2019/10 - 3 April T = 1:05 - 0:45 - ? pm The point that T is what I think it would be for a newly built system. It's not the one we have. I think it will also be true for the new system, and so on. 2019: Towards a complete set of results at 5 pm - not at all. I think the result is that it is possible to get an answer in terms of a single function (the one given by T), and then we can say what happens if we change the initial conditions. It seems to me that this is a good way to start, and I hope that it will lead to a full understanding of the problem. The key point is that the solution depends on the initial condition, but not on the final one. So if we change the initial condition, the solution changes too. But if we change the final condition, the solution stays the same. This is a very important observation, because it tells us that the problem is well-posed. In other words, there is a unique solution for each choice of initial conditions. 31 - around 5 pm (V.T.) 2. more about this? (T) 32 & 4. (T) which is + here (T) = 0:1 - something like that (T) = 0:1 - something else? (T) = 0:1 - something different? (T) = 0:1 - something yet again? 32. More generally 30A = 4mD, but X is A T2 = W(0), W(A,X) 30C = ? 30D = ? 30E = ? 30F = ? 30G = ? 30H = ? 30I = ? 30J = ? 30K = ? 30L = ? 30M = ? 30N = ? 30O = ? 30P = ? 30Q = ? 30R = ? 30S = ? 30T = ? 30U = ? 30V = ? 30W = ? 30X = ? 30Y = ? 30Z = ?