Ben:
> On Dec 11, 2016, at 6:44 PM, Benjamin Udell wrote:
>
> Jerry, you said that you knew of no mathematical or physical or chemical
> reasons for the unmeasurability of lengths smaller than the Planck length;
> you asked whether the maths of electric field theory are
On 12/11/2016 7:44 PM, Benjamin Udell wrote:
if electrical field theory contradicts quantum mechanics and the
uncertainty principle, then it is valid (at most) only in a
classical limit.
Quantum Electrodynamics (QED) is the well developed theory
that unifies quantum mechanics and
Jerry, you said that you knew of no mathematical or physical or chemical
reasons for the unmeasurability of lengths smaller than the Planck
length; you asked whether the maths of electric field theory are
constrained by the physical principles (i.e., quantum mechanics and the
uncertainty
Ben:
The foundation of electrical field theory preceded W. Heisenberg by several
decades.
Cheers
Jerry
> On Dec 11, 2016, at 3:05 PM, Benjamin Udell wrote:
>
> Jerry, list,
>
> It has to do with the uncertainty principle. Here's an excerpt from a
> discussion "Planck
Sorry, I forgot to include the link:
http://www.fnal.gov/pub/today/archive/archive_2013/today13-11-01_NutshellReadMore.html
Jerry, list,
It has to do with the uncertainty principle. Here's an excerpt from a
discussion "Planck length, minimal length?" by Don Lincoln, Friday, Nov.
1, 2013,
Hi all,
The string theoty is a legitimate theory, even if (and when)it does not
hold. It has paved the way forwards. -
Kirsti
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Ben, List:
> On Dec 11, 2016, at 1:48 PM, Benjamin Udell wrote:
>
> According to Wikipedia, the Planck length is, in principle, within a factor
> of 10, the shortest measurable length – and no theoretically known
> improvement in measurement instruments could change that.
Sorry, I don't know why my link to the 2014 abstract of "Test of Lorentz
invariance with atmospheric neutrinos" got messed up. Here it is again:
https://arxiv.org/abs/1410.4267
Also corrected below.
Best, Ben
On 12/11/2016 2:48 PM, Benjamin Udell wrote:
Gary R., Helmut, list,
I think that
Gary R., Helmut, list,
I think that that's pessimistic and that Peirce would agree. The problem
for string theory and any other theory of quantum gravity is that, for
people to test its distinctive predictions with a collider, the collider
would need to be as big as the observed universe; so