Time, and the very existence of everything that is the human concept of reality, is the measurement of what is potentially, immeasurably potential. Want to go further down the rabbit hole? Go to - http://www.randomboo.com/ExistenceOfReality.html
@bluewilliam Consider radioactivity - we don't know when a specific atom will spontaneously decay, but we do know from observation that a ratio of a sample will have decayed in a specific time frame (50% in a "half-life" - and the ratio of decayed atoms approaches but never reaches 100%). It's disingenuous to say that the quantum principle applies to large-scale reality in the way hinted here - the Sun and planets must have formed in a particular way without conscious people to observe them!
The uncertainty principle certainly applies at a fundamental level. But macroscopic events would still occur in a reasonably predictable way even in the absence of observers. We can't pin the absolute location *and* momentum of a particle concurrently, but we can work with averages.
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DICKIEMONSTER 1 month ago
awesome
WeAreBullets 1 month ago
It's working now :)
Icansing2008 7 months ago
Can't subscribe to your channel, subscribe button is not working..
Icansing2008 7 months ago
Wolfgang Smith has the answer to the quantum enigma. Dualism has no answer.
rp316117 1 year ago
Quantum physics clearly states that in the eyes of god everything in this universe is getting on and off at the speed of light
grgopala 1 year ago
god was REALLY bored
MoskowFreak1111 1 year ago
@bluewilliam Consider radioactivity - we don't know when a specific atom will spontaneously decay, but we do know from observation that a ratio of a sample will have decayed in a specific time frame (50% in a "half-life" - and the ratio of decayed atoms approaches but never reaches 100%). It's disingenuous to say that the quantum principle applies to large-scale reality in the way hinted here - the Sun and planets must have formed in a particular way without conscious people to observe them!
bluewilliam 1 year ago
The uncertainty principle certainly applies at a fundamental level. But macroscopic events would still occur in a reasonably predictable way even in the absence of observers. We can't pin the absolute location *and* momentum of a particle concurrently, but we can work with averages.
bluewilliam 1 year ago