Showing posts with label physics. Show all posts
Showing posts with label physics. Show all posts

Friday, November 21, 2008

a world where the pinion is lifted

Let us suppose someone or several persons raise the amount of my small happiness, $175,000,000, and put it in an escrow account pending a mutually agreed upon criterion, with a mutually agreed upon time limit, of return of the world economy to regularity and out of crisis. In order for this to have happened, first of all, it must be reasonably established in my blog and other effects that I have enough authority, experience, and science to justify to both sides of the escrow their respective risks in the enterprise of the escrow. While to some the element of science is sufficient in itself to justify such risk, others will need to see a certain type of experience before even examining any claim of science, and still others will need to certify that the proper authority to undertake so responsible an undertaking in fact exists before allowing any protracted presentation of experience. These three elements, then, are posited as all being necessary in due time pursuant to an escrow addressing the pinion.

Having so posited a course given positive appreciation of the pinion, we need to comment on the plausibility of a positive position, from the simple anticipation that it might be argued that claiming to have had a hand in causing the crisis is patently negative and to offer to remove it for a fee is patently extortive. I will argue that the pinion is also a claim that the world economy can be made better by me than it was before the crisis occurred, not just returned to regularity. I will not be able to clarify the decision to cause harm in order to get the world's attention. It is easy to anticipate that a claim that I had the ability to improve the world economy and would anyone like to deposit into an escrow to that end, would not be taken seriously no matter how much authority was behind it, or rather one must say that that kind of authority does not exist at present. Given that no escrow, lacking evidence, is realizable, a demonstration is unavoidable. Given a demonstration, a positive demonstration is not sustainable as it tends to disassociate boundaries of personal volition, whereas a negative demonstration is more sustainable as it has distinct quasi-national qualities that a positive demonstration does not have. These affectations, as they alight here more or perhaps less persuasively, just happen to correspond to the emerging codes which engendered the pinion, and were utterly surprising to me i might add.

This correspondence lends credibility to the enterprise of the pinion for my position. Whether it lends credibility to it for the other position, that of those who deposit into the escrow if this happens, is anyone's guess.

All these deliberations weigh on the choice of small happiness for me by someone and the claimed consequence of return to regularity of the world economy. They establish a base on which to approach the seemingly imaginary enterprise of the choice of large happiness for me by someone to the tune of $7 billion and the claimed consequence of a higher global standard of living, one might say in ignorance of the many dangers of distributive inequalities already pervasive. by for now.

Monday, November 17, 2008

my background in computers

My first experience with computers was just out of high school. I got a summer job, as a good physics student, at the Fermi National Accelerator Laboratory in Batavia, IL, which was in its beginning stages of formation and hadn't even broken ground yet for the accelerator.

My boss was a physicist, Dr. David F. Sutter, from Cornell. Dave taught me the basics of circuits, and of logic. I was his only student. He would tutor me in his office. My own space was in an adjacent butler building, or large warehouse type structure. It was large and so was my space. Dave gave me a project to build a circuit, a high frequency clock. He stepped me through it at first and I finished it off. Then we debugged it together until it worked. I managed the lab supplies, getting requisitions for all the stuff Dave wanted us to have, getting some of it from the lab stock house, and ordering some of it from mail order catalogs, Allied and some other house. I learned to use the shop in the lab, drill press, band saw, bending machine, punch, etc. The manager of the shop was Bill Carter, a sturdy, unfrilled but warm and fatherly man, and he was very helpful. Another Cornell man came to work with us, Howie Pfeffer. He amazed me with his ability to debug quickly things I thought were real complicated. It always involved the oscilloscope because everything we did involved high frequencies.

Then I was put to work on my own project, a comparator and interrupt of a small minicomputer. I designed the circuit, with clear steering by dave, built it, and scouted out the computer interrupt. To do that I had to learn to program the computer in its own machine language. It was a Variandata 620i computer, with a language called DAS, for data assembly system. Another physicist, Chuck Schmidt, taught me how to run and program it. It was located in another building, supported by air pressure alone for some technical reason. You entered through a pressure-maintaining door.

i was thrilled with the work involving the computer. I picked it up real fast. One of the electronic technicians told me he was really impressed with how fast I picked it up.

There was a teletype terminal that I typed the programs with. It produced a paper tape that was fed into another input. The computer had switches on its frame that enabled you to step through your programs to debug them. These were called sense switches.

Then in the back there was an interface for the interrupt. My circuit had to connect to it there, and there were eight switches on my circuit. these created eight bits, zero or one each, that when the computer clock got to that number in eight bits, it was interrupted. This process was necessary to enable accelerator control to divert local control stations from their routine operations and have them do something special that came up, which it might in such a large machine. The accelerator was to be four miles in circumference.

That's all for this post.

Saturday, November 8, 2008

the nature of the pinion

Having set down a claim that the current financial crisis is in my power to end, it must be set down some description of the connection between my effects and the effects of the universe. (Why be timid, right?)
There is in the obelisk at left (update: obelisk removed because it is in doubt.) an implication that to derive this explanation of mental illness some science is necessary. No one will venture to ask what such science might be unless they find the explanation credible. I am not going to reveal the science, but the explanation might be found reasonable and some may wonder what the science is. I will say that it is sufficient to describe all life in terms of physics.

So being mentally ill, needing to figure it out, and succeeding, I am the sole Homo sapiens keeper of a physical description of life sufficient to begin or end a global financial crisis. I didn't actually decide to cause it. I decided to cause a negative result for life of unpredictable magnitude, a cause which I can reverse or worsen at my option, which decision on my part is communicated to Homo sapiens and they allowed to do as they please toward me, which to now is as a draftee into mental illness with all the misery there attached. Now, however, there is the matter of my decision to act one way or the alternate way which may or may not relate to global financial conditions.