Emmanuel Flurin (@manuflurin) 's Twitter Profile
Emmanuel Flurin

@manuflurin

Quantum Physicist | Researcher at Quantronics CEA, Paris | Scientific advisor at Alice&Bob

ID: 2872132263

linkhttps://scholar.google.com/citations?user=ijc5EJsAAAAJ&hl=en calendar_today11-11-2014 11:22:54

281 Tweet

646 Takipçi

229 Takip Edilen

Bar-χ Guttel (@barqubit) 's Twitter Profile Photo

A bit late, but here is my meme-summary for the APS March meeting. No offense was meant by them, except maybe towards trapped-ions folks...

A bit late, but here is my meme-summary for the APS March meeting.
No offense was meant by them, except maybe towards trapped-ions folks...
Mankei Tsang (@mankei_tsang) 's Twitter Profile Photo

Legendre transform in 1 tweet: plot a strictly increasing function. The area g(y) to the left of the curve is the Legendre transform of the area f(x) under the curve.

Legendre transform in 1 tweet: plot a strictly increasing function. The area g(y) to the left of the curve is the Legendre transform of the area f(x) under the curve.
Martin Bauer (@martinmbauer) 's Twitter Profile Photo

Atomic clocks move aside, we could’ve nuclear clocks soon. This is on the breakthrough of exciting a transition in the Thorium nucleus with a laser tuwien.at/en/tu-wien/new…

European Space Agency (@esa) 's Twitter Profile Photo

5,4,3,2,1 allumage Vulcain! 🚀 Relive the moment the first Ariane 6 launched from Centre spatial guyanais, French Guiana 👇 🔊Turn the sound all the way UP ⬆️ #GoAriane!

Hsin-Yuan (Robert) Huang (@roberthuanghy) 's Twitter Profile Photo

Can we tell apart short-time & exponential-time quantum dynamics? In arxiv.org/abs/2407.07754, we found the answer to be "No" even though it seems easy. This discovery leads to new implications in quantum advantages, faster learning, hardness of recognizing phases of matter ...

Can we tell apart short-time & exponential-time quantum dynamics?

In arxiv.org/abs/2407.07754, we found the answer to be "No" even though it seems easy.

This discovery leads to new implications in quantum advantages, faster learning, hardness of recognizing phases of matter ...
Guillaume Lample @ NeurIPS 2024 (@guillaumelample) 's Twitter Profile Photo

Today, we release Mistral Large 2, the new version of our largest model. Mistral Large 2 is a 123B-parameter model with a 128k context window. On many benchmarks (notably in code generation and math), it is superior or on par with Llama 3.1 405B. Like Mistral NeMo, it was trained

David Schuster (@schusterqed) 's Twitter Profile Photo

Superconducting qubits getting faster and beginning to operate at higher temperatures! Happy to answer any questions about these experiments.

Michael Nielsen (@michael_nielsen) 's Twitter Profile Photo

It's interesting how many key technologies are mostly amplifiers, or amplifiers run in reverse (gears, fire, PCR, lenses, the microscope, electrical transformers, lasers, nuclear weapons, and many, many more)

Alice & Bob (@alice__bob) 's Twitter Profile Photo

🚀 We just raised €100 million... Now, it’s your turn to write the next chapter with us! Funding isn’t just about Alice & Bob's growth, it’s about the people who make that growth possible. 📢 We’re hiring, more than 20 roles across multiple teams, and we’re looking for bold

Thomas Wolf (@thom_wolf) 's Twitter Profile Photo

I shared a controversial take the other day at an event and I decided to write it down in a longer format: I’m afraid AI won't give us a "compressed 21st century". The "compressed 21st century" comes from Dario's "Machine of Loving Grace" and if you haven’t read it, you probably

Physical Review X (@physrevx) 's Twitter Profile Photo

An experimental setup to conduct an axion #DarkMatter search, using a haloscope equipped with a microwave photon counter, enhances the potential search speed from #quantum-limited linear amplifiers by a factor of 20 and sets a new standard above 5 GHz. 🔗 go.aps.org/42PhBQv

An experimental setup to conduct an axion #DarkMatter search, using a haloscope equipped with a microwave photon counter, enhances the potential search speed from #quantum-limited linear amplifiers by a factor of 20 and sets a new standard above 5 GHz.

🔗 go.aps.org/42PhBQv
Alice & Bob (@alice__bob) 's Twitter Profile Photo

How do you chart the future of FTQC? A summit in the French Alps, obviously. 🏔️ In collaboration with CEA, we brought together researchers and leading experts in quantum computing from Google, Amazon Web Services, ETH Zurich and more at the iconic Les Houches Physics School. 🧠💡

Jens Eisert (@jenseisert) 's Twitter Profile Photo

There are only a few things in life as joyful as explaining quantum teleportation for the first time in a course on #quantuminformationtheory.

There are only a few things in life as joyful as explaining quantum teleportation for the first time in a course on #quantuminformationtheory.