Film, Media & TV1 min ago
Creation / Evolution.
400 Answers
What can you say that you know one thing about evolution?
Answers
Quite aside from anything else, you are still setting far too much store by the people who are speaking, and far too little by what they are actually saying. Evaluate the evidence for yourself, if you can -- what one PhD says, or a Professor, or even a Nobel Laureate or two, means nothing. They may be right or they may be wrong, but who they are is irrelevant to that....
14:20 Thu 06th Feb 2020
Actually another flaw* of Khandro's reasoning occurs to me: event A can only cause event B if A comes before B **. But that implies an existence of time (how else can you define "before"), which itself was created along with the rest of the Universe. Time doesn't exist outside, or "before", the Universe is created, so there's no Causality issue to resolve. Again, you arrive at the result, confusing though it is, that there's no need to argue that something existed before the Universe in order to cause it.
* The first flaw being that, if there is a First Cause, then why the need to go one step before the Universe itself to some omnipotent deity?
** Nerds can care about a more precise definition of "A is in the past light cone of B", but it doesn't matter here.
* The first flaw being that, if there is a First Cause, then why the need to go one step before the Universe itself to some omnipotent deity?
** Nerds can care about a more precise definition of "A is in the past light cone of B", but it doesn't matter here.
Theland // So is there a universal law of cause and effect?//
Anyone who understands Quantum Mechanics will tell you there is no such Law. What we call cause and effect is actually the averaging of the probabilities among large numbers of random events.
When looking at the finest scale, particles appear from nothing and disappear again all the time without any cause.
Radioactive decay has no cause. It is a matter of probability. One can never say if a particular radioactive isotope will decay when observed for a given time. Only that in a large number of observations the number will be within the laws of probability.
Many events have probabilities that are so low that they are extremely unlikely to happen even in the lifetime of the Universe but that doesn't mean they can't happen.
The Void and Eternity are beyond Space and Time so probabilities become meaningless. Anything that can happen is happening, even something that seems as unimaginably huge to us as our Universe can happen without a cause.
We see things that are tiny to us come and go all the time but in the context of an eternal void, size has no meaning either.
Anyone who understands Quantum Mechanics will tell you there is no such Law. What we call cause and effect is actually the averaging of the probabilities among large numbers of random events.
When looking at the finest scale, particles appear from nothing and disappear again all the time without any cause.
Radioactive decay has no cause. It is a matter of probability. One can never say if a particular radioactive isotope will decay when observed for a given time. Only that in a large number of observations the number will be within the laws of probability.
Many events have probabilities that are so low that they are extremely unlikely to happen even in the lifetime of the Universe but that doesn't mean they can't happen.
The Void and Eternity are beyond Space and Time so probabilities become meaningless. Anything that can happen is happening, even something that seems as unimaginably huge to us as our Universe can happen without a cause.
We see things that are tiny to us come and go all the time but in the context of an eternal void, size has no meaning either.
I was referring to "causality", which has a specific meaning in physics, and doesn't necessarily have anything to do with what I suspect TL means. I'm not sure I entirely agree with beso's interpretation either, although maybe that is a matter of semantics. Of course it's true that there is no predictive power over when a given event, such as radioactive decay, will happen for a given unstable particle, but that's not, to my mind, the same as saying that there's no "cause". The laws of QM are the "cause"; it's just that Quantum Mechanics is inherently probabilistic, so that only with a large enough collection of unstable particles can you say anything definite.
What I *did* say was that the only way to make sense of causality, or cause and effect, no matter how you understand it, is that there needs to be some sense of a "before" and "after". But the question "what is before the Universe?" is likely to be as meaningless as asking "What is North of the North Pole?"
What I *did* say was that the only way to make sense of causality, or cause and effect, no matter how you understand it, is that there needs to be some sense of a "before" and "after". But the question "what is before the Universe?" is likely to be as meaningless as asking "What is North of the North Pole?"
I think you are right jim - though it goes without saying, I'm no expert.
Quote - In quantum mechanics, the theory of the microscopic world, there is
a paradox which is similar in spirit to Zeno’s paradox. In 1977, B. Misra
and George Sudarshan of the University of Texas showed theoretically that
the decay of an unstable particle – for example, a radioactive nucleus –
is suppressed by the act of observation. The more times it is observed,
the greater is the suppression. When it is observed continuously, the decay simply does not happen. - Unquote
I think the key word in that is, "theoretically".
It reminds me of, "That's Amazing!" from the Fast Show
Read more: https:/ /www.ne wscient ist.com /articl e/mg125 17072-8 00-scie nce-a-w atched- atom-ne ver-dec ays/#ix zz6DpzJ Yx1P
Quote - In quantum mechanics, the theory of the microscopic world, there is
a paradox which is similar in spirit to Zeno’s paradox. In 1977, B. Misra
and George Sudarshan of the University of Texas showed theoretically that
the decay of an unstable particle – for example, a radioactive nucleus –
is suppressed by the act of observation. The more times it is observed,
the greater is the suppression. When it is observed continuously, the decay simply does not happen. - Unquote
I think the key word in that is, "theoretically".
It reminds me of, "That's Amazing!" from the Fast Show
Read more: https:/