Inside Science
/
Article

Nicole Yunger Halpern: When Physics Marries the Past to the Future

MAR 29, 2022
In this interview, Nicole Yunger Halpern describes her effort to tie quantum physics to the retro-futuristic steampunk genre.
Nicole Yunger Halpern: When Physics Marries the Past to the Future

In this episode of Inside Science Conversations Dr. Nicole Yunger Halpern tells host Chris Gorski about what drew her to physics and the how having a liberal arts education makes her a better scientist. She also discusses her upcoming book and the similarities between quantum science and the steampunk genre. Her book, Quantum Steampunk: The Physics of Yesterday’s Tomorrow , comes out on April 12, 2022 but is available for pre-order now.

The show is available on your favorite podcast platforms , including Apple and Spotify. It’s also on YouTube .

Here are some excerpts from the interview (full transcript coming soon):

“What really brought me to physics is the tradition of natural philosophy behind physics. I also am fascinated by a lot of the world. And I appreciate having a physicist’s toolkit to be able to think about different facets of it, and also to use tools from different disciplines to look at physics itself. ...

“Early in grad school, I realized that this field, what we call quantum thermodynamics often has the same flavor as steampunk. Steampunk is this genre of literature, art and film. It juxtaposes Victorian settings with futuristic technologies like time machines, you mentioned Jules Verne, he was one of the earliest steampunk writers. Captain Nemo’s ship is a steampunk technology. So this field has this wonderful sense of adventure together with nostalgia and quantum information theory. ...

“I’ve been very grateful that a lot of scientists have been really excited about my book, and enthusiastic and looking forward to reading it and have also been really supportive of me personally, when I was writing the book, I admit, I didn’t tell any scientists more or less that I was writing the book until I was just about finished, so that I could show this entire time, I’ve just been my usual productive scientific self. ...

“I think that it’s important to tell stories about our science to the general public for multiple reasons. One of it which it is, is it is really beneficial to us. Again, this gave me great ideas, it helped me learn a lot about my own science. And it is exciting. So this has even increased my enthusiasm about my own field.”

This is our last episode. Inside Science will no longer produce new content after the end of March 2022. We have six other interviews in this show, and elsewhere on the website and YouTube channel we have an archive full of enjoyable, enlightening science content. Please check out all the episodes of this show on your favorite platform. An appreciation of Inside Science and its long history is also available.

The Inside Science Conversations podcast showcases the human side of science. It’s about what makes scientists and researchers tick. We’ll cover a wide variety of subjects, from record-breaking running to the hidden history of science. Please, like and subscribe to the show on your favorite podcast platform. Join us as we talk to researchers and authors about their work, their lives and why science is important for everyone.

More Science News
FYI
/
Article
However, the agency’s proposed rule would remove requirements to keep radiation “as low as reasonably achievable.”
AAS
/
Article
How do you pick a landing site before you know how you’re going to land? The scientists behind NASA’s latest Moon missions are working on just that.
/
Article
The Helmholtz resonator-based absorber could be used to coat underwater vehicles, equipment, and pipelines.
/
Article
The interactions between plastic microparticles can inform our understanding of their environmental and ecological effects.
/
Article
/
Article
Researchers don’t need to do science engagement alone. Working with professionals makes the job easier and more effective and can lead to better science.
/
Article
Even a limited nuclear war could disrupt the climate, ecosystems, and global food supplies. Nuclear strategies and decisions should be required to factor in those potential consequences.
/
Article
A dataset of daily ozone concentrations with high spatial resolution enables researchers to identify the reversal.