- #71
Careful
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**There is a difference, as you should know. Supersymmetry promises a unified theory, which is a specific benefit. **
that is funny: supersymmetry is one component in the fabric of superstringtheory and has already been the subject of experiments for 30 years now with constant falsification of the specific claims made (concerning the energy scales at which supersymmetric partners ought to be found; the same game - to some lesser extent- concerns the Higgs boson btw ). By the way, as you should know, EXACT supersymmetry HAS to be broken in our universe (anthropic principle) If you do not mind this, then I do not understand why you are so protective concerning Bell experiments which are not conclusive at all
** CM promises absolutely nothing, and I do mean nothing as in nada and zilch; and it is completely ridiculous to claim otherwise. Why should anyone invest a penny in it? There is only one reason, and that is BLIND FAITH. **
Blind faith is the guideline of the above mentioned programs too. And I think any CM'mer would agree that we take a leap in the dark; but that is fine, that is what scientific exploration is about. The point which was already made for a LONG time by Vanesch is that it is just a matter of taste wether you start from GR or QM. The latter is done consistently for some 40 years now, and apart form toy models in lower dimensions the program really got nowhere. It seems to me that you are too much impressed by merchandising tricks ...
**
Of course, the search for a TOE may not lead to anything anyway, as perhaps there is no unification of GR and QFT**
So, why not try CM: if CM gets the necessary part of QM out, we are done. By the way, I am still hoping you can - as a quantum erudite - give me a reference for the above question concerning cooper pair formation.
that is funny: supersymmetry is one component in the fabric of superstringtheory and has already been the subject of experiments for 30 years now with constant falsification of the specific claims made (concerning the energy scales at which supersymmetric partners ought to be found; the same game - to some lesser extent- concerns the Higgs boson btw ). By the way, as you should know, EXACT supersymmetry HAS to be broken in our universe (anthropic principle) If you do not mind this, then I do not understand why you are so protective concerning Bell experiments which are not conclusive at all
** CM promises absolutely nothing, and I do mean nothing as in nada and zilch; and it is completely ridiculous to claim otherwise. Why should anyone invest a penny in it? There is only one reason, and that is BLIND FAITH. **
Blind faith is the guideline of the above mentioned programs too. And I think any CM'mer would agree that we take a leap in the dark; but that is fine, that is what scientific exploration is about. The point which was already made for a LONG time by Vanesch is that it is just a matter of taste wether you start from GR or QM. The latter is done consistently for some 40 years now, and apart form toy models in lower dimensions the program really got nowhere. It seems to me that you are too much impressed by merchandising tricks ...
**
Of course, the search for a TOE may not lead to anything anyway, as perhaps there is no unification of GR and QFT**
So, why not try CM: if CM gets the necessary part of QM out, we are done. By the way, I am still hoping you can - as a quantum erudite - give me a reference for the above question concerning cooper pair formation.