What Can Cosmic Rays Teach Us About the Universe? Panofsky Prize-Winning Astrophysicist PIERRE SOKOLSKY - Highlights

What Can Cosmic Rays Teach Us About the Universe? Panofsky Prize-Winning Astrophysicist PIERRE SOKOLSKY - Highlights

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Leader in field of Particle Astrophysics
Professor Emeritus of Physics & Astronomy U of Utah
Dean Emeritus of the College of Science

As an administrator for 15 years, I still tried to do science and it was difficult because being a dean, every day there is a problem. Every day you have to solve some personal issues, so it’s difficult to concentrate and what I would do was, whenever there was an opportunity to go to a conference away from the university, particularly in a different country, I would sit in the conference room listening to these lectures. You know how it is with meetings, maybe 10% of the speakers are exciting and interesting. What I found is even when I was not listening because I was in this atmosphere of people talking about physics, my mind was set free and would just start percolating. And all of a sudden ideas would come completely unrelated to what the speaker was talking about, except that they were scientific ideas. And I would jot them down and I found that this was really quite an interesting process because it was kind of an immersion process where you actually are not concentrating on what is exactly in front of you, but it puts you in this mood. The brain turns on a different lode and I think by association other ideas come up.

On Astrophysics, Education & Cultivating Creativity - PIERRE SOKOLSKY

On Astrophysics, Education & Cultivating Creativity - PIERRE SOKOLSKY

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Leader in field of Particle Astrophysics
Professor Emeritus of Physics & Astronomy U of Utah
Dean Emeritus of the College of Science

As an administrator for 15 years, I still tried to do science and it was difficult because being a dean, every day there is a problem. Every day you have to solve some personal issues, so it’s difficult to concentrate and what I would do was, whenever there was an opportunity to go to a conference away from the university, particularly in a different country, I would sit in the conference room listening to these lectures. You know how it is with meetings, maybe 10% of the speakers are exciting and interesting. What I found is even when I was not listening because I was in this atmosphere of people talking about physics, my mind was set free and would just start percolating. And all of a sudden ideas would come completely unrelated to what the speaker was talking about, except that they were scientific ideas. And I would jot them down and I found that this was really quite an interesting process because it was kind of an immersion process where you actually are not concentrating on what is exactly in front of you, but it puts you in this mood. The brain turns on a different lode and I think by association other ideas come up.

Merging Art, Mathematics & Technology in the World of Origami w/ ROBERT J. LANG - Highlights

Merging Art, Mathematics & Technology in the World of Origami w/ ROBERT J. LANG - Highlights

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Master Origamist, Physicist & Author

In origami design, historically people have always used their intuition. They probably started by folding traditional shapes or folding designs by others, developed an intuitive understanding of how the paper behaves and then from there they can explore that intuition to create new shapes. That was the way design worked for years and years, that was the way it worked for me, but I eventually hit a limit to what I could do with my intuition and so part of my motivation for exploring mathematical methods was to externalise some of the design process. If I could get some of the design process on paper in a meaningful way, then I could handle more complicated goals than I could just fit in my brain.

ROBERT J. LANG - Master Origamist, Physicist & Author

ROBERT J. LANG - Master Origamist, Physicist & Author

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Master Origamist, Physicist & Author

In origami design, historically people have always used their intuition. They probably started by folding traditional shapes or folding designs by others, developed an intuitive understanding of how the paper behaves and then from there they can explore that intuition to create new shapes. That was the way design worked for years and years, that was the way it worked for me, but I eventually hit a limit to what I could do with my intuition and so part of my motivation for exploring mathematical methods was to externalise some of the design process. If I could get some of the design process on paper in a meaningful way, then I could handle more complicated goals than I could just fit in my brain.

Extraterrestrial: The First Sign of Intelligent Life Beyond Earth with AVI LOEB - Highlights

Extraterrestrial: The First Sign of Intelligent Life Beyond Earth with AVI LOEB - Highlights

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Harvard Astronomer · Theoretical Physicist
NY Times Bestselling Author of Extraterrestrial, The First Sign of Intelligent Life Beyond Earth

If we are not open to discover wonderful things, we will never discover them. It very much depends on us allowing ourselves to explore and find new things. My mother used to tell me when I was a kid that when I was born as an infant I was very different from the other babies in the room. I was looking around with open eyes, and I should say that’s where it all started. Once I got out of the womb of my mother and I started looking around, I was very curious. The great privilege of being a scientist is that you don’t need to give up on that curiosity. You can maintain your childhood curiosity.

Are We Alone in the Universe? AVI LOEB - Harvard Astronomer, NY Times Bestselling Author of Extraterrestrial

Are We Alone in the Universe? AVI LOEB - Harvard Astronomer, NY Times Bestselling Author of Extraterrestrial

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Harvard Astronomer · Theoretical Physicist
NY Times Bestselling Author of Extraterrestrial, The First Sign of Intelligent Life Beyond Earth

If we are not open to discover wonderful things, we will never discover them. It very much depends on us allowing ourselves to explore and find new things. My mother used to tell me when I was a kid that when I was born as an infant I was very different from the other babies in the room. I was looking around with open eyes, and I should say that’s where it all started. Once I got out of the womb of my mother and I started looking around, I was very curious. The great privilege of being a scientist is that you don’t need to give up on that curiosity. You can maintain your childhood curiosity.