Non-particle dark matter from Hubble parameter

@StartsWithABang Axions do not exist. #DarkMatter is not particles. https://t.co/NB3VMdJouO

@newscientist Axions do not exist. #DarkMatter is not particles. https://t.co/NB3VMdJWkm

@NatureAstronomy @AlienPhysicist Axions do not exist. #DarkMatter is not particles. https://t.co/NB3VMdJouO

@physorg_com @ConversationEDU @NatureAstronomy Axions do not exist. #DarkMatter is not particles. https://t.co/NB3VMdJouO

@newscientist Axions do not exist. #DarkMatter is not particles. https://t.co/NB3VMdJouO

Non-particle dark matter from Hubble parameter https://t.co/RvCemEnEYB

@NASA Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@esascience @HUBBLE_space Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@seanmcarroll Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@PhysRevLett Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@physorg_com @PhysRevLett Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@QuantaMagazine Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@sciam Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

@SPACEdotcom Simple solution: dark matter has a small, negative pressure and therefore it is not composed from particles, contrary to what is assumed in standard cosmology. https://t.co/NB3VMdJouO

RT @GregorioBaquer5: @PabloGallegos1 @marongwe_stuart @human_wavfunctn @humblerock In any case there has been some recent papers that get r…

RT @GregorioBaquer5: @PabloGallegos1 @marongwe_stuart @human_wavfunctn @humblerock In any case there has been some recent papers that get r…

@PabloGallegos1 @marongwe_stuart @human_wavfunctn @humblerock In any case there has been some recent papers that get really close to what I propose from the mathematical point of view: https://t.co/H596P0MOzr and https://t.co/Xj3Whwnyeq

RT @NikoPoplawski: The Hubble parameter measurement discrepancy goes away if #DarkMatter is not particles. https://t.co/x0CMrKhGIt

RT @NikoPoplawski: The Hubble parameter measurement discrepancy goes away if #DarkMatter is not particles. https://t.co/x0CMrKhGIt

RT @NikoPoplawski: The Hubble parameter measurement discrepancy goes away if #DarkMatter is not particles. https://t.co/x0CMrKhGIt

The Hubble parameter measurement discrepancy goes away if #DarkMatter is not particles. https://t.co/x0CMrKhGIt

Non-particle dark matter from Hubble parameter https://t.co/uE372vfXuq via @SpringerPhysics https://t.co/3vkEE2fQFT