Phila Rembold

Quantum physicist (she/her)👩‍🔬 PostDoc in Vienna

[Phila Rembold @phila_quant]

🥳I won a thing (#quantumchallenge2023) from @SciMeltingPot 🌟
Check out my analogy for the Heisenberg uncertainty principle in the thread below🎸⚛️

P.S. Of course this is just an anology. If you want to know how the real thing works it needs a bit of math.

[Phila Rembold @phila_quant]

Today my article for the online magazine scilog (FWF) was published. 🙌 It is my first commissioned pop-science piece so I'm quite excited. Enjoy my tableware-related analogy for quantum sensors and how it connects to Jupiter below 😊

https://t.co/mS9ChFhuPe

[Phila Rembold @phila_quant]

@Ben_Aaronovitch I would use „Naja eigentlich…“. The „naja“ implies a mixture of agreement and disagreement, similar to „well actually…“. If you want a proper „in fact“ translation you could go for „if we want to be really precise“ which would be „Wenn man es ganz genau nimmt…“.

[QuIT Physics (@quitphysics.info on 🟦☁️) @quit_physics]

New preprint from QuITter Phila @phila_quant: The bases are really loaded for this one! She and her collaborators expain here how your choice of basis functions can drastically affect computation times in quantum optimal control calculations.

https://t.co/FWEbEjbd80

[QuIT Physics (@quitphysics.info on 🟦☁️) @quit_physics]

Next week, for "Quantum Day", our own Dr. Phila Rembold @phila_quant will be giving a talk in Vienna on quantum computing!

[Marco Cerezo @MvsCerezo]

Do you work on variational quantum algorithms or quantum machine learning?

If so, please check our latest article:
https://t.co/1RwVoZxh8e

Here, we ask: Are barren plateau-free models classically simulable? Should we rethink variational QC as a whole?

LONG 🧵 below
1/n

[QuIT Physics (@quitphysics.info on 🟦☁️) @quit_physics]

Huge congrats to QuITter Phila Rembold for being awarded the 2022 Ernst Ising Dissertation Prize from the University of Cologne! The prize-winning PhD thesis, in the field of quantum optimal control, can be found here: https://t.co/Hviq055dkB

[QuIT Physics (@quitphysics.info on 🟦☁️) @quit_physics]

Massive massive congratulations to QuIT superstar Dr. Elizabeth Agudelo for getting approval for the Austrian Science Fund's Elisa Richter Program! 🤩 May she be stuck with us for many years to come ❤️ #ElisaForEliza #QuITtersNeverQuit

[Jake Xuereb @curlyqubit]

Deep congratulations to my brother in quantum arms Florian Meier on his first first-author PRL on the fundamental physics of keeping track of time.

The accuracy of a clock lower bounds a function of the resolution at which it can keep track of time.

https://t.co/mVt2UtgLQD

[Phila Rembold @phila_quant]

@ClaudiaPotsdam @florianaigner Naja die Grafittis sind ja nicht grade durch den Peerreview gegangen, sowas ist scheiße egal wo es steht.

[The Nobel Prize @NobelPrize]

BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2023 #NobelPrize in Physics to Pierre Agostini, Ferenc Krausz and Anne L’Huillier “for experimental methods that generate attosecond pulses of light for the study of electron dynamics in matter.”

[Olivia Lanes @Liv_Lanes]

should I go watch the new quantum computing Black Mirror episode and live tweet all the scientific inaccuracies just to ruin it à la NDT

[Quantum @quantumjournal]

Guess what.

A thousand Quantum papers!

https://t.co/QSbkuH6uoN

[Science Melting Pot @SciMeltingPot]

Winner 🏆 of our #quantumchallenge2023 is @phila_quant and she explained the Heisenberg Uncertainty Principle using an analogy with guitars! Check out the thread below to know more about the analogy ⬇️

[Phila Rembold @phila_quant]

The quantum equivalent of this relationship is what we call the 💡uncertainty principle💡: Two quantities that are not measurable at the same time are called “conjugate variables”. One example of such a pair is the position and speed of a particle.

[Phila Rembold @phila_quant]

🥳I won a thing (#quantumchallenge2023) from @SciMeltingPot 🌟
Check out my analogy for the Heisenberg uncertainty principle in the thread below���⚛️

P.S. Of course this is just an anology. If you want to know how the real thing works it needs a bit of math.

[Phila Rembold @phila_quant]

If the string is struck, you can hear its pitch🎶, but no longer tell the exact position👾 of the mark.
(unclear position, clear pitch)

[Olivia Lanes @Liv_Lanes]

QUANTUM 👏TECHNOLOGY 👏IS 👏ALREADY 👏HERE

[Phila Rembold @phila_quant]

😰 The proposal to reform the #WissZeitVG in Germany is terrifying. 🥼 If this goes through PostDoc time will be reduced to max 3 instead of 6 years, while there is no visible incentive for more permanent positions. WHAT A NIGHTMARE