Jocelyn Bell Burnell (Won the Nobel Prize)

 

Jocelyn Bell Burnell wins President’s Medal of the Institute of Physics...

“I remember, when my brother was born, people would say,‘ Isn’t it good that Mrs. Bell still has a boy now? ‘When I was a child, I found that difficult. I knew I wanted to be an astronomer. But at the time, there were no examples of women I knew. Even when I was engaged to be married, many people congratulated me and said nothing about the great achievements of astrology. ”Discovery of pulsars, U.K. -

The girl "- wrote one of the most exciting astronomical studies, at the time, no one knew what pulsar was until I got the first two. I was born in Northern Ireland, in 1943.

My father was an architect in Armagh. I attended high school, and I enjoyed it very much from Wednesday until Wednesday. They sent the boys to the science laboratory and the girls to the kitchen because they would become homeowners. I knew that was wrong. I tried to protest against the home science teacher, but he never heard of it. But when I told my parents that night, they hit the roof.

As Quakers, we believe that there is something of God in everyone, literally everyone. So everyone needed a science education.

The next time the science class met, there were three girls and all the boys. I was reading one of my father's books, which was a book by astronomer, ‘Frontiers of Astronomy,’ by Fred Hoyle, a famous astronomer. I knew that before I left school, I wanted to be a radio astronomer.

I went to the University of Glasgow in Scotland. I ended up being the only woman in the 50th class. And it was a custom that when a woman came into the stadium, all the boys whistled, called a cat, knock on their desks. ”

"I had to deal with this on my own." “Bad, yes. If I had not been told what I wanted to do, I would probably have gone the other way. I'd better apply to Cambridge.

I didn't think I was smart enough about this top university. But instead, I was surprised when I entered. Oh, they made a mistake by admitting me. 

They'll find out their mistake and throw me out. ’That impostor syndrome. I went around deciding that I would work harder so that when I was discharged, I would not have a guilty conscience.

Tony Hewish had the task of selecting a combination of so-called quasars, a hot topic. So my first task was to build a radio telescope that I could use. No, no, you are thinking of a telescope that uses light.

This is a radio telescope that uses radio wavelength to select distant objects. Some radio telescopes are vessels.

Ours was like an agricultural framework. We had to carry a bundle of about 20 ropes that were about 150 feet [50 m] long. Then you would shout, ‘Raise it up!’ They would all raise it up, and say ‘Right’ - this is the kind of human caterpillar. holding the ropes.

It took us about twelve years for us two years to build. ”The same members go around the Earth, shooting continuously, night and day, in the sky. And it had to be fully run by one person, a girl, a graduate student who assisted in its construction, Jocelyn Bell. ”

“My presence as a female student was unusual.

Only some women were secretaries. At this stage, there was no one else in the project. It was Tony Hewish and me. He’s a visionary person and he’s a fundraiser for building a radio telescope, but it’s my Ph.D.

I use a telescope, and I analyze data. He ends up with a long conversation with some kind of crooked line on it. Ooh, there is a great source. That is a standard chart analysis.

 And five minutes was one inch, so one foot per hour, 24 feet a day. And I had four chart recorders that traveled about a hundred yards a day. There were more chart sheets than I thought, 

I have to say, yes. One day I was looking for quasars, and there was a signal where I could not explain it. It was not a quasar. And it didn’t look like any kind of distraction I’ve seen before. I should not have seen such a thing.

I wanted to understand what it was. And I ended up taking this issue to Tony. And he said it was a distraction. He had one opinion, that Jocelyn had improperly connected the radio telescope and it had something to do with that. I kept watching.

And this item took about four inches on the charts. You need magnification to use the chart quickly under the pen

so everything spreads out. So I would go out to the viewing area, open the chart at high speed when it should be there,

in due time change the recording very fast, and the revenue drives, beats, beats. What is this?

I called Tony. I told them it was a string of bullets one-third and three-second separation. His immediate response was, ‘Oh, well that solves it. Interference. ‘I knew it wasn’t interfering.

The next day, Tony came out. And he saw lumps with his eyes. And it was no interference. That started a completely new research project. What's going on? How do we find this curiosity?

 Tony and I both had some ideas. I was excited to play a big part in finding whatever this is. I went to ask Tony something, and the door was closed, which was very unusual. And I stumbled upon a conversation between Tony and Martin Ryle, the head of the group, who back then had a conversation.

 I should have been a part of the right from the beginning. How do we publish this result? It’s incredibly hard to get people to believe you’ve got something amazing when you’ve only got one.

I knew that getting more would be a clincher. Back on the board, I did a standard chart analysis, and suddenly I saw something that looked as bad as the first pulsar it looked like. I was convinced that we now had two.

Tony donated a colloquium to Cambridge. And all the astronomers in Cambridge came. Fred Hoyle, an outstanding astronomer who influenced me during my school years, was in the audience. It's very exciting.

Tony made the remarks, announcing the discovery of the new radio station.