You can see that from the same equation that gave us the problem of fine tuning before. whatever omega, remember that H squared omega mi nus one is always equal to this. in this case an exponential expansion, the Hubble Constant is a constant, remember, and so what that means is that as a grows by a factor of ten to the 50 say, this denominator gets bigger by a factor of ten to the 100 and omega minus one has to shrink by a factor of ten to the 100. 