of more than two years of work. We have found direct numerical evidence of an instability of the van Hove singularity of graphene towards formation of electronic ordered phases.

I guess the hyped up thing to say would be that this is evidence that we maybe can turn graphene into a high temperature superconductor Of course that might be over-selling it just a tiny bit Very short summary: If you create a massive over-supply of positive or negative charge in a graphene sheet eventually lots of interesting stuff happens Electrons develop a tendency for collective behavior that can manifest itself in different ways. Useful for humanity, maybe not immediately, but understanding how exactly this happens certainly is. The important point here is that one cannot describe this by assuming that the electrons only feel the effect of the lattice of carbon atoms. One has to also take into account that they interact with each other.

arxiv.org/abs/1704.03757

I tried reading some of the stuff in that link but it is pointless unless you can understand this:

We report on Hybrid-Monte-Carlo simulations at finite spin density of the
π
-band electrons in monolayer graphene with realistic inter-electron interactions. Unlike simulations at finite charge-carrier density, these are not affected by a fermion-sign problem. Our results are in qualitative agreement with an interaction-induced warping of the Fermi contours, and a reduction of the bandwidth as observed in angle resolved photoemission spectroscopy experiments on charge-doped graphene systems. Furthermore, we find evidence that the neck-disrupting Lifshitz transition, which occurs when the Fermi level traverses the van Hove singularity (VHS), becomes a true quantum phase transition due to interactions. This is in-line with an instability of the VHS towards the formation of electronic ordered phases, which has been predicted by a variety of different theoretical approaches.

Have we considered that our jambase reality is a computer simulation that special Ed teacher Vibyl is using to teach a 14 year old Lolpotato how to interact in adult society.

The matrix is staring in on itself Bros.

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