but according to kurzweil there will soon be a way to circumvent death. there s some salmon. and the key to mortality lies in technology. medicine has undergone a grand transformation enabled by the genome project to where it is now an information technology. information technology grows exponentially. and that s quite radical. this is several billion times more powerful than the computers i used when i was an undergraduate. this amount of computation will be the size of a blood cell in the 2030s. it will be a billion times more powerful and 100,000 times smaller in 25 years. that s the radical implication. so there will be little robots swimming in our bodies? right. little computerized device that s will augment the immune system. they ll get cancer cells, go after leukemia. right. according to ray, we ll use these nanobots to accomplish a seemingly impossible feat, transferring the entire contents of our brains to a computer. in the future you think we ll
so we did the next best thing and rationalize that it s a good thing. but according to kurzweil there will soon be a way to circumvent death. there s some salmon. and the key to mortality lies in technology. medicine has undergone a grand transformation enabled by the genome project to where it is now an information technology. information technology grows exponentially. and that s quite radical. this is several billion times more powerful than the computers i used when i was an undergraduate. this amount of computation will be the size of a blood cell in the 2030s. it will be a billion times more powerful and 100,000 times smaller in 25 years. that s the radical implication. so there will be little robots swimming in our bodies? right. little computerized device
rationalizing it was a good thing. but there soon could be a way to circumvent death and the key to mortality lies in technology. a grand transformation. there s information technology. it grows exponentially and that s quite radical. this is several billion times more powerful than the computer that i used when ichs an undergraduate. this will be the size of a blood cell is going to be a billion times more powerful and 100,000 times smaller. that s the radical implication. so there will be little robots swimming in our bodies? right. it will basically augment the immune system. they ll get cancer cells. they ll go after leukemia. right. according to ray, we ll use these nanobots to transfer the
so we did the next best thing and rationalize that it s a good thing. but according to kurzweil there will soon be a way to circumvent death. there s some salmon. and the key to mortality lies in technology. medicine has undergone a grand transform oigs enabled by the genome project to where it is now an information technology. information technology grows exponentially. and that s quite radical. this is several billion times more powerful than the computers i used when i was an undergraduate. this amount of computation will be the size of a blood cell in the 2030s. it will be a billion times more powerful and 100,000 times smaller in 25 years. that s the radical implication. so there will be little robots swimming in our bodies? right. little computerized device that s will augment the immune system. they ll get cancer cells, go after leukemia. right. according to ray, we ll use these nanobotts to accomplish a seemingly impossible feat, transferring the entire conten