Prof. Maz

The proposal 'Superconductivity in symmetry-broken and low-dimensional systems' has been selected as the 1st WE Heraeus – Lorentz workshop. bit.ly/3VcHvdo Congratulations to the authors and looking forward to organizing this exciting workshop. @semontis @RemkoFermin

As part of winning the Falling Walls Foundation Science Breakthroughs of the year 2022, we made a short (3 min) video on our breakthrough of one-way superconductivity without external field! Check it out! @QuantumNanoTUD, @tudelft, @Falling_Walls youtube.com/watch?v=Z5bUhD…

Sharing our latest publication - collaboration with Prof. Maz Ali @SolidStChemist and Herre van der Zant @QuantumNanoTUD Grateful for support from @NSF and @WelchFoundation Electronic Properties and Phase Transition in the Kagome Metal Yb0.5Co3Ge3 pubs.acs.org/doi/10.1021/ac…

📢 We've been keeping a secret for far too long - and now it's time to announce the Winners of the #FallingWalls Global Call for Nominations! 👉 See which groundbreaking projects the jury shortlisted for the #ScienceBreakthrough of the Year: bit.ly/3Pql2ES

Maz Ali group’s #Breakthrough was to make one-way superconductivity without any external help, for which they have been selected as one of the winners of the #FallingWalls #ScienceBreakthroughs of the Year 2022 in Engineering and Technology. Congratulations! @solidstchemist

🥳Great news! Maz Ali (@SolidStChemist) & his team, from @QuantumNanoTUD, have been selected as finalist of Falling Walls 2022. This means they are now candidates to the Science Breakthrough of the Year in the category of Engineering and Technology. Congratulations!!👏👏

Mazhar Ali & Team, #TUDelft have been selected as a finalist for the Falling Walls Science Breakthroughs of the Year 2022 in Engineering and Technology @Falling_Walls. Congratulations! falling-walls.com/science-summit…

Their work is a steppingstone in the world of superconducting circuits that could lead to huge advances. You can read the original work published in Nature: doi.org/10.1038/s41586…

⚛️In superconductors a current can flow without any resistance, something amazing but that also makes it difficult to control such current at will. In their last paper,researchers from Ali’s Lab discover a device that allows superconducting currents to flow just in one direction!

Discovery of one-way superconductivity without magnetic fields, thought to be impossible, paves way toward superconducting #computing which can make electronics hundreds of times faster.. all with zero energy loss #Physics @SolidStChemist @tudelft scitechdaily.com/breakthrough-d…

We are excited to announce "Superconducting diode effects" workshop on May 18-19 organised by @FatemiValla @Cornell @SolidStChemist and Heng Wu @QuantumNanoTUD @tudelft with an amazing line-up of speakers. Register here virtualscienceforum.org/josephson-diod…

Nature research paper: The field-free Josephson diode in a van der Waals heterostructure go.nature.com/37LeG39

Happy to share with you the @Shinossaura's first first-author manuscript! arxiv.org/abs/2204.05078 Together with @NancySandler and @ProfLuisDias, we verified that in-gap vortex states close to an impurity look really similar to Majorana zero modes even though they are trivial.

The Quantum Nanoscience Department expresses their concern for the people affected by the military invasion in Ukrain. We would like to draw your attention to one of the initiatives #DelftHelpsUkrain and other local initiatives to help refugees.

#DelftHelps Please re-tweet and share! And if you are in the Delft area, donate if you can!

👨‍🏫As part of @tudelft we're glad to introduce students to the #quantum world! On Monday, Profs. Blanter (@ymblanter) and Ali (@SolidStChemist) will start #teaching the Adv. Solid State Physics course, walking students from electron transport to topological matter. Happy learning!

He will then show how quantum materials are being used in applications ranging from dark matter detectors to Mid-IR lasers, from spintronics to superconducting circuits and much more. The era of using quantum materials for driving #quantum technologies is just beginning!

In a first part of his talk he will briefly discuss how, using the concepts of topology, symmetry, and an understanding of crystal and electronic structures, several quantum materials were discovered, what their important properties are, and how they were characterized.

🇳🇱Today at 15:25 Mazhar Ali (@SolidStChemist) will participate in the FW08 session of Physics@Veldhoven, with his talk "Quantum materials: understanding structures to engineer properties for driving quantum applications". Don't miss it! A glimpse of the talk in this thread😉👇

💻Tomorrow at 22:30 Maz Ali (@SolidStChemist) will participate in EMA2022 with his talk "Superconductivity in one direction: the field-free Josephson diode". If you want to learn about next-generation superconducting circuit technology, you can't miss it! ceramics.org/event/electron…