Want. All of those things are capped right now, which would mean just in real terms that instead of about 123,000 being the cap, one donor could give 3. 5 million to Political Parties and candidates. There was this moment during the oral arguments when Justice Scalia told solicitor general verrilli that compared with the billions of dollars already spent on federal campaigns by parties, candidates, Political Action committees and super pacs, he said, i dont think 3. 5 million is a heck of a lot of money. Does this surprise you to hear that from a Supreme Court justice . Well, i will say two things. One is 3. 5 million is a lot of money, i think, to just about anyone except for the, you know, the adelsons of the world. But the other thing that i will just say, and this was made by another commentator, talk about chutzpah. So the reason that these people are spending millions and millions and millions of dollars in the last election is Justice Scalia. You know, theyre the ones who allowe
Signal which is eventually something the brain can understand. The third idea is a bit difficult, and this is to understand that each sound is actually made up of a lot of different sounds, a lot of different tones that happen simultaneously and for the brain to understand a sound it has to break the sound into its different parts and then those different channels of information have to go to the brain separately. Rose and when something goes wrong, what happens . When something goes wrong and we might return to this of things that happen and really we should return to it later. And maybe i should continue. Rose okay, continue, you have some slides. And let me show you quickly where this happens in the head. So the outer here carries the sound into the eardrum and then its carried through the middle ear to finally reach the inner ear where the cochlea is. The cochlea is the organ that does this conversion to a neural signal and then the auditory nerve carries that signal to the brain.
The third idea is a bit difficult, and this is to understand that each sound is actually made up of a lot of different sounds, a lot of different tones that happen simultaneously and for the brain to understand a sound it has to break the sound into its different parts and then those different channels of information have to go to the brain separately. Rose and when something goes wrong, what happens . When something goes wrong and we might return to this of things that happen and really we should return to it later. And maybe i should continue. Rose okay, continue, you have some slides. And let me show you quickly where this happens in the head. So the outer here carries the sound into the eardrum and then its carried through the middle ear to finally reach the inner ear where the cochlea is. The cochlea is the organ that does this conversion to a neural signal and then the auditory nerve carries that signal to the brain. Here you can see sound waves being collected by the external ea
Something the brain can understand. The third idea is a bit difficult, and this is to understand that each sound is actually made up of a lot of different sounds, a lot of different tones that happen simultaneously and for the brain to understand a sound it has to break the sound into its different parts and then those different channels of information have to go to the brain separately. Rose and when something goes wrong, what happens . When something goes wrong and we might return to this of things that happen and really we should return to it later. And maybe i should continue. Rose okay, continue, you have some slides. And let me show you quickly where this happens in the head. So the outer here carries the sound into the eardrum and then its carried through the middle ear to finally reach the inner ear where the cochlea is. The cochlea is the organ that does this conversion to a neural signal and then the auditory nerve carries that signal to the brain. Here you can see sound wave