Shreya Satsangi

These days, I'm doing optics simulations on a waveguide. If there is someone else with similar interests, please share some fun problems that I can solve or fun structures that I can make to improve my understanding of the software. OR if you have any interesting resources, share @comsol.bsky.social

Happy New Year, everyone~
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Despite this year’s Nobel prize spotlight on quantum devices, you don't need to be a Nobel laureate to design your own qubit processor. Our goal with Quantum Metal is to make quantum device design accessible to anyone who’s curious about how quantum hardware actually works.

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📄 Women for quantum—manifesto of values
🤝Nuestra compañera Gloria Platero firma este importante manifiesto con el que no podemos estar más de acuerdo. www.nature.com/articles/s42...

𝗘𝘃𝗼𝗹𝘃𝗲 𝘄𝗶𝘁𝗵 𝗨𝘀 𝘁𝗵𝗶𝘀 𝗚𝗶𝘃𝗶𝗻𝗴 𝗧𝘂𝗲𝘀𝗱𝗮𝘆.
At Unitary Foundation, we’re building an open and accessible quantum future—one explorer at a time. This year, our goal is to fully fund a $4,000 UF Microgrant to empower an innovator creating open-source quantum tools or educational materials.

Thanks, Chris, for the insightful thought. For molecules, things might be different, and I found this paper: science.org/doi/10.1126/...
which seems to make some sense; I'm still reading tho.

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Here is the registration link for the meeting~
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@christopher-k-long.bsky.social can you please elaborate on how exactly we can find T1 using Fermi's Golden rule? Our system is a diradical molecule, so I think we can't apply what you have mentioned in stack.

thanks, I'll look into it

This seems so cool prof!

T1 is spin-lattice relaxation time, which is the time it takes for a qubit's spin to return to its ground state after being excited.

T2 is coherence time, which is the time a qubit can maintain a superposition state before collapsing.

Hi Folks from Molecular spin qubits,

Can you suggest to me the best way to calculate T1 and T2 computationally?

Which company recently developed the world’s first CMOS-based quantum computer using standard silicon fabrication techniques?
A. IBM Quantum
B. Google Quantum AI
C. Quantum Motion
D. Intel

Comment your answer in reply ;)

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computational chemistry NOT experiments

I'm more into doi.org/10.1016/j.xi...
this kind of paper, but the point is to find potential spin radical qubits, but only using computational chemistry in experiments. Here, all the proposed molecules are experimentally studied to find the T1 and T2.

Thanks!

Any resources to learn about radical spin qubits, or radical molecules and spin qubits, etc.?

anyone????? please suggest

#spinqubit #organicmolecules #radicalpair

If u wanna learn some computational chemistry, this might be useful~

I'm working/reading on organic radical pair molecules, and I feel like I was right when I was in 11th grade; I don't like chemistry.
Although at first I did some reading on photogenerated radical pair, they didn't work out, so we are hoping to see if an organic radical pair would be helpful or not.

Don't suggest a PhD because that would be the last thing I would like to do at this point.

What am I supposed to do after an MSc in Quantum?
Any idea?

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Physics Nobel announcement tomorrow.

If you know and dislike a famous physicist, this is the day of the year to call them up in the middle of the night, wait 10 seconds, and then do you best Swedish Chef impression...

a sneak peek from the presentation~~

a sneak peek from the presentation~~

Anyone studying molecular spin qubits? I have some chit-chat to do regarding it. If anyone is up, please dm, thanks!

Good news! I'm done with my thesis defence~

The topic for my MSc thesis,
"Ultrastrong Coupling Effects in Spin-Photon Interactions with Hole Spins"

Enjoyed working on it, hoping to work further on spin qubits in sc, but let's seeee