Enter Matter Density of the universe, OmegaM (0 - 2.0)? 0.1 Enter Cosmological Constant, OmegaL (0. - 1.0)? 0.9 Will you enter (A)ge of the universe or (H)ubble constant? A Enter Age of the universe NOW in billions of years? 16 Will you enter (T)ime THEN or (R)edshift of the light we see NOW? T Enter Age of the universe THEN, in billions of years? 1 Finding what redshift matches Age THEN ...... Age Factor NOW (Age=Fac/H0) = 1.2766 Age of the universe NOW = 16.0000 billion years Age of the universe THEN = 1.0000 billion years Light travel time = 15.0000 billion years Redshift of the light we see NOW = 7.810 Scale of the universe NOW versus THEN = 8.810 Distance of object THEN = 4.235 billion light-years Distance of object NOW = 37.310 billion light-years Luminosity Distance NOW = 328.712 billion light-years Distance Modulus = 50.018 Speed away from us THEN = 2.821 x speed of light* Speed away from us NOW = 2.977 x speed of light* Hubble constant THEN = 651.33 km/sec/megaparsec Hubble constant NOW = 78.02 km/sec/megaparsec * Not the object's own speed, but caused by the expansion of space.