Complex numbers then emerge not just as embedding machinery, but as the structure you get when finite distinguishability meets consistency requirements.
@philsci-archive.bsky.social
Complex numbers then emerge not just as embedding machinery, but as the structure you get when finite distinguishability meets consistency requirements.
@philsci-archive.bsky.social
PDF: zenodo.org/records/1844...
Thoughts?
@hossenfelder.bsky.social @lexfridman.bsky.social @quantamagazine.bsky.social @3blue1brown.com
PDF: zenodo.org/records/1844...
Thoughts?
@hossenfelder.bsky.social @lexfridman.bsky.social @quantamagazine.bsky.social @3blue1brown.com
DM/baryon ratio varies by environment (voids ≠ clusters)
Ratio evolves with redshift
Cosmic jerk at z ≈ 1.5
Standard ΛCDM says constant. I say it varies. One of us is wrong.
DM/baryon ratio varies by environment (voids ≠ clusters)
Ratio evolves with redshift
Cosmic jerk at z ≈ 1.5
Standard ΛCDM says constant. I say it varies. One of us is wrong.
The key insight: dark matter isn't a particle. It's the topological tax of maintaining 3D structure on a 2D scaffold. Pentagons can't tile 3D space efficiently—the frustration IS the missing mass.
The key insight: dark matter isn't a particle. It's the topological tax of maintaining 3D structure on a 2D scaffold. Pentagons can't tile 3D space efficiently—the frustration IS the missing mass.
Full analysis here: medium.com/@jasonrconne...
Full analysis here: medium.com/@jasonrconne...
Genuinely curious what others are seeing.
Genuinely curious what others are seeing.
medium.com/@jasonrconne...
medium.com/@jasonrconne...