Dec 15, 2011 · The physical interpretation of the Hubble time is that it gives the time for the Universe to run backwards to the Big Bang if the expansion rate (the Hubble "constant") were constant.

Apr 20, 2023 · However, the Hubble constant was larger in the past, because objects, which in the past were at the unit distance from us, are now much further, and are moving (and were moving in the …

Feb 25, 2023 · How is Hubble's constant (the expansion rate) predicted from LCDM and the CMB? Ask Question Asked 2 years, 10 months ago Modified 1 month ago

Jan 6, 2025 · However, the Hubble constant has been decreasing since the Big Bang. While this decrease occurs, the general trend of objects receding faster with increasing distance (as described …

Sep 10, 2014 · When we have Hubble constant and it's inverse Hubble Time (1/H) what units are they measured in? I know Hubble constant is in "km/s per Mpc" but is there any other units which are …

10 The Hubble time is about 14 billion years. The estimated current age of the Universe is about 13.7 billion years. Is the reason these two time are so close (a) a coincidence, or (b) a reflection that for …

The behaviour in time of the hubble constant H yields whether the expansion speeds up of slows down. One can make models for the universe. The simpelest model is the Robertson-Walker universe in …

Nov 16, 2015 · Since there currently exists uncertainty in precise evaluation of Hubble constant (known as the problem called "Hubble constant tension") - why there is no similar range uncertainty in the …

Dec 24, 2023 · So, is the value of Hubble's Constant calculated from this the present-day value, or the value from the past, when the supernova occurred? Also, would there be a significant difference …

Related to the discussion above, one typically defines a Hubble time, \tau by the following relationship: dt/d tau = 1/H, where "t" is standard clock time, and \tau is the cosmological time. This equation is …