I have so much respect for the quotes attributed to hunter s thompson. I have seen them in a movie, in books, on the internet, and on the streets. I have also read them and have used them. I have learned that they are very accurate and speak to so many different aspects of life. The following quotes are only a handful of my favorites.
Hunters are those people who are good at what they do and have a lot of energy. They are the best of mankind and the best that any species can be. They are the epitome of self-awareness. They are the true heroes of the world.
When people think about the future they think of the past, the present, and the future. They are not only the true heroes of the world, but they are also the greatest scientists of the past 100 years.
The quote above is from a letter written by physicist Sir Julian S. Thomson in 1932 in response to a letter from a young scientist asking how they could measure the energy of electrons. He said about the young scientist, “I cannot see how you could possibly do this, even if you had a huge machine!” This is the quote that is so commonly repeated when talking about the importance of science. Scientists are the greatest heroes of the world because they are the greatest scientists.
That quote is in a book about the history of science, and I think most people would agree that Thomson was an incredible scientist. His work was not confined to the realm of electricity and optics either. He did a lot of work in medicine, engineering, and physics.
Thomson’s work in his heyday (1866-1930) was called “physical chemistry” because he did all of his research in the laboratory. He was known for his ability to synthesize substances that had never been seen before. Thomson’s work, however, was based on the understanding that chemistry is chemistry.
Thomson’s work was often associated with the theory of the chemical element, which led to the idea that the elements were made of tiny tiny atoms. Thomson was pretty much the first person to suggest that an element might not be made of atoms but rather made of chemical bonds. So it’s kind of fun to think about how we might be able to recreate Thomson’s ideas. I’m thinking of the hydrogen atom as a little ball of protons and neutrons.
This idea was in the works when scientists were working on a new computer called the “dinosaur computer”, and then they discovered that when they looked at a pair of crystals, they could “make” something that they thought was made of something else. It was a nice way to think about the chemistry of matter, but it wasn’t really scientific. It was a little silly, but it was a great idea.
It sounds like Thomsons ideas are worth putting into practice, but it’s not clear how. Thomsons ideas are all about how the hydrogen atom is a tiny ball of particles that can be connected together. You could certainly make a computer that works similarly to the dinosaur computer, but it’s unclear how you’d be able to do that.
If you want to build a computer that works as a computer, you would need to add a new kind of atom. You would need to build a whole new type of atom, and this atom would not be the hydrogen atom of your computer. It would be something else. We don’t know what that atom is, but we do know that your computer can’t get the data from the hydrogen atom that you did by accident, so it must use it somehow.