Stephen Hawkins was one of the greatest minds science had ever had. His date on 14th of March 2018 has left intellectual Vekom in his wake. Let's have a look at his last speech. I would like to thank Yuri Milner for founding these prizes to recognize outstanding work that may not qualify for the Nobel Prize because it is very difficult or impossible to confirm experimentally. In my case, although almost every theoretical physicist agrees with my prediction that a black hole should look like a hot body, it would be very difficult to verify experimentally. The temperature of the macroscopic black hole is so low. I thought my discovery would never be confirmed or recognized. However, it could be claimed that it has already been indirectly confirmed by observations of the microwave background. It is thought that the very early universe underwent a period of accelerating or inflationary expansion. This would create conditions similar to a black hole and would give the universe an effective temperature. Thermal fluctuations in the very early universe would be frozen in and would cause small differences in the microwave background in different directions. These have been observed and agree with predictions. The thermal emission from black holes is important because it shows that black holes have intrinsic entropy and it shows that there is a deep connection between gravity and thermodynamics. It plays a key role in the ADSCFT duality. I have also made contributions to cosmology. My early work with Roger Penrose showed that classical general relativity predicted the universe had a beginning in a big bang singularity. That the universe had a beginning in a big bang 13.7 billion years ago is now accepted by most people working in cosmology and is supported by the discovery of a faint background of microwaves. The prediction of singularity syndicates that classical general relativity breaks down and has to be replaced by a quantum theory of gravity. Jim Hartle and I proposed that the quantum state of the universe should be defined by a path integral over all compact Euclidean metrics without boundary. In other words, the boundary condition of the universe is that it has no boundary. The no boundary condition implies that the laws of physics hold everywhere, even at the beginning of the universe. Together with Thomas Hartle, Jim and I showed that the no boundary proposal predicts that the universe began with a period of inflation, a prediction which may be confirmed tomorrow, when the data from the blank satellite are published. I feel a sense of achievement that I have managed to make these contributions despite having ALS. I have not allowed my disability to stop me doing most things. My motto is there are no boundaries. Thank you.