We've been answering it pretty well here. Dark matter and dark energy have no evidence and don't exist but are invented to patch up math errors in BBT. When you correct invalid lightspeed assumptions as needed, as newly shown last month by the lensing of Supernova Ares et al., using a plasma origin model and accretion theory under SED, the mass math works correctly without any epicyclic fudging (and with no uncertainty). Let me know what you want to know specifically.
When you correct invalid lightspeed assumptions as needed
In the mid-1800s physicist James Clerk Maxwell introduced his Maxwell's equations, ways of measuring electric and magnetic fields in a vacuum. Maxwell's equations fixed the electric and magnetic properties of empty space, and after noting that the speed of a massless electromagnetic radiation wave was very close to the supposed speed of light, Maxwell suggested they might match exactly. It turns out Maxwell was right, and for the first time we could measure the speed of light based on other constants in the Universe. The speed of light in a vacuum is 299,792,458 metres per second, a figure scientists agreed on in 1975 and has to be exact.
And the exact coordinates of the Great Pyramid of Giza are 29.9792458°N, 31.1342880°E.
Big Bang for sure. Leonard Hofstadter (Johnny Galecki) and Sheldon Cooper (Jim Parsons), both physicists at Caltech, said so.
Why can't anyone explain dark matter?
Good question. Maybe someone in this forum could provide an answer.
Did you see my reply?
We've been answering it pretty well here. Dark matter and dark energy have no evidence and don't exist but are invented to patch up math errors in BBT. When you correct invalid lightspeed assumptions as needed, as newly shown last month by the lensing of Supernova Ares et al., using a plasma origin model and accretion theory under SED, the mass math works correctly without any epicyclic fudging (and with no uncertainty). Let me know what you want to know specifically.
u/cyberrigger
In the mid-1800s physicist James Clerk Maxwell introduced his Maxwell's equations, ways of measuring electric and magnetic fields in a vacuum. Maxwell's equations fixed the electric and magnetic properties of empty space, and after noting that the speed of a massless electromagnetic radiation wave was very close to the supposed speed of light, Maxwell suggested they might match exactly. It turns out Maxwell was right, and for the first time we could measure the speed of light based on other constants in the Universe. The speed of light in a vacuum is 299,792,458 metres per second, a figure scientists agreed on in 1975 and has to be exact.
And the exact coordinates of the Great Pyramid of Giza are 29.9792458°N, 31.1342880°E.