Causation in Physics
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If you keep your eye closed and watch intently, you will see the image come back a certain number of counts, it will stay a certain number of counts, it will go away in the same length of time and come back again, always changing in some respect but always the image of the filament, until at last the time comes when it disappears apparently because other impressions have rubbed it out or covered it over. That is available: God raised Christ from the dead to signify his acceptance of Christ's atoning sacrifice, to give his stamp of approval to his teaching, to take back Christ to Heaven where he belongs, and thereby to found a church to draw all men to himself. But if you say to yourself, "I will not take it, as I know this world and all the people on it are bound to live and last for many thousand years more, and if not helped perhaps might fail; I will not take it but I will stay here and I will suffer because of having greater knowledge and greater sensitiveness" - this is the great renunciation. The great end and aim is the great renunciation, that is, that after progressing to great heights, which you can only do by unselfishness, at last you say to yourself, "I may take the ease to what I am entitled." For what prevails in one place must prevail in another.
But this great doctrine of renunciation teaches that instead of working for yourself, you will work to know everything, to do everything in your power for those who may be left behind. You will come up, of course, for even out of revolutions and blood there comes progress, but isn't it better to have progress without that? That means that there is a return even in the retina of the impression of this filament. What he should have done was, that being the return of an old impression, to have compelled himself to feel joyous, even against his will, and if he could not have done that, then to have tried to feel the joy of others. By doing that, he would have implanted in himself another impression, that is of joy, so that when this thing returned once more, instead of being of the same quality and extension, it would have been changed by the impression of joy or elation and the two things coming together would have counteracted each other, just as two billiard balls coming together tend to counteract each other's movements. I know we do not often talk this way, because many of us think people will say to us at once, "I don't want it; it is too much trouble." So generally we talk about the fine progress, and how you will at last escape the necessity of reincarnation, and at last escape the necessity of doing this or that, but if you do your duty, you must make up your mind when you reach the height, when you know all, when you participate in the government of the world, instead of sleeping away your time, you will stay to help those who are left behind, and that is the great renunciation.
That is, we are connected in a brotherhood, which includes not only the white people of the earth, and the black people, and the yellow people, but the animal, the vegetable, the mineral, and the unseen elemental kingdom. Within the descriptive project the vagueness challenge can be understood as arguing that our intuitive, commonsense notion or notions of cause are too vague to be given philosophical analyses precise enough to be able to play a legitimate role in the mathematized sciences. For the neo-Russellian, the fundamental explanatory structures consist of microphysically complete dynamical models of the backward lightcone of a given explanandum. The half-silvered mirror obeys the same rule every time. They would send a photon toward the half-silvered mirror, and half the time they would see Detector 1 click, and the other half of the time they would see Detector 2 click. The early scientists-you’re going to laugh at this-thought that the silver mirror deflected the photon half the time, and let it through half the time. −1. At the start of the program, there’s already a complex number stored in the configuration "a photon heading toward A." The exact value doesn’t matter so long as it’s not zero.
And elsewhere you quote Seth Lloyd saying something similar about classical versus quantum computations: "A classical computation is like a solo voice - one line of pure tones succeeding each other. And another phrase I like to use is… To use the simplest example of a qubit, it's not the case that an electron is in a state of being either spin-up or spin-down but we don't know which. And we come up from lower forms, and are learning how to so mold and fashion, use and abuse, or impress the matter that comes into our charge, into our bodies, our brains, and our psychical nature, so that that matter shall be an improvement to be used by the younger brothers who are still below us, perhaps in the stone beneath our feet. We don’t know how long the arrows are in an absolute sense, just how long they are relative to each other. This chapter shows that the supply of natural resources is not finite in any
economic sense, one reason why their cost can continue to fall indefinitely. After the first time, the color changes each time, and so it keeps coming back at regular intervals, showing that there is a cyclic return of impression in the retina, and if that applies in one place, it applies in every place.
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