RT @memcculloch: @chinosupay No simulations yet. I looked at clusters in this paper: https://t.co/5TwZ4Ww5TI
@chinosupay No simulations yet. I looked at clusters in this paper: https://t.co/5TwZ4Ww5TI
@RogTallbloke QI scales up to galaxy clusters, see my 2012 paper https://t.co/5TwZ4Ww5TI and it works for globular clusters too, but I have not written a paper on that yet.
@JYorski I can get the TF without Hubble :) https://t.co/5TwZ4Ww5TI
@GregorioBaquer5 @Franck_McBecker @StartsWithABang No. #QI predicts dwarfs and clusters well, unlike #MoND: https://t.co/5TwZ4Ww5TI
@Debloper @PhysicsVoice #QI predicts dark energy, and fits galaxy clusters. See respectively: https://t.co/bFl1VXDO3P and https://t.co/5TwZ4Ww5TI
@DJSnM #QI predicts dwarf galaxies, disc galaxies & clusters (but I have not looked yet at ellipticals) see this paper: https://t.co/5TwZ4Ww5TI The two exceptions were the odd 2 without DM but one of them has now been discredited - the assumed distance
@marongwe_stuart OK. This is the same as my formula in https://t.co/5TwZ4Ww5TI but with an assumed dependence on time...
@skdh Or this take on modified inertia, if anyone is interested. https://t.co/o8rGdpr1B1
@daniesch This was published in Astrophys & Space Sci: https://t.co/5TwZ4Ww5TI
RT @memcculloch: @ahmadborzou Yes, it works for galaxy clusters too, see: https://t.co/5TwZ4Ww5TI I have also applied it to the whole unive…
@ahmadborzou Yes, it works for galaxy clusters too, see: https://t.co/5TwZ4Ww5TI I have also applied it to the whole universe: https://t.co/TwUcZ2wVLK and protons..
@ISSIBern Please tell them that #quantisedinertia predicts galaxy & cluster dynamics w/o #darkmatter & without any 'tuning'. For galaxies: https://t.co/kxok7bjVVN and for clusters: https://t.co/5TwZ4Ww5TI
@FLOHOTUS @physicsforums #QI models galaxy clusters too. I show that in this paper: https://t.co/5TwZ4Ww5TI I look at the #CMB in this paper: https://t.co/sQ6Ge0nzKZ
@designerzen Most of them are on the arxiv, eg: derivation of inertia: https://t.co/fPWdJE0K50 applicatn 2 galaxies: https://t.co/5TwZ4WNGLg
RT @memcculloch: #MiHsC/#QI predicts galaxy rotation without the awful #darkmatter & without any adjustment, so it beats #MoND too: https:/…
RT @memcculloch: #MiHsC/#QI predicts galaxy rotation without the awful #darkmatter & without any adjustment, so it beats #MoND too: https:/…
#MiHsC/#QI predicts galaxy rotation without the awful #darkmatter & without any adjustment, so it beats #MoND too: https://t.co/5TwZ4Ww5TI
@YanickToutain My paper is here: https://t.co/5TwZ4Ww5TI Another is in review..
#MiHsC fits the McGaugh data https://t.co/XsEB5H4vmV & unlike #MoND it doesn't need an adjustable parameter 2 do it https://t.co/5TwZ4Ww5TI
RT @memcculloch: Just done the calculatn. #MiHsC predicts the velocity disp' of t' new 'uber-dark' galaxy https://t.co/CV8GaugkK7 see https…
RT @memcculloch: @balespen #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyv6cHo
RT @memcculloch: @laurahelmuth @RachelFeltman #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyv6cHo
RT @memcculloch: @Charlez2 #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyvnNyW
RT @memcculloch: @balespen #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyv6cHo
@balespen #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyv6cHo
@Charlez2 #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyvnNyW
@laurahelmuth @RachelFeltman #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyv6cHo
RT @memcculloch: @Sanghata_Global @lifeboathq #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyvnNyW
RT @memcculloch: @Astro_Adept @seanmcarroll @carlzimmer Just done calc: #MiHsC predicts the velocity dispersn 4 dragonfly 44: https://t.co/…
RT @memcculloch: Just done the calculatn. #MiHsC predicts the velocity disp' of t' new 'uber-dark' galaxy https://t.co/CV8GaugkK7 see https…
Just done the calculatn. #MiHsC predicts the velocity disp' of t' new 'uber-dark' galaxy https://t.co/CV8GaugkK7 see https://t.co/JCPVyvnNyW
@Astro_Adept @seanmcarroll @carlzimmer Just done calc: #MiHsC predicts the velocity dispersn 4 dragonfly 44: https://t.co/JCPVyv6cHo
@Sanghata_Global @lifeboathq #MiHsC predicts the stars' speed within error, no #darkmatter needed: https://t.co/JCPVyvnNyW
RT @memcculloch: #MiHsC predicts galaxy rotation without any adjustable parameters & without needing any arbitrary #darkmatter, see: https:…
RT @memcculloch: #MiHsC predicts galaxy rotation without any adjustable parameters & without needing any arbitrary #darkmatter, see: https:…
RT @memcculloch: #MiHsC predicts galaxy rotation without any adjustable parameters & without needing any arbitrary #darkmatter, see: https:…
RT @memcculloch: #MiHsC predicts galaxy rotation without any adjustable parameters & without needing any arbitrary #darkmatter, see: https:…
RT @memcculloch: #MiHsC predicts galaxy rotation without any adjustable parameters & without needing any arbitrary #darkmatter, see: https:…
#MiHsC predicts galaxy rotation without any adjustable parameters & without needing any arbitrary #darkmatter, see: https://t.co/JCPVyv6cHo
@DarkerMatters Dark matter not needed: https://t.co/JCPVyv6cHo
RT @memcculloch: #darkmatter fits galaxy rotatn w/ arbitrary forces. #MiHsC does it by reducing centrifugal forces. No fitting reqd: https:…
RT @memcculloch: #darkmatter fits galaxy rotatn w/ arbitrary forces. #MiHsC does it by reducing centrifugal forces. No fitting reqd: https:…
#darkmatter fits galaxy rotatn w/ arbitrary forces. #MiHsC does it by reducing centrifugal forces. No fitting reqd: https://t.co/JCPVyv6cHo
RT @memcculloch: #astrophysics is wasting young lives, forcing all of them 2 look 4 #darkmatter. Break out! There's an alternative: https:/…
RT @memcculloch: #astrophysics is wasting young lives, forcing all of them 2 look 4 #darkmatter. Break out! There's an alternative: https:/…
RT @memcculloch: @jwheuft @TeckaCZ Isn't gravity from #darkmatter pulling on stars/light but changes in their #inertia due 2 #MiHsC: https:…
#astrophysics is wasting young lives, forcing all of them 2 look 4 #darkmatter. Break out! There's an alternative: https://t.co/JCPVyv6cHo
@jwheuft @TeckaCZ Isn't gravity from #darkmatter pulling on stars/light but changes in their #inertia due 2 #MiHsC: https://t.co/JCPVyv6cHo
RT @memcculloch: @scimichael Interesting. Low spin means less acceleratn & #MiHsC says more clumpiness needed 2 provide acceleratn: https:/…
RT @memcculloch: @scimichael Interesting. Low spin means less acceleratn & #MiHsC says more clumpiness needed 2 provide acceleratn: https:/…
@scimichael Interesting. Low spin means less acceleratn & #MiHsC says more clumpiness needed 2 provide acceleratn: https://t.co/JCPVyv6cHo
RT @memcculloch: #darkmatter is applied arbitrarily 2 galaxies 2 make #GR fit rotatn data. #MiHsC can only b applied 1way & it works: http:…
RT @memcculloch: #darkmatter is applied arbitrarily 2 galaxies 2 make #GR fit rotatn data. #MiHsC can only b applied 1way & it works: http:…
RT @memcculloch: #darkmatter is applied arbitrarily 2 galaxies 2 make #GR fit rotatn data. #MiHsC can only b applied 1way & it works: http:…
#darkmatter is applied arbitrarily 2 galaxies 2 make #GR fit rotatn data. #MiHsC can only b applied 1way & it works: http://t.co/JCPVyv6cHo
@troovus One has emerged :) http://t.co/JCPVyv6cHo
#darkmatter must b put in by hand 2 predict galaxy rotation, #MoND needs tuning w/ a0. #MiHsC works w/ no human input http://t.co/JCPVyv6cHo
#darkmatter must b put in by hand 2 predict galaxy rotation, #MoND needs tuning w/ a0. #MiHsC works w/ no human input http://t.co/JCPVyv6cHo
#darkmatter must b put in by hand 2 predict galaxy rotation, #MoND needs tuning w/ a0. #MiHsC works w/ no human input http://t.co/JCPVyv6cHo
@GavinWince Thanks. An introductn to MiHsC is at: http://t.co/c5q4bz49Mw My attack on #darkmatter is here: http://t.co/BTIJWAtq9z (see pdf)
@GavinWince Thanks. An introductn to MiHsC is at: http://t.co/c5q4bz49Mw My attack on #darkmatter is here: http://t.co/BTIJWAtq9z (see pdf)
@Softspoken_One @Charles_S_Viar MiHsC predicts the dynamics of gal'clusters, haven't looked at distributn yet (see http://t.co/ChTUyi3KRZ)
@AntonioParis Pls note this alternative to dark matter :) http://t.co/ChTUyi3KRZ
MiHsC predicts galaxy rotation speeds without any adjustable parameters & without needing any dark matter http://t.co/ChTUyi3KRZ
Want to see how to model galaxy rotation without needing any dark matter, & without the need for any tuning at all?: http://t.co/CoflsxX7ij
Want to see how to model galaxy rotation without needing any dark matter, & without the need for any tuning at all?: http://t.co/CoflsxX7ij
Want to see how to model galaxy rotation without needing any dark matter, & without the need for any tuning at all?: http://t.co/CoflsxX7ij
Billions spent on failed huge dark matter detectors, when MiHsC can explain galaxy rotation on a piece of paper: http://t.co/QspyHBZ6NT
My solution for the galaxy rotation problem is better than dark matter & MoND, because it doesn't need any 'tuning': http://t.co/CoflsxX7ij
My solution for the galaxy rotation problem is better than dark matter & MoND, because it doesn't need any 'tuning': http://t.co/CoflsxX7ij
MiHsC predicts galaxy rotation speeds: v^4 = 2GMc^2/Theta without adjustable parameters & without needing dark matter http://t.co/CoflsxX7ij
MiHsC predicts galaxy rotation speeds: v^4 = 2GMc^2/Theta without adjustable parameters & without needing dark matter http://t.co/CoflsxX7ij
@_TheGeoff @RichardTheGeek MoND is also a 'patch' solution that needs fitting by hand. MiHsC is better: http://t.co/JCPVyvnNyW
@_TheGeoff @RichardTheGeek MoND is also a 'patch' solution that needs fitting by hand. MiHsC is better: http://t.co/JCPVyvnNyW
@Softspoken_One MiHsC can model galaxies w/o dark matter http://t.co/JCPVyvnNyW but to knock socks off I need something DM/MoND can't do.
The LUX dark matter detector has failed to find any. Here's my suggested explanation 4 the galaxy rotation problem: http://t.co/JCPVyvnNyW
The LUX detector has failed to detect WIMP dark matter. My suggested explanation for the galaxy rotation problem: http://t.co/JCPVyvnNyW
Dark matter fits galaxy rotation by adding arbitrary forces. MiHsC reduces centrifugal forces w/o fitting parameters: http://t.co/JCPVyvnNyW
Dark matter is not falsifiable: u can always invent new undetectable particles for it. In contrast MiHsC is specific: http://t.co/JCPVyvnNyW
http://t.co/oU4coTnZ Testing quantised intertia on galactic scales. (Pdf~Doc) @Pharaoness / by M. McCulloch
Testing quantised inertia on galactic scales: Abstract Galaxies and galaxy clusters have rotational velocities ... http://t.co/Bu2SkxGo