footprints
Well-Known Member
That doesn't invalidate the inevitable logical conclusion that there is "stuff" without a cause. Ultimately the real question is when do you know you've reached the bottom? IMHO its when attributes explain behavior and with few assumptions...
It doesn't invalidate it, it doesn't validate it either. It simple says we as a species have a lot to learn.
We will know when we have reached the bottom, when;
A) There are no exceptions to the rule.
B) When we can turn the knowledge inside out and upside down, when we can twist it and turn it around and around and still come up with the same logical conclusion.
C) When we can recreate it, reverse engineer it, forward engineer it, change it, manipulate it, predict it exactly and know the how's, the why's, the when's, the where's, and the whereby's prescribed by it.
D) When we can apply the knowledge to everything else in life which uses it and is derived from it and draw the same logical and rational conclusion from it.
E) When we can use it for our benefit and not for our detriment.
F) When there is no more knowledge to find, when mankind does really know it all. Which I sincerely doubt will be in my lifetime or my great, great, great, grandchildrens life time.
Why the notion of a standing wave computational system. The attributes of the waves explain their behavior, which is they re-enforce each other or cancel each other out and converage on patterns based on their interactions with one another.
The assumptions are:
1. Stannding Waves with two states: 1, -1
2. Overlaping domains
3. Hyperdimensional manifolds for connectivity.
4. Will converge to a functional system such as a universe
Compared to say the electron attributes:
1. has mass
2. has spin states
3. has a electric field
4. has gravity field
Do the attributes explain the behavior of an electron? No, neither mass, fields or spin state explain:
1. The ability to aborb photons
2. The abiltity to decern what kind of photon it has absorbed
3. The ability to change its direction based on the detection of a photon
4. The ability to transform into photon(s)
5. The duality of the electron as a particle and a wave.
6. The abiltiy to extend a field.
Looking at that list there is plenty going on inside that electron that needs splaining...:sarcastic
There is a lot everywhere which needs a lot more explaining. I can only say again, as a species we still have a lot to learn.