, have entertained the idea that there could be insights to gather from looking at life and the universe in tandem.
What is particularly remarkable is that Schrödinger used reasoning stemming from quantum mechanics to formulate his hypothesis. He was an outsider to biology, and this naturally made him bring a different approach. In the early universe, before there were stars and planets, space was mostly filled with an equal amount of radiation and matter. As this mixture warmed and moved about more, it became less ordered and its entropy increased. But as the universe expanded, it distributed radiation and matter in a homogenous, ordered fashion, lowering the entropy of the universe.
Unfortunately, it is difficult to explain with our current understanding of physics why the entropy was so low in the early universe. In fact, this problem of the low entropy we demand of the big bang is one of the major problems with this theory.
stephstem bioetry Are you working on a paper still or is there work published? I was looking but couldn't find. Asking for a friend. Thanks!
stephstem bioetry If you’re going to spread lies and rumors about me on Facebook… Feel free to tag me.;)
I actually wouldn’t be surprised it makes sense honestly I mean look what we are doing to earth imagine on a galactic scale
Gravesend temple in Kent
Almighty save my son and family from evil Sikhs and the devil women
I would wish for death than the Devils sikh witch marrying my son at gravesend temple as we speak . There is no God
Also Ilya Prigogine's 'dissipative structures' and 'self organizing systems' explain the complexity of the biological systems. Life exists becausevofvthe irreversibility (of time).
Very interesting👏🏼… Will check Stephon and Salvador’s work! Interesting for me as I’m trying to study societies’ metabolism using exergy fluxes (entropy generation ~ exergy destruction)🤓
Yes
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