30th International Conference on Low Temperature Physics

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It has been a great pleasure to share with all of you these exciting days of learning, knowledge and networking. Thank you very much to the speakers and attendees!

See you! 🙌 ❤️

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🏅 At #LT30Bilbao, the IUPAP Early Career Scientist Prize in Low Temperature Physics went to @Bayan Karimi, Anasua Chatterjee & Shuqiu Wang.

Congrats to all! 👏

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Authors of accepted papers will be able to choose between Traditional Closed Publication (free of charge) or Open Access (fees may apply, check with your institution for Open Access agreements with Springer Nature).

🔸LT30 Quantum gases, fluids and solids

🔸LT30 Superconductivity

🔸LT30 Quantum materials ¿ magnetism and topology

🔸LT30 Nanophysics and quantum transport

🔸LT30 Quantum information and technologies

🔸LT30 Cryogenic techniques and applications

➡️ Authors can submit their contribution from the journal homepage, from 15th July 2025 till 30th September 2025: lnkd.in/dSj_SY5F

During the submission process, authors should choose the most appropriate section among the following:

The collection will consider full research articles, perspectives and review papers.

All contributions will undergo the same rigorous peer-review process of any other paper published in the journal.

⚠️ Speakers and Attendees of #LT30 are kindly invited to contribute to the dedicated collection published in Springer Nature's Journal of Low Temperature Physics.

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to the linear Dirac dispersion arising from electron-electron (e-e) interactions with a fine-structure constant of a = 0.32 t 0.014-18.

to higher energies and twist angles by incorporating hexagonal boron nitride (hBN) as a tunneling dielectric.

This advancement unveils previously inaccessible signatures of the dispersion in the tunneling between two monolayer graphene (MLG) sheets-features consistent with a logarithmic correction

of quantum phases via tunneling spectroscopy across twistable van der Waals heterostructures. In the work he is presenting, Efetov and his team significantly enhance the QTM's resolution and extend its measurement capabilities

In his talk, Dimitri Efetov, from Ludwig-Maximilians-Universität München, is explaining that the Quantum Twisting Microscope (QTM)1-3 is a groundbreaking instrument that nables energy- and momentum-resolved measurements

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🏅DANIEL DOLING
Co-authors: N. ENG, L. LEVITIN, V. ANTONOV, R. SHAIKHAIDAROV, A. TZALENCHUK, S. DE GRAAF, T. LINDSTROM, A. CASEY AND J. SAUNDERS.
🔶 ‘Cooling of superconducting qubits immersed in a quantum fluid bath’

🏅ASHER JENNINGS
Co-authors: IVAN GRYTSENKO, JUN WANG, YIRAN TIAN, OLEKSIY RYBALKO, ERIKA KAWAKAMI.
🔶 ‘RF Reflectometry for Electrons on Helium’

🏅YU-CHI YAO
Co-authors: FEI SUN, PHIL. D. C. KING AND HAIJING ZHANG.
🔶 ‘Challenges in identifying intrinsic two-fold symmetry via transport measurements in the kagome superconductor CsV3Sb5’

TAMIO OGUCHI, TAKASHI TAKAHASHI, NORIAKI KIMURA, YOICHI ANDO AND TAKAFUMI SATO.

🔶 ‘New Type of Antiferromagnetic Topological Insulator NdBi and GdBi Studied by Micro-focused ARPES’

🏅ASUKA HONMA
Co-authors: DAICHI TAKANE, NORIYUKI KABEYA, SEIGO SOUMA, YONGJIAN WANG, KUNIHIKO YAMAUCHI, KOSUKE NAKAYAMA, KATSUAKI SUGAWARA, MIHO KITAMURA, KOJI HORIBA, KENICHI OZAWA, HIROSHI KUMIGASHIRA, KIYOHISA TANAKA, TIMUR K. KIM, CEPHISE CACHO,

🏅JOHANNA BERGER
Co-authors: ARUSHI, JOACHIM WOSNITZA, MANUEL BRANDO AND SEUNGHYUN KHIM.
🔶 ‘Anomalous Josephson and supercurrent diode effect in a kinked junction geometry’

🏅SUSHMA LAKSHMI RAVI SANKAR
Co-authors: ARUSHI, JOACHIM WOSNITZA, MANUEL BRANDO AND SEUNGHYUN KHIM.
🔶 ‘Negative pressure study on CeRh2As2 through La-substitution'

🏆 Meet today posters awardees!

🏅NOBLE GLUSCEVICH

Co-author: JAMES SAULS

🔶 ‘Kibble-Zurek Dynamics & Statistics of Topological Defects in Chiral Superfluid 3He Films'

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A great last plenary session for the last day of #LT30... Pablo Jarillo, fron Massachusetts Institute of Technology: 'The magic of Moiré Quantum Matter'.

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