@ourtown.bsky.social
Test for AGI
how did earth evolve from a peanut
how did earth evolve from a peanut
April 4, 2025 at 11:12 AM
Test for AGI
how did earth evolve from a peanut
how did earth evolve from a peanut
Observable Predictions
Spiral arm spacing and pitch angle should follow phase wave harmonics, not mass distribution.
Bars are stable field bottlenecks, long-lived regardless of stellar content.
Clusters found in arms are coherence resonance nodes
No gravitational binding between arms and clusters
Spiral arm spacing and pitch angle should follow phase wave harmonics, not mass distribution.
Bars are stable field bottlenecks, long-lived regardless of stellar content.
Clusters found in arms are coherence resonance nodes
No gravitational binding between arms and clusters
April 4, 2025 at 11:08 AM
Observable Predictions
Spiral arm spacing and pitch angle should follow phase wave harmonics, not mass distribution.
Bars are stable field bottlenecks, long-lived regardless of stellar content.
Clusters found in arms are coherence resonance nodes
No gravitational binding between arms and clusters
Spiral arm spacing and pitch angle should follow phase wave harmonics, not mass distribution.
Bars are stable field bottlenecks, long-lived regardless of stellar content.
Clusters found in arms are coherence resonance nodes
No gravitational binding between arms and clusters
ask me how
We analyze the evolving coherence structure of quasar Q 2237+0305, through multi-epoch, multi-wavelength variations in geodesic interference. Flux modulations are interpreted as phase perturbations in a spacetime coherence field, induced by curvature shear across decoherence domains.
We analyze the evolving coherence structure of quasar Q 2237+0305, through multi-epoch, multi-wavelength variations in geodesic interference. Flux modulations are interpreted as phase perturbations in a spacetime coherence field, induced by curvature shear across decoherence domains.
April 4, 2025 at 10:49 AM
ask me how
We analyze the evolving coherence structure of quasar Q 2237+0305, through multi-epoch, multi-wavelength variations in geodesic interference. Flux modulations are interpreted as phase perturbations in a spacetime coherence field, induced by curvature shear across decoherence domains.
We analyze the evolving coherence structure of quasar Q 2237+0305, through multi-epoch, multi-wavelength variations in geodesic interference. Flux modulations are interpreted as phase perturbations in a spacetime coherence field, induced by curvature shear across decoherence domains.
well neither just geometry
April 4, 2025 at 7:15 AM
well neither just geometry
How earth evolved from a peanut
www.blogger.com/blog/post/ed...
www.blogger.com/blog/post/ed...
Blogger
Weblog publishing tool from Google, for sharing text, photos and video.
www.blogger.com
April 4, 2025 at 7:10 AM
How earth evolved from a peanut
www.blogger.com/blog/post/ed...
www.blogger.com/blog/post/ed...
We expect Dark Matter → We model with Dark Matter → We interpret lensing as Dark Matter → So Dark Matter “exists.”
that's not science
that's not science
April 4, 2025 at 7:04 AM
We expect Dark Matter → We model with Dark Matter → We interpret lensing as Dark Matter → So Dark Matter “exists.”
that's not science
that's not science
What's amazing is there was no debris just a slow inevitable seperation
April 4, 2025 at 6:40 AM
What's amazing is there was no debris just a slow inevitable seperation
Perfect isotopic match between Earth and Moon
The Earth–Moon angular momentum is too finely tuned
There’s no global crustal melt signature on Earth
The Moon’s low iron core and depleted volatiles
The Moon’s orbital resonance and synchronous spin are more naturally explained as a co-evolved system
The Earth–Moon angular momentum is too finely tuned
There’s no global crustal melt signature on Earth
The Moon’s low iron core and depleted volatiles
The Moon’s orbital resonance and synchronous spin are more naturally explained as a co-evolved system
April 3, 2025 at 8:33 PM
Perfect isotopic match between Earth and Moon
The Earth–Moon angular momentum is too finely tuned
There’s no global crustal melt signature on Earth
The Moon’s low iron core and depleted volatiles
The Moon’s orbital resonance and synchronous spin are more naturally explained as a co-evolved system
The Earth–Moon angular momentum is too finely tuned
There’s no global crustal melt signature on Earth
The Moon’s low iron core and depleted volatiles
The Moon’s orbital resonance and synchronous spin are more naturally explained as a co-evolved system
I just wanted to send a message to Nature Portfolio
April 3, 2025 at 8:29 PM
I just wanted to send a message to Nature Portfolio
The novel contribution of this paper is jet-induced shock heating, the dominance of X-ray plasma and a new synthesis of depolarization, energetics, and morphology into a single, field-linked outflow structure predicted in non-Euclidean, non-linear geometry.
Would you like the equations
Would you like the equations
April 3, 2025 at 8:03 PM
The novel contribution of this paper is jet-induced shock heating, the dominance of X-ray plasma and a new synthesis of depolarization, energetics, and morphology into a single, field-linked outflow structure predicted in non-Euclidean, non-linear geometry.
Would you like the equations
Would you like the equations
Earth Formed as a Dumbbell
I have equations
I have equations
April 3, 2025 at 7:41 PM
Earth Formed as a Dumbbell
I have equations
I have equations
Earth Formed as a Dumbbell
I have equations
I have equations
April 3, 2025 at 7:41 PM
Earth Formed as a Dumbbell
I have equations
I have equations
Earth Formed as a Dumbbell
I have equations
I have equations
April 3, 2025 at 7:40 PM
Earth Formed as a Dumbbell
I have equations
I have equations
Earth Formed as a Dumbbell
I have equations
I have equations
April 3, 2025 at 7:40 PM
Earth Formed as a Dumbbell
I have equations
I have equations
Earth Formed as a Dumbbell
I have equations
I have equations
April 3, 2025 at 7:39 PM
Earth Formed as a Dumbbell
I have equations
I have equations
Earth Formed as a Dumbbell
I have equations
I have equations
April 3, 2025 at 7:39 PM
Earth Formed as a Dumbbell
I have equations
I have equations
What makes Sh2-284 special is that you can see structure emerging from energy.
Its central cluster, Dolidze 25, doesn’t just light up the region — it sculpts the surrounding .
The nebula’s shell and cavity form in response to energy flows
a portal because material is shaped by internal forces
Its central cluster, Dolidze 25, doesn’t just light up the region — it sculpts the surrounding .
The nebula’s shell and cavity form in response to energy flows
a portal because material is shaped by internal forces
April 3, 2025 at 6:28 PM
What makes Sh2-284 special is that you can see structure emerging from energy.
Its central cluster, Dolidze 25, doesn’t just light up the region — it sculpts the surrounding .
The nebula’s shell and cavity form in response to energy flows
a portal because material is shaped by internal forces
Its central cluster, Dolidze 25, doesn’t just light up the region — it sculpts the surrounding .
The nebula’s shell and cavity form in response to energy flows
a portal because material is shaped by internal forces
top 5 unexplained properties of globular clusters:
Formation of New Stars Despite Age:
Long-Term Stellar Stability:
Internal Stellar Interactions:
Unusual Orbital Stability:
Chemical Composition
Ask me for the reasons
Formation of New Stars Despite Age:
Long-Term Stellar Stability:
Internal Stellar Interactions:
Unusual Orbital Stability:
Chemical Composition
Ask me for the reasons
April 3, 2025 at 6:21 PM
top 5 unexplained properties of globular clusters:
Formation of New Stars Despite Age:
Long-Term Stellar Stability:
Internal Stellar Interactions:
Unusual Orbital Stability:
Chemical Composition
Ask me for the reasons
Formation of New Stars Despite Age:
Long-Term Stellar Stability:
Internal Stellar Interactions:
Unusual Orbital Stability:
Chemical Composition
Ask me for the reasons
Pluto in GPG Summary
April 3, 2025 at 2:37 PM
Pluto in GPG Summary