I've listened to every ER=EPR lecture I can find. It's absolutely fascinating. Im not saying I understand enough to have any great opinions on it, but I understand more than enough to keep me interested. I'm only a recent fan of Lenny Susskind. He's a great lecturer.
Very nice lecture with full pack information ,each word a chapter of physics. Future of Mathamatcal physics. The complex nature of concept of entanglement in case of geometry and emergent spaces. The reach of thermodynamic quantity. In deed a new physics but very advance ,beyond simple understanding and beyond the horizon of flat and curve space-time. Fundamental very few could imagine. Salute to this old giant , Very thank to this channel for this priceless Timeless lecture. Extended help to unknown.
You emerge from the lowest energy density point of space. A deep void somewhere. Neutron decay cosmology. A path of least action, physical process solution to black hole paradoxes, dark energy, dark matter and critical density maintenance. A homeostatic universe maintained by the reciprocal processes of electron capture at event horizons and free neutron decay in deep voids. Neutron in at event horizon Drops kinetic energy off as mass for event horizon Takes EinsteinRosen bridge from highest energy pressure conditions to lowest energy density point of space where the quantum basement is lowest and easiest to penetrate. Free Neutron out in deep void where it soon decays into amorphous monatomic hydrogen, proton electron soup, Dark matter. The decay from neutron 0.6fm³ to 1m³ of amorphous hydrogen gas is a volume increase of around 10⁴⁵. Expansion. Dark energy. In time this amorphous atomic hydrogen stabilizes first into monatomic hydrogen And then into the H2 and other stuff. All the time flowing down the gravity hill on its way to an event horizon. This is the loop. Where minima and maxima meet
I came to the same conclusion: classical geometry(GR) has to break down after some time 1:47 The reason is the deviation from GR geodesics will become more and more apparent with time. Nonlinear dispersion relations will make geodesics deviate with time(chaos).
0D event horizon (white holes; negentropic) mirror universe > 10D event horizon (black holes; entropic) mirror universe. 1D-9D don't have instrinsic event horizons like 0D and 10D do, so white holes and black holes must be 0D and 10D, respectively.
Fascinating video!
I've listened to every ER=EPR lecture I can find.
It's absolutely fascinating. Im not saying I understand enough to have any great opinions on it, but I understand more than enough to keep me interested.
I'm only a recent fan of Lenny Susskind. He's a great lecturer.
Very nice lecture with full pack information
,each word a chapter of physics. Future of Mathamatcal physics. The complex nature of concept of entanglement in case of geometry and emergent spaces. The reach of thermodynamic quantity.
In deed a new physics but very advance ,beyond simple understanding and beyond the horizon of flat and curve space-time. Fundamental very few could imagine.
Salute to this old giant ,
Very thank to this channel for this priceless
Timeless lecture.
Extended help to unknown.
Two thumbs up 👍 👍
You emerge from the lowest energy density point of space.
A deep void somewhere.
Neutron decay cosmology.
A path of least action, physical process solution to black hole paradoxes, dark energy, dark matter and critical density maintenance.
A homeostatic universe maintained by the reciprocal processes of electron capture at event horizons and free neutron decay in deep voids.
Neutron in at event horizon
Drops kinetic energy off as mass for event horizon
Takes EinsteinRosen bridge from highest energy pressure conditions to lowest energy density point of space where the quantum basement is lowest and easiest to penetrate.
Free Neutron out in deep void where it soon decays into amorphous monatomic hydrogen, proton electron soup, Dark matter.
The decay from neutron 0.6fm³ to 1m³ of amorphous hydrogen gas is a volume increase of around 10⁴⁵.
Expansion.
Dark energy.
In time this amorphous atomic hydrogen stabilizes first into monatomic hydrogen And then into the H2 and other stuff.
All the time flowing down the gravity hill on its way to an event horizon.
This is the loop.
Where minima and maxima meet
I came to the same conclusion: classical geometry(GR) has to break down after some time 1:47 The reason is the deviation from GR geodesics will become more and more apparent with time. Nonlinear dispersion relations will make geodesics deviate with time(chaos).
0D event horizon (white holes; negentropic) mirror universe >
10D event horizon (black holes; entropic) mirror universe.
1D-9D don't have instrinsic event horizons like 0D and 10D do, so white holes and black holes must be 0D and 10D, respectively.