#galaxydynamics search results

Congrats to @Sydney_Uni's Dr Nicholas Scott, who has been named in the @clarivate #HighlyCited2021 researchers list. His research interests include #GalaxyDynamics, stellar populations & the role of supermassive #BlackHoles. Read about his research: bit.ly/3E2mCbb

Sydney_Science's tweet image. Congrats to @Sydney_Uni's Dr Nicholas Scott, who has been named in the @clarivate #HighlyCited2021 researchers list. His research interests include #GalaxyDynamics, stellar populations & the role of supermassive #BlackHoles. Read about his research: bit.ly/3E2mCbb

0/ Updated MDPI preprint is live: a PT-symmetric quaternionic spacetime that bridges cosmology and galaxy rotation curves with a geometry-first, auditable framework. Full text + figures + scripts: preprints.org/manuscript/202… #Cosmology #GalaxyDynamics #OpenScience


Picture a central object with no infinite density, no event horizon — just a vast, solid-like body where Luminal Quanta are so densely bound that they act as a stable, massive anchor holding an entire galaxy together. #GalaxyDynamics #Astrophysics #TheoreticalPhysics #Cosmology


3/ Geometric efficiency: prediction κ≈⟨h/r⟩\kappa \approx \langle h/r \rangleκ≈⟨h/r⟩ is tested at a representative radius R⋆R_\starR⋆​. Including surface density Σtot\Sigma_{\rm tot}Σtot​ strengthens the relation (high R2R^2R2). #Geometry #GalaxyDynamics


3. In light of #GalaxyDynamics, I would bet on the possibility to recover #MONDPhenomenology from #MimeticGravity inspired by the preliminary work of Sebastiani, Vagnozzi and Myrzakulov in arxiv.org/abs/1708.00603 and arxiv.org/abs/1612.08661.


🔹 One Field ϕ → Flux ε in Different Contexts • Cosmology: A simple formula for ε(t) matches late-time cosmic acceleration (dark energy) and supernova data. • Galaxies: The same ε(r) recovers flat rotation curves without extra dark matter. #Cosmology #GalaxyDynamics


“Exploring gravity in a new way: local clumpiness of matter may subtly alter galactic rotation curves. Built a bootstrap-inspired pipeline to estimate this effect. #AstroPhysics #GalaxyDynamics #DataScience


The new domain name galaxydynamics .com has been listed for sale at perfectdomain.com , buy it before its gone! click here: perfectdomain.com/domain/galaxyd… #Galaxy #Dynamics #Galaxydynamics


The Small Magellanic Cloud is being pulled apart by its larger neighbor, the Large Magellanic Cloud, according to new research from Nagoya University. #Astronomy #GalaxyDynamics #NagoyaResearch geekoo.news/a-galaxy-in-pe…


“Exploring gravity in a new way: local clumpiness of matter may subtly alter galactic rotation curves. Built a bootstrap-inspired pipeline to estimate this effect. #AstroPhysics #GalaxyDynamics #DataScience


The Small Magellanic Cloud is being pulled apart by its larger neighbor, the Large Magellanic Cloud, according to new research from Nagoya University. #Astronomy #GalaxyDynamics #NagoyaResearch geekoo.news/a-galaxy-in-pe…


Congrats to @Sydney_Uni's Dr Nicholas Scott, who has been named in the @clarivate #HighlyCited2021 researchers list. His research interests include #GalaxyDynamics, stellar populations & the role of supermassive #BlackHoles. Read about his research: bit.ly/3E2mCbb

Sydney_Science's tweet image. Congrats to @Sydney_Uni's Dr Nicholas Scott, who has been named in the @clarivate #HighlyCited2021 researchers list. His research interests include #GalaxyDynamics, stellar populations & the role of supermassive #BlackHoles. Read about his research: bit.ly/3E2mCbb

The new domain name galaxydynamics .com has been listed for sale at perfectdomain.com , buy it before its gone! click here: perfectdomain.com/domain/galaxyd… #Galaxy #Dynamics #Galaxydynamics


3. In light of #GalaxyDynamics, I would bet on the possibility to recover #MONDPhenomenology from #MimeticGravity inspired by the preliminary work of Sebastiani, Vagnozzi and Myrzakulov in arxiv.org/abs/1708.00603 and arxiv.org/abs/1612.08661.


Congrats to @Sydney_Uni's Dr Nicholas Scott, who has been named in the @clarivate #HighlyCited2021 researchers list. His research interests include #GalaxyDynamics, stellar populations & the role of supermassive #BlackHoles. Read about his research: bit.ly/3E2mCbb

Sydney_Science's tweet image. Congrats to @Sydney_Uni's Dr Nicholas Scott, who has been named in the @clarivate #HighlyCited2021 researchers list. His research interests include #GalaxyDynamics, stellar populations & the role of supermassive #BlackHoles. Read about his research: bit.ly/3E2mCbb

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