Its pretty amazing that someone that long ago (Einstein) could have known about the properties of atoms, and that the relationship between two unlike atoms existed.
Im always amazed how far ahead of his time he was.
Just the other day there was an article about how scientists are attempting to formulate a "theory of everything" which would be based on the "theory of relativity". Supposedly it would expain what happens to matter that enters a black hole, or where the first particles that created the universe come from.
Its pretty amazing that someone that long ago (Einstein) could have known about the properties of atoms, and that the relationship between two unlike atoms existed.
Im always amazed how far ahead of his time he was.
Just the other day there was an article about how scientists are attempting to formulate a "theory of everything" which would be based on the "theory of relativity". Supposedly it would expain what happens to matter that enters a black hole, or where the first particles that created the universe come from.
very impresive indeed, but a predictable outcome of hard work and dedication to the most abstract mathematical models, developed by the minds of creative people that want to see what is beyond the horizont of commun knowledge and keep pushing to expand our vision of the universe in all the posible directions... after all why to put a limite to it.
This article shows a great potential of applications already, why to stop in here, lets move it a step further into a medium full of quasiparticles, lets simultaneously clone the properties into more than one atom... now we have a nice grid... there is more than boolean functions to be play with... way faster but maybe too "spooky" hehehe :D
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