Martin Gaerttner (@magaerttner) 's Twitter Profile
Martin Gaerttner

@magaerttner

ID: 836873339524243457

calendar_today01-03-2017 09:38:47

8 Tweet

20 Takipçi

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Stef Czischek (@sczischek) 's Twitter Profile Photo

You don’t always need huge and deep neural networks – small feed-forward nets turn out to be sufficient to automatically tune a quantum-dot device into the single-charge state. Check out our recent work: arxiv.org/abs/2101.03181

You don’t always need huge and deep neural networks – small feed-forward nets turn out to be sufficient to automatically tune a quantum-dot device into the single-charge state.

Check out our recent work:
arxiv.org/abs/2101.03181
Martin Gaerttner (@magaerttner) 's Twitter Profile Photo

Using a Rydberg quantum simulator we found that magnetization relaxes slowly in disordered Heisenberg spin systems, reminiscent of glassy dynamics: journals.aps.org/prx/abstract/1…

Martin Gaerttner (@magaerttner) 's Twitter Profile Photo

Ever heard of entropic uncertainty relations? It turns out they can be really useful for detecting entanglement, as we report in this duo of papers: arxiv.org/abs/2101.08847 & arxiv.org/abs/2101.08848

Quantum Information & Quantum Simulations @Jena (@gaerttnergroup) 's Twitter Profile Photo

We are advertising three PhD positions in Physics at the intersection of quantum computing, many-body physics, and neuromorphic computing. The positions involve both theory and experiment and are funded by the Baden-Württemberg Foundation. More Info: bit.ly/3pXT8E1

Martin Gaerttner (@magaerttner) 's Twitter Profile Photo

Writing a PRL Auf nur vier Seiten was zu sagen, erscheint war leicht, doch es ist schwer! Man braucht ja nur mal nachzuschlagen: Die meisten Forscher brauchen mehr... (frei nach Heinz Erhardt)

Synthetic Quant Syst (@synqs) 's Twitter Profile Photo

Congratulations to Maurus and the BECK experiment on their first paper! They discuss a new technique for absorption imaging of alkali-like atoms at moderate magnetic fields. Check it out here: aip.scitation.org/doi/full/10.10…