Pain reaches the heart with electrical speed, but truth moves to the heart as slowly as a glacier.

I can't imagine my life without books. My father was an electrical engineer, and my mother was a public school teacher. Books were an integral part of my childhood.

I always knew I wanted to be a technologist, so I went to Duke and got a degree in computer science and electrical engineering. Really, I thought my goal in life was to be an inventor, a problem solver, so I thought I needed a Ph.D. to be good at inventions, but it turns out that you don't.

I've actually started a number of businesses in my career. So I'm 28 currently, but when I was about 16, I started building Websites, and that's how I put myself through school. I went to Duke with a degree in electrical engineering, computer science, computer engineering, and then to Princeton.

Electrical science has disclosed to us the more intimate relation existing between widely different forces and phenomena and has thus led us to a more complete comprehension of Nature and its many manifestations to our senses.

There's an electrical thing about movies.

In the present state of our knowledge, it would be useless to attempt to speculate on the remote cause of the electrical energy... its relation to chemical affinity is, however, sufficiently evident. May it not be identical with it, and an essential property of matter?

My knowledge of electrical subjects was not acquired in a methodical manner but was picked up from such books as I could get hold of and from such experiments as I could make with my own hands.

Electrical science has revealed to us the true nature of light, has provided us with innumerable appliances and instruments of precision, and has thereby vastly added to the exactness of our knowledge.

My father was an electrical engineer who worked at Westinghouse in Pittsburgh. When I was growing up, my mother wrote humor columns for the local paper. She was the Erma Bombeck of Murrysville, Pa.

I loved school, was an exceptional student, and found a passion for math and science that led me to Vanderbilt University, where I discovered the world of electrical engineering. I did well in college, loved the work I was doing, and soon found myself climbing the corporate ladder after graduation. I was one of the lucky ones.

'Cyberspace' as a term is sort of over. It's over in the way that, after a certain time, people stopped using the suffix '-electro' to make things cool, because everything was electrical. 'Electro' was all over the early 20th century, and now it's gone. I think 'cyber' is sort of the same way.

All I know about thermal pollution is that if we continue our present rate of growth in electrical energy consumption it will simply take, by the year 2000, all our freshwater streams to cool the generators and reactors.

I had originally wanted to be a lawyer. Even when I went to college and majored in engineering, I still thought I'd get a law degree. Then I started taking electrical engineering classes where I saw some of the innovation happening around computers and solid-state technology in the mid '80s.

Desktop computers - boxes inside boxes - began appearing in those cubicles in the mid-eighties, electrical cords curling on the floor like so many ropes.

My first introduction to computers and computer programming came during my freshman year of college. I majored in electrical engineering with a minor in computer science, so I learned during my required courses at Vanderbilt University.

I think that if you don't do the full analysis of what the origin of the electrical power is, where it comes from, how you get batteries into these cars, what the cost is in terms of CO2 and the environment, I think the analysis that we are going to save the planet with electric cars is nonsense.

Carbon nanotubes are amazing because they're really good electrical conductors, yet they are only a few atoms in diameter. You can make transistors out of them in the same way you can with silicon. At Berkeley, we made the narrowest device anybody had ever made. It was basically a single molecule.

"The notion that we should promote "happy" or "humane" exploitation as "baby steps" ignores that welfare reforms do not result in providing significantly greater protection for animal interests; in fact, most of the time, animal welfare reforms do nothing more than make animal exploitation more economically productive by focusing on practices, such as gestation crates, the electrical stunning of chickens, or veal crates, that are economically inefficient in any event. Welfare reforms make animal exploitation more profitable by eliminating practices that are economically vulnerable. For the most part, those changes would happen anyway and in the absence of animal welfare campaigns precisely because they do rectify inefficiencies in the production process. And welfare reforms make the public more comfortable about animal exploitation. The "happy" meat/animal products movement is clear proof of that.

And so when I moved to IBM I moved because I thought I could apply technology. I didn't actually have to do my engineer - I was an electrical engineer but I could apply it. And that was when I changed. And when I got there though I have to say at the time I really never felt there was a constraint about being a woman. I really did not.

In 1978 I entered Tohoku University into the Department of Electrical Engineering Faculty of Technology.

There's an electrical thing about movies.

In the present state of our knowledge it would be useless to attempt to speculate on the remote cause of the electrical energy... its relation to chemical affinity is however sufficiently evident. May it not be identical with it and an essential property of matter?

It is now possible to quantify people's levels of happiness pretty accurately by asking them by observation and by measuring electrical activity in the brain in degrees from terrible pain to sublime joy.