well, that's what the people do at the stanford linear accelerator. well, it turns out those particles are electrons. the electrons that are shot in your tv tubes, same old electrons. and those electrons are going 99.9999999999999% the speed of light by the time they hit the target at the end, honey, they are going fast. but let me tell you something, that was kinda neat. those electrons in the first couple of feet are going more than 99% the speed of light right there. and they're pushed all the way down. push, push, push, push, push. the copper wires feeding that accelerator are thicker than your wrist. enormous amperage, enormous power. and that is put into driving that accelerator. and that energy takes little tiny part electrons. you know how light they are, my goodness, my goodness? it pushes, pushes, pushes, pushes for 2 miles. and as they push and push and push and doesn't gain much speed. but it gains something else. it gains momentum without gaining much speed. and what's that imply about the mass? that the mass is becoming enormous. when th

if you go to stanford, california, you'll see the stanford linear accelerator. you're driving down the freeway 280, there's a great big long concrete tube, two miles long. and that concrete two-mile-long tube, they fire electrons. and these electrons go right down a vacuum pipe. gotta get all the air away, they don't want to get these electrons to get obstructed.

well, that's what the people do at the stanford linear accelerator. well, it turns out those particles are electrons. the electrons that are shot in your tv tubes, same old electrons. and those electrons are going 99.9999999999999% the speed of light by the time they hit the target at the end, honey, they are going fast. but let me tell you something, that was kinda neat. those electrons in the first couple of feet are going more than 99% the speed of light right there. and they're pushed all the way down. push, push, push, push, push. the copper wires eding that accelerator are thicker than your wrist. enormous amperage, enormous power. and that is put into driving that accelerator. and that energy takes little tiny part electrons. you know how light they are, my goodness, my goodness? it pushes, pushes, pushes, pushes for 2 miles. and as they push and push and push and doesn't gain much speed. but it gains something else. it gains momentum without gaining much speed. and what's that ply about the mass? that the mass is becoming enormous. when these