Giacomo Coslovich (@Gcoslo) profile picture

Giacomo Coslovich

@Gcoslo

Scientist at SLAC, Stanford. From Italy to the Bay 🌉. Drummer🥁, pizzaiolo 🍕, dad^4. Passionate about superconductivity and lasers 💥💥F1 and Warriors fan

 San Francisco
Joined October 2012
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Photo by Giacomo Coslovich (@Gcoslo)Photo by Giacomo Coslovich (@Gcoslo)Photo by Giacomo Coslovich (@Gcoslo)Photo by Giacomo Coslovich (@Gcoslo)
Out today on @ScienceMagazine! Find out how we used light to control the coherence of charge density waves in a superconductor! science.org/doi/10.1126/scie… Press release: www6.slac.stanford.edu/news/…
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A new form of magnetism! 🧲 A SLAC-led team has found proof of Altermagnetism – a third magnetic phase that combines the properties of ferromagnetism and antiferromagnetism. Learn more: stanford.io/47JLIvV
This graphic illustrates three proposed forms of magnetism reflected in three mirrors. The left mirror illustrates ferromagnetism, where all electronic spins point the same direction (up-up-up or down-down-down), creating an observable magnetic field. The right mirror illustrates antiferromagnetism, which has alternating electronic spins (up-down-up-down) that cancel each other out, producing no net magnetic effect. The center mirror illustrates the proposed form of altermagnetism, which exhibits properties of both ferromagnetism and antiferromagnetism. (Greg Stewart/SLAC National Accelerator Laboratory)

ALT This graphic illustrates three proposed forms of magnetism reflected in three mirrors. The left mirror illustrates ferromagnetism, where all electronic spins point the same direction (up-up-up or down-down-down), creating an observable magnetic field. The right mirror illustrates antiferromagnetism, which has alternating electronic spins (up-down-up-down) that cancel each other out, producing no net magnetic effect. The center mirror illustrates the proposed form of altermagnetism, which exhibits properties of both ferromagnetism and antiferromagnetism. (Greg Stewart/SLAC National Accelerator Laboratory)

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Nature Physics (@NaturePhysics) profile picture
Nature Physics@NaturePhysicsOct 21
How superconductivity relates to the pseudogap in cuprates remains unclear. Now, time-resolved photoemission measurements show a light-induced pseudogap-like state below critical temperature, revealing a dynamic interplay with superconductivity. nature.com/articles/s41567-0…
Light-induced asymmetric pseudogap below the critical temperature in cuprates

Light-induced asymmetric pseudogap below the critical temperature in cuprates

Nature Physics - How superconductivity relates to the pseudogap in cuprates remains unclear. Now, time-resolved photoemission measurements show a light-induced pseudogap-like state below critical...

nature.com
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Giacomo Coslovich retweeted
Nature Physics (@NaturePhysics) profile picture
Nature Physics@NaturePhysicsOct 21
The mechanism for superconductivity in cuprates is still not known. Now, the observation of a relationship between the critical temperature and strength of coupling between electrons and spin fluctuations suggests the latter as a prime candidate. nature.com/articles/s41567-0…
Evidence for spin-fluctuation-mediated superconductivity in electron-doped cuprates

Evidence for spin-fluctuation-mediated superconductivity in electron-doped cuprates

Nature Physics - The mechanism for superconductivity in cuprates is still not known. Now, the observation of a relationship between the critical temperature and strength of coupling between...

nature.com
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Inna Vishik (@InnaVishik) profile picture
Inna Vishik
@InnaVishikOct 2
My department is doing a search in experimental condensed matter! recruit.ucdavis.edu/JPF07916
Assistant Professor, Department of Physics and Astronomy at University of California, Davis

Assistant Professor, Department of Physics and Astronomy at University of California, Davis

University of California, Davis is hiring. Apply now!

recruit.ucdavis.edu
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"Differential Geometry and Group Theory" has been published by @SpringerNature: link.springer.com/book/10.10… it provides derivations with all mathematical steps and many physical applications from general relativity to quantum mechanics and topological quantum physics.
Image from Alessio Zaccone 🇺🇦 (@ZacconeAlessio)
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Giacomo Coslovich retweeted
Jacob Coxon (@hilbertspaess) profile picture
Jacob Coxon
@hilbertspaessSep 9
I resigned from Anthropic today. I spent the last three years doing pretraining research at both OpenAI and Anthropic. Neither company is acting responsibly. They are racing straight to self-improving superintelligence and gambling with our lives. More thoughts below.
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Optica (@OpticaWorldwide) profile picture
Optica@OpticaWorldwideMay 23
Can you see yourself at the #FiO26 podium? We can. Join us in Rochester, New York, with your #research across fiber optics, quantum, #medicine, optical communications and more! Submit your paper by 02 June: bit.ly/4ryas2d We hope to see your research in the spotlight!
Image from Optica (@OpticaWorldwide)
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Giacomo Coslovich retweeted
Moore Foundation (@MooreFound) profile picture
Moore Foundation@MooreFoundMay 5
📣 Experimental Investigators call from the Moore Foundation’s Emergent Phenomena in Quantum Systems Initiative. 6-year, fully unconstrained grants support researchers developing novel experimental tools to reveal emergent quantum behavior in materials. moore.org/initiative-additio…
Image from Moore Foundation (@MooreFound)
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Giacomo Coslovich retweeted
Physical Review Letters (@PhysRevLett) profile picture
Physical Review Letters@PhysRevLettApr 10
A persistent normal-state third-harmonic generation (THG) signal extending up to 10x T𝑐 and a multipeak THG spectrum in the superconducting state reveal an unexpected interplay between disorder, electronic correlations, and superconducting inhomogeneity go.aps.org/4tECV75
red modulated sine wave coming in from the left, passes through a square with four colored circles of different sizes all marked with squiggles and emerging on the left now blue and modulated in a more complex fashion

ALT red modulated sine wave coming in from the left, passes through a square with four colored circles of different sizes all marked with squiggles and emerging on the left now blue and modulated in a more complex fashion

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Glad to see that our prediction of phason-mediated #superconductivity in #quasicrystals is mentioned among the contributions that pave the way towards room-T superconductors in a roadmap paper in PNAS pnas.org/doi/10.1073/pnas.25… Link to our original paper: doi.org/10.1103/PhysRevB.108…
Image from Alessio Zaccone 🇺🇦 (@ZacconeAlessio)
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Giacomo Coslovich retweeted
Scientific Reports (@SciReports) profile picture
Scientific Reports
@SciReports2 May 2025
Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium go.nature.com/4lSkQzw
Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium

Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium

Scientific Reports - Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium

nature.com
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Fresh off the press: Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium link.springer.com/article/10…

Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium

Scientific Reports - Ultrabroadband THz conductivity of gated graphene in- and out-of-equilibrium

link.springer.com
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Where we observed a broad frequency component (~8 THz) in the photo-induced response of gated CVD graphene, which we interpret as a result of quantum critical transport of the zero-momentum mode
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Giacomo Coslovich retweeted
John Burn-Murdoch (@jburnmurdoch) profile picture
John Burn-Murdoch
@jburnmurdoch4 Apr 2025
NEW 🧵 A quick thread of charts showing how Trump’s economic agenda is going so far: 1) Trump has had the same impact on economic uncertainty as a global pandemic.
Image from John Burn-Murdoch (@jburnmurdoch)
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David Abergel (@David_Abergel) profile picture
David Abergel@David_Abergel8 Nov 2024
Along with my colleagues @Giulia_Pacc and Daniel McNally, we have put together a Nature Conference on quantum materials that will take place next March at Yale. Full details here: conferences.nature.com/event… We have space for a number of contributed talks, so please apply!
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Giacomo Coslovich retweeted
Claudio Giannetti (@cla_giannetti) profile picture
Claudio Giannetti@cla_giannetti31 Oct 2024
We discovered that topological defects of the order parameter are responsible for the resistive switching in a paradigmatic Mott material. This opens new routes towards the control of the switching process in neuromorphic materials. Check it out at: nature.com/articles/s41467-0…
Mott resistive switching initiated by topological defects

Mott resistive switching initiated by topological defects

Nature Communications - Resistive switching is crucial for applications in advanced computing technologies, but its microscopic mechanism is not fully understood. Here the authors use operando...

nature.com
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Giacomo Coslovich retweeted
David Abergel (@David_Abergel) profile picture
David Abergel@David_Abergel5 Aug 2024
🚨🚨 Nature Physics is hiring (again) 🚨🚨 In addition to the condensed-matter physics role (deadline Aug 9th!), we are also hiring someone to take care of our optics and photonics brief. Locations are US and Germany, deadline is Aug 23rd Advert is here: nature.com/naturecareers/job…
Associate or Senior Editor, Nature Physics - New York City, New York (US)

Associate or Senior Editor, Nature Physics - New York City, New York (US)

Position: Associate or Senior Editor, Nature Physics Locations: New York, Philadelphia, Jersey City, Berlin, or Heidelberg- Hybrid working model De...

nature.com
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Now @Nature: Light-induced Meissner effect in optically driven YBa2Cu3O6.48. Fascinating new insights from the Cavalleri Group @MPSDHamburg in collaboration with @mpifkf. nature.com/articles/s41586-0… @cui_unihh #superconductivity #optics #lightmatter #nonequilibrium #condensedmatter
Image from MPI für Struktur und Dynamik der Materie (@MPSDHamburg)
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🥇The Condensed Matter Division of the European Physical Society is proud to announce the award of the 2024 EPS Europhysics Prize to Prof. Andrea Cavalleri. 👏Congratulations! tinyurl.com/2f5wtps7
🥇The Condensed Matter Division of the European Physical Society is proud to announce the award of the 2024 EPS Europhysics Prize to Prof. Andrea Cavalleri. 👏Congratulations! https://tinyurl.com/2f5wtps7

ALT 🥇The Condensed Matter Division of the European Physical Society is proud to announce the award of the 2024 EPS Europhysics Prize to Prof. Andrea Cavalleri. 👏Congratulations! https://tinyurl.com/2f5wtps7

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Giacomo Coslovich retweeted
Tom S. Seifert (@TeraTom_S) profile picture
Tom S. Seifert@TeraTom_S27 May 2024
Announcing the 14th NGSCES (Sept 30- Oct 4 2024) conference that I am coorganizing and that brings together young experts (exp+theroy) for correlated materials incl. magnets and ultrafast and slow phenomena therein. Please come/ send your students to Spain sites.google.com/view/ngsces…
NGSCES 2024

NGSCES 2024

NGSCES 2024 will be the 14th edition of the New Generation in Strongly Correlated Electron Systems conference. NGSCES aims to bring together cutting-edge ideas, trends and opportunities in the...

sites.google.com
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