Not sure if I understand that correctly.
The "break down" of GR at r=0 requires an extension of the theory such that these infinities are avoided.
If you say we "don't know if it is possible or not" do you say we don't know if such an extension exisits or we will never be able to write it...
But at least experimental support for inflation would support the L-CDM model and thus postulates like homogeneity on which this model is based, right?
What could prove "that the universe must be homogeneous (on large enough distance scales)"?
Would the detection of primordial gravitational waves be a prove? If that proves the correctness of the inflationary theory then I think that even if the creation of matter particles at the end of...
"100-0 is what we calculate from the post-collapse wave function." Isn't 100-0 just the measurement outcome which verifies one of the two possibilities "offered" by the wave function?
But isn't an update of the math something else and not comparable to the instantaneous contraction of a physical thing to a point?
In other words doesn't the measurement just confirm spin up.
Why can't we argue that the wavefunction is not a physical object but 'just' a mathematical expression which describes probabilities and which per se isn't observable? Then it wouldn't be too hard to conclude, that such an expression doesn't collapse.
Here comes Ulrich Bastian's comment, he is one of the founding fathers of Gaia:
My translation:
It seems most probably the trace of a satellite. It begins in the middle of the image and from there sloping to the bottom. It is parallel to the second satellite trace, not shown here. The wobble...
Saying "notice" you seem to think of tidal force or spaghettification. Yes, the larger the black hole the less you feel it, as already said in #4. The reason is tidal force goes with 1/M².
I appreciate that you like my image.
Thanks, this could be a reasonable explanation. I should add that above pictures are taken from the final stack, before processing. Perhaps the problem is somehow related to my Sony.
The only thing is for sure that I'm not alone, I've got this hint from...
Hi,
I've been waiting for weeks to test my Sony A7III after being astro-modified and selected M33 for its H-alpha regions. Integration time was short because of upcoming clouds, but I think Ha is quite ok. Please criticize if it isn't.
I have been struggling to obtain a reasonable color...
Not even when an entangled particle is measured? We don't have two measurements but have the certainty that the other particle has the correlated state in the same instant of time.