Nicole Yunger Halpern
@nicoleyh11.bsky.social
490 followers 180 following 140 posts
Theoretical physicist (quantum information + quantum thermodynamics) at QuICS, author of Quantum Steampunk: The Physics of Yesterday's Tomorrow
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nicoleyh11.bsky.social
Our measuring devices report on quantities different from the quantities we actually want to learn about. Mapping the reported-on quantities to the desired quantities requires “cool physics.” –Amir Yacoby presenting the UMD physics colloquium
nicoleyh11.bsky.social
Happy physics Nobel Prize to all my superconducting-qubit friends!
nicoleyh11.bsky.social
About a decade ago, I was presenting about majorization at the University of Maryland as a PhD student. Now, a PhD student of mine is. arxiv.org/abs/2507.22986 @umdscience.bsky.social
nicoleyh11.bsky.social
Grateful to belong to this cohort. When the QuICS Fellows hold a retreat, one can expect ideas mentioned there to reverberate across the globe over the next few years… @umdscience.bsky.social
nicoleyh11.bsky.social
Most quantum information scientists detest the noise that erodes the performance of quantum computers. QuICS postdoctoral fellow Yuxin Wang sees the glass as half-full: noise is a fascinating subject to study. From this week's JQI Seminar.
Reposted by Nicole Yunger Halpern
econover.bsky.social
I had fun speaking today at the Quantum World Congress panel on Demystifying Quantum: How to Communicate Cutting Edge Science to Diverse Audiences. Alongside the fantastic moderator @csrday.bsky.social and esteemed panelists @nicoleyh11.bsky.social and Ben Stein #QWC2025
nicoleyh11.bsky.social
Until today, I've managed to stick to scientific quantum conferences. Seeing so many suits at a quantum gathering is bizarre. #qwc2025
nicoleyh11.bsky.social
Summer REU students investigating Captain Okoli's Magnificent Steampunk Quantum Engine. (Mine's the one in the back, on the right.) @umdscience.bsky.social
nicoleyh11.bsky.social
At how small a problem size does a(n otherwise promising-looking) quantum optimization algorithm (that's been shown to offer an asymptotic speedup) begin outperforming its classical competitor?
nicoleyh11.bsky.social
David Gross (at an excellent QuICS Seminar): “I don’t know if you’ve realized it, but there’s quite a lot of hype about quantum computation.”
nicoleyh11.bsky.social
How many miles to Babylon? You'll get there sometime after ten...
nicoleyh11.bsky.social
Feynman was an impressive thinker. Just, I'm saddened by how many people let the one-liner "Nobody understands quantum mechanics" limit their, and humanity's, horizons. @conorfeehly.bsky.social
nicoleyh11.bsky.social
"...leaf subsides to leaf.
So Eden sank to grief,
So dawn goes down to day.
Nothing gold can stay."
...but at least Quantum Steampunk has made it to a second printing. 🌞 @JHUPress
nicoleyh11.bsky.social
Loads of research groups across the world have been studying the Mpemba effect, according to which ice cream freezes more quickly if the mixture begins hot than if it begins cold. But how many groups have a student who *makes* ice cream? 🍦😋🍧
nicoleyh11.bsky.social
With local applied physicist @uffizi
nicoleyh11.bsky.social
For all my friends who took AP English Literature. @uffizi
nicoleyh11.bsky.social
Claude Shannon “must have been an alien from another planet or a time traveler, because no human being could have achieved all that he did.”
–At-least-approximate quote from David Wolpert @StatPhys29
nicoleyh11.bsky.social
Mehran Kardar: “Let’s be very statistical-physics-y and introduce an order parameter m.” Indeed, one can't get much more statistical-physics-y than that.
nicoleyh11.bsky.social
Whimsically, the plots on my collaborator's slide resemble the marble strewn across Florence, where he was presenting. @StatPhys29
nicoleyh11.bsky.social
Michele Campisi @StatPhys29: To prepare many qubits with high fidelity, use collective behaviors, such as spontaneous symmetry breaking.