Particle physics laboratory

Was our universe created in a laboratory?


The biggest mystery about the history of our universe is what happened before the big Bang. Where does our universe come from? Almost a century ago, Albert Einstein researched alternatives to the steady state to the big bang model because a beginning in time was not philosophically satisfying in his mind.

Now there are a variety of conjectures in the scientific literature for our cosmic origins, including ideas that our universe emerged from a vacuum fluctuation, or that he is cyclic with repeated periods of contraction and expansion, or that it was selected by the anthropic principle out of string theory landscape of multiverse– where, as MIT cosmologist Alan Guth puts it, “whatever can happen will happen … an infinite number of times, or that it arises from the collapse of matter in the inside a black hole.

A less explored possibility is that our universe was created in the laboratory of an advanced technological civilization. Since our universe has a flat geometry with a net zero energy, an advanced civilization could developed technology that created a baby’s universe from scratch through quantum tunnel.

This possible origin story unifies the religious notion of a creator with the secular notion of quantum gravity. We do not have a predictive theory that combines the two pillars of modern physics: Quantum mechanics and gravity. But a more advanced civilization could have accomplished this feat and mastered the technology of creating baby universes. If that happened, it could not only explain the origin of our universe, but it would also suggest that a universe like ours – which in this picture is home to an advanced technological civilization that gives birth to a new flat universe – is like a biological universe. system that maintains the longevity of its genetic material over several generations.

If so, our universe was not selected for us to exist there, as conventional conventions suggest. anthropogenic reasoning– but rather, it was chosen in such a way that it would give birth to civilizations much more advanced than us. These “smarter children of our cosmic block” – who are able to develop the technology necessary to produce baby universes – are the engines of the cosmic universe. Darwinian selection process, when we cannot yet allow the rebirth of the cosmic conditions that led to our existence. One way to put it is that our civilization is still cosmologically sterile since we cannot reproduce the world that made us.

From this perspective, the technological level of civilizations should not be assessed by the amount of energy they harness, as suggested The scale imagined in 1964 by Nikolai Kardashev. Instead, it should be measured by a civilization’s ability to reproduce the astrophysical conditions that led to its existence.

Now we are a low-level technological civilization, ranked class C on a cosmic scale, since we are unable to recreate even habitable conditions on our planet until the sun dies. Worse yet, we can be labeled class D since we are carelessly destroying the Earth’s natural habitat through climate change, driven by our technologies. A class B civilization could adjust the conditions in its immediate environment to be independent of its host star. A classified civilization Class A could recreate the cosmic conditions that gave birth to its existence, namely to produce a baby universe in the laboratory.

Achieving the distinction of class A civilization is not trivial by the measurements of physics as we know it. Related challenges, such as producing a sufficiently large dark energy density in a small region, have already been discussed in the scientist Literature.

Since a self-replicating universe only needs to have one class A civilization, and it is much less likely to have many more, the most common universe would be the one that does penalty of Class A civilizations. Anything better than this minimum requirement is much less likely to occur as it requires additional rare circumstances and does not provide a greater evolutionary advantage for the Darwinian selection process baby universes.

The possibility that our civilization is not particularly intelligent should not take us by surprise. When I tell Harvard University students that half of them are below the median of their class, they get angry. The stubborn reality might just be that we are statistically at the center of the bell shaped probability distribution of our class of intelligent life forms in the cosmos, even taking into account our famous discovery of the the Higgs boson speak Large Hadron Collider.

We must allow ourselves to look humbly through new telescopes, as the recent announcement envisions. Galileo Project, and look for smarter kids on our cosmic block. Otherwise, our ego journey may not end well, much like the experience of the ego. dinosaurs, who towered over the Earth until an object from outer space tarnished their illusion.



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