5 Our Quantized Reality: Life in the Strobe Lights
H. Chris Ransford
Our Quantized Reality: Life in the Strobe LightsAlthough we perceive that, generally, everyday life and things are continuous -energy, movement, etc., a bit of scientific analysis of numerous phenomena shows that in many cases it just cannot possibly be so.This realization gave rise a few decades ago to the new science of quantum mechanics.Quantum mechanics has proved so far to be hands down the most successful theory in the history of physics in explaining reality, but it's also by far the weirdest, leading many to question whether this can be the ultimate explanation of reality.Historically, quantum mechanics arose to try and explain how atoms and electrons behave.Matter is made up of atoms, i.e. electrons spinning around nuclei.But how can electrically charged electrons go on spinning, at high speed, without steadily losing energy?According to all the laws of classical physics, electrons ought to slowly wind down as their motion should lead to a never-ceasing leakage of energy.Straightforward calculations in classical physics tell us that they would quickly collapse onto the nucleus -which they obviously do not.Neither human intuition nor classical mechanics can describe nor explain how matter behaves at that level, but quantum mechanics does (25).
•Mar 20, 2015•0 citations