12h00

Arrival and registration

14h15

Auditorium Level 4

Opening

Award of Fritz London Memorial Prize. Presenter Pertti Hakonen

14h30

(14h30-15h15) Robert Hallock, Helium: Thin Films and Solids

15h15

(15h15-16h00) John Saunders, Quantum Materials and Sensors into the Microkelvin Regime

16h00

(16h00-16h45) Ali Yazdani, Emergent quantum phenomena under the microscope

17h15

Award of Simon Memorial Prize. Presenter Andrew Armour

(17h15-18h00) Adiel Stern, Fractional Quantum Hall States and Fractional Chern Insulators - A Unified View

18h00

Award of Olli V. Lounasmaa Memorial Prize. Chair Mika Sillanpää

(18h00-18h45) Andrew N. Cleland, Quantum acoustics: Manipulating individual phonons

Auditorium level 4 (900)

Plenary session 1. Chair: Michele Modugno

09h00

(09h00-09h45) Francesca Ferlaino, Supersolids in Magnetic Gases: From Roton Softening to Quantum Vortices

09h45

(09h45-10h30) Leticia Tarruell, Probing supersolidity through excitations in a spin-orbit-coupled Bose-Einstein condensate

Semiplenary Session 1

Auditorium level 4. Chair: Fernando Luis

Luxua 1 level 3. Chair: Alfredo Levy Yeyati

11h00

(11h00-11h35) Tom Manovitz, Quantum coarsening and criticality on a programmable quantum simulator

(11h00-11h35) Amir Yacoby, Local Probes of Spin Excitations in Quantum Matter

11h35

(11h35-12h10) Mikko Möttönen, Millikelvin electronics for quantum computing and sensing

(11h35-12h10) Shahal Ilani, The Quantum Twisting Microscope: Visualizing Waves in Quantum Matter

Room 1B level 5

8.PS1.1

Superfluid helium-I

Chair: R Hallock

Luxua 1 level 3

8.PS1.2

Nickelates-I

Chair: Y Maeno

Auditorium

8.PS1.3

UTe₂-I

Chair: JP Paglione

Room 1A level 5

8.PS1.4

Strongly correlated magnets-I

Chair: V Taufour

Luxua 2 level 3

8.PS1.5

Topology in quantum materials-I

Chair: C Dean

Room 2 level 5

8.PS1.6

Superconducting

properties and devices

Chair: V Madhavan

Room level 2 8.PS1.7

Electron interactions and quantum interference

Chair: Sh Ilani

Room 3 level 5

8.PS1.8

Superconducting quantum circuits-I

Chair: F González Zalba

Room 4 level 5

8.PS1.9

Low temperature instrumentation & applications-I

Chair: B Kalisky

(12h15-12h40). 8.PS1.1.1.

Jere Mäkinen

Time crystal optomechanics

(12h15-12h40)

8.PS1.2.1.

J. Zhao

Superconductivity in pressurized trilayer nickelate single crystals

(12h15-12h40)

8.PS1.3.1.

JP Brison

Field and Pressure-induced Superconducting Phases in UTe₂

(12h15-12h40)

8.PS1.4.1.

F Assaad

Dimensional mismatch Kondo systems

(12h15-12h40)

8.PS1.5.1.

A Grushin

Enforcing topology in non-crystalline metals

(12h15-12h40)

8.PS1.6.1.

R Shaikhaidarov

Development of superconducting Bloch Transistor.

(12h15-12h40)

8.PS1.7.1.

M Hashisaka

Mach-Zehnder interference of fractionalized electron-spin excitations

(12h15-12h40)

8.PS1.8.1.

I Pop

Superconducting Qubits Resilient to Tesla-Scale Magnetic Fields

(12h15-12h40)

8.PS1.9.1.

S de Graaf

In-situ structural and chemical identification of material defects in superconducting quantum circuits at mK temperatures

(12h40-12h55)

8.PS1.1.2

C Uriarte

Quantum Turbulence in ⁴He Characterized by a Superconducting Levitator Probe

(12h40-12h55)

8.PS1.2.2.

S. Onari

Analysis of non-fermi-liquid transport phenomena in thin-film bilayer nickelate La₃Ni₂O₇

(12h40-12h55)

8.PS1.3.2.

Arthur Carlton-Jones

Microwave Electrodynamics and Low-Energy Excitations of Superconducting UTe₂

(12h40-12h55)

8.PS1.4.2.

K Povarov

Pressure-induced ordering in the gapped quantum magnet DTN

(12h40-12h55)

8.PS1.5.2.

L Luszynski

Effect of uniaxial stress on the magnetostriction of Weyl semimetal TaAs

(12h40-12h55)

8.PS1.6.2.

T Domanski

Non-equilibrium signatures of electron pairing in quantum dots coupled to superconductors

(12h40-12h55)

8.PS1.7.2.

V Kashcheyevs

Evidence of Coulomb liquid phase in a few-electron droplets

(12h40-12h55)

8.PS1.8.2.

H Bohuslavskyi

Superconducting-transistor technology based on CVD graphene: toward superconducting integrated circuits

(12h40-12h55)

8.PS1.9.2.

A Sharma

Cryogenic SPM tools for magnetic imaging: MFM and NV magnetometry

(12h55-13h10)

8.PS1.1.3

D Schmoranzer Discrete dissipation events measured with Si microwires in pure superfluid ⁴He

(12h55-13h10)

8.PS1.2.3.

F-C. Zhang

Self-doped molecular Mott insulator for superconducting La₃Ni₂O₇

(12h55-13h10)

8.PS1.3.3.

T. Vasina

Identicality of the High-Field and High-Pressure Superconducting Phases in UTe₂

(12h55-13h10)

8.PS1.4.3.

K Panda

Raman spectroscopy of the magnetic coupling in Gd-i-MAX

(12h55-13h10)

8.PS1.5.3.

Y. Dagan

Enhanced Nonlinear Response by Manipulating the Dirac Point at the (111) LaTiO3/SrTiO3 Interface

(12h55-13h10)

8.PS1.6.3.

J. Shen

Evidence of p-wave Pairing in K₂Cr₃As₃ Superconductors from Phase-sensitive Measurement

(12h55-13h20)

8.PS1.7.2.

A Chubukov

Isospin orders and superconductivity in graphene multilayers

(12h55-13h10)

8.PS1.8.3.

E Mukhanova

1/f phase noise in traveling wave parametric amplifier

(12h55-13h10)

8.PS1.9.3.

A Noah

Nanoscale magnetic effects in the 2D magnet CrGeTe₃

(13h10-13h25)

8.PS1.1.4

A Ghosh

Wigner crystallization on curved surfaces: collapsing multielectron bubbles in liquid He⁴ and He³

(13h10-13h25)

8.PS1.2.4

M. Naamneh

Pi/4 phase shift in the anisotropic magnetoresistance of infinite layer nickelates

(13h10-13h25)

8.PS1.3.4

Suguru Hosoi

Presence/absence of point nodes revealed by thermal conductivity in UTe₂

(13h10-13h25)

8.PS1.6.4

J Ortuzar

Revealing inter-band electron pairing in a superconductor with spin-orbit coupling

(13h10-13h25)

8.PS1.8.4

Y-Ch Chang

Towards ultra strong-coupling quantum thermodynamics using a superconducting flux qubit

(13h10-13h25)

8.PS1.9.4

Kamal Brahim:Measurements into the Single Photon Regime in Ferroelectric Materials

Semiplenary Session 2

Auditorium level 4. Chair Eli Zeldov

Luxua 1 level 3. Chair Nacho Pascual

15h45

(15h45-16h20) Long Ju, Fractional Quantum Anomalous Hall Effect and Chiral Superconductivity in Graphene

(15h45-16h20) Vidya Madhavan, Vector Magnetic Field Response of Superconductivity and Charge Density Wave in UTe₂

16h20

(16h20-16h55) Chun Ning (Jeanie) Lau, Quantum Geometry and Screening of Flat Band Superconductivity in Twisted Bilayer Graphene

(16h20-16h55) Beena Kalisky, Imaging Quantum Materials

Room 1B level 5

8.PS2.1.

Superfluid ³He

Chair: J. Mäkinen

Room level 2

8.PS2.2.

Quantum gases

Chair: LH Kendrick

Luxua 1 level 3

8.PS2.3

Iron based superconductors

Chair: F Massee

Luxua 2 level 3

8.PS2.4.

Thin films and interfaces-I

Chair: N. Trivedi

Auditorium 1

8.PS2.5.

Correlations and graphene

Chair: E. Bascones

Auditorium 2

8.PS2.6.

Topology in Quantum Materials-II

Chair: A Grushin

Room 1A level 5

8.PS2.7.

Superc. SO coupling and diode effects.

Chair: A di Bernardo

Room 2 level 5

8.PS2.8.

Thermoel. effect and heat transport

Chair: Ch Strunk

Room 3 level 5

8.PS2.9.

Superconducting quantum circuits-II

Chair: I Pop

Room 4 level 5

8.PS2.10.

LT Detectors-I

Chair: M. Sillanpää

(17h25-17h50). 8.PS2.1.1.

Samuli Autti,

QUEST-DMC: Looking for Low Mass Dark Matter using Superfluid ³He

(17h25-17h50).

8.PS2.2.1.

Yuki Kawaguchi,

Dynamics of one-dimensional spinless fermions coupled with dynamical axion fields

(17h25-17h50). 8.PS2.3.1.

M Allan

What limits the critical temperature for superconductivity in quantum materials?

(17h25-17h50). 8.PS2.4.1.

C-z Chang

Interface-Induced Superconductivity in Quantum Anomalous Hall Insulators

(17h25-17h50). 8.PS2.5.1.

E Zeldov

Thermodynamic quantum oscillations and band reconstruction in strongly correlated moiré systems

(17h25-17h50). 8.PS2.6.1.

J Haruyama

Pseudo Tunnel Magnetoresistance Behaviours in Large-twist van der Waals Integration of Thin Magnetic Layers Fe₃GeTe₂

(17h25-17h50). 8.PS2.7.1.

N. Pascual

A nanoscale Cooper pair tunneling diode

(17h25-17h50). 8.PS2.8.1.

I Maasilta

Low-temperature heat transfer across vacuum via acoustic phonon tunneling

(17h25-17h50). 8.PS2.9.1.

N Roch

Josephson meta-materials: a new platform for quantum optics

(17h25-17h50). 8.PS2.10.1.

S. Grohmann

Gravitational-wave detectors cooled with superfluid helium – GRAVITHELIUM

(17h50-18h05)

8.PS2.1.2

JW Scott, Modelling the influence of structural anisotropy on superfluid helium-3 in aerogel

(17h50-18h05)

8.PS2.2.2.

A Tononi,

Dimer problem on a spherical surface

(17h50-18h05)

8.PS2.3.2.

Y Liu

Pair density wave and modulation state in a monolayer high-T_c iron-based superconductor

(17h50-18h05)

8.PS2.4.2.

N. Kang

Observation of a twofold anisotropy in ultrathin Mo₂C superconducting crystals

(17h50-18h05)

8.PS2.5.2.

RL Lee

Charge Sensing of Fractional Quantum Hall States in Graphene

(17h50-18h05)

8.PS2.6.2.

Y Nagai

Self-Learning Monte Carlo Method with Equivariant Transformer

(17h50-18h05)

8.PS2.7.2.

M Eto

Enhanced Superconducting Diode Effect Utilizing Quantum Dot

(17h50-18h05)

8.PS2.8.2.

T Yamamoto

Quantum heat transport across a Josephson junction

(17h50-18h05)

8.PS2.9.2.

Z Peng

Experimental realization of on-chip few-photon control around exceptional points

(17h50-18h05)

8.PS2.10.2.

D Helis

A Superconducting Qubit as an Underground Particle Detector

(18h05-18h20)

8.PS2.1.3

J Knapp

Evidence for Many Body Localization of ³He atoms in two dimensions

(18h05-18h20)

8.PS2.2.3.

Jacques Tempere,

Polarons as probes of superfluid and supersolid phases in quantum gases

(18h05-18h20)

8.PS2.3.3.

MK Wu

Correlation between Fe-vacancy and superconductivity in K₂Fe_4+xSe₅ crystals

(18h05-18h20)

8.PS2.4.3.

J Zhang

Stacking-selective self-intercalation in Nb₁₊ₓSe₂

(18h05-18h20)

8.PS2.5.3.

K Nakazawa

Theory of nonlinear Shubnikov-de Haas effect.

(18h05-18h30)

8.PS2.6.3.

C Rogero

Epitaxial Van der Waals Heterostructures with Magnetic Transition Metal Dihalides as a Universal Platform for Investigation of the Quantum Effects

(18h05-18h30)

8.PS2.7.3.

I Tokatly

Effective field theory for coupled charge and spin transport in mesoscopic superconductors

(18h05-18h20)

8.PS2.8.3.

Tokura

Quantum Heat Transport across Capacitively Coupled Quantum Dots

(18h05-18h20)

8.PS2.9.3.

A Parra-Rodríguez

Exact and dispersive models for superconducting networks

(18h05-18h20)

8.PS2.10.3.

Addabbo

The monolithic arrays of the BULLKID-DM Kinetic Inductance Detectors searching for light Dark Matter

(18h20-18h45)

8.PS2.1.4

A Vorontsov

Modeling superfluid He-3 in anisotropic aerogel

(18h20-18h45)

8.PS2.2.4.

Fernando Sols

Superfluidity from correlations in driven boson systems

(18h20-18h45)

8.PS2.3.4.

HH Wen

Small Fermi energy and unique vortex bound states in iron-based superconductors

(18h20-18h45)

8.PS2.4.4.

Thilo Bauch

Quasiparticle Spectroscopy using a YBCO Transmon

(18h20-18h45)

8.PS2.5.4.

V. Geshkenbein

Abrikosov vortices switching Josephson current in magic angle graphene

(18h30-18h55)

8.PS2.6.4.

Chuan Li

Multi-channel second-order topological states in Bi_0.97Sb_0.03

(18h30-18h55)

8.PS2.7.4.

D Kochan

Magnetoelectric phenomena of non-centrosymmetric superconductors – supercurrent diode effect and anisotropic vortex squeezing

(18h20-18h45)

8.PS2.8.4.

E Lee

Joule spectroscopy and thermal effects in hybrid superconductor-semiconductor nanodevices

(18h20-18h45)

8.PS2.9.4.

Ma Randeria

Decoherence in fluxonium: a case study in superconducting qubit design

(18h20-18h45)

8.PS2.10.4.

S. Fu  

Recent results from CUORE and path towards CUPID

(18h45-19h00)

8.PS2.1.5

A Lopez-Eiguren

Numerical simulations of superfluid ³He

(18h45-19h10)

8.PS2.3.5.

S Mandal

The Interplay of Electron Correlation, Electron-Phonon Coupling, and non trivial topology for Enhancing Superconductivity in FeSe/SrTiO3

(18h45-19h10)

8.PS2.4.5.

A di Bernardo

Gate control of supercurrents: from earlier evidence to technological applications

(18h45-19h10)

8.PS2.5.5.

Cory Dean

Studies of electron viscosity in graphene - quantitative measurement from magnetoconductance in Corbino

(18h55-19h20)

8.PS2.6.5.

Lin Jiao

Realizing a topological diode effect on SmB6

(18h55-19h20)

8.PS2.7.5.

S Matsuo

Superconducting diode effect in coherently coupled Josephson junctions

(18h45-19h00)

8.PS2.8.5.

R. Lake

Thermal radiation from qubit control wires in millikelvin cryogenic systems

(18h45-19h10)

8.PS2.9.5.

Y Zhong

Low-loss interconnects for modular superconducting quantum processors and beyond

(18h45-19h00)

8.PS2.10.5.

S. Quitadamo.

First detection of marine microseismic activity with the CUORE ton-scale milliKelvin macro-calorimeters array

19h00

Institute of Physics, Chinese Academy of Sciences Alumni Reception

(19h00-22h00) Tower BEC Restaurant, 7th floor of the Convention Center, Bilbao Exhibition Centre.

Auditorium level 4 (900)

Plenary session 1. Chair Naoto Nagaosa

09h00

(09h00-09h45) Lieven Vandersypen, Quantum computation and simulation with electrons

09h45

(09h45-10h30) Andrea Young, Superconductivity and magnetism in rhombohedral graphene multilayers

Semiplenary Session 3

Auditorium level 4. Chair John Saunders

Luxua 1 level 3. Chair Hermann Suderow

11h00

(11h00-11h35) Petri J. Heikkinen, QUEST-DMC: The first-order phase transition in superfluid helium-3

(11h00-11h35) J.C. Seamus Davis, Imaging Superconductive Topological Surface Band and Spin Triplet Order Parameter of UTe₂

11h35

(11h35-12h10) Wei Guo, Recent progress in probing vortex dynamics and developing quantum information platforms

(11h35-12h10) Peter Hirschfeld, Overdoped cuprates: disorder, inhomogeneity, Homes scaling and all that

Room 1B level 5

9.PS3.1.

Superfluid Helium-II

Chair: P Heikkinen

Luxua 1 level 3

9.PS3.2.

Superc. non-equilibrium and fluctuations

Chair: W Guo

Auditorium level 4

9.PS3.3.

Cuprates I

Chair: Mo Randeria

Luxua 2 level 3

9.PS3.4.

Unconventional superconductivity

Chair: Xianhui Chen

Room 1A level 5

9.PS3.5.

Correlated materials-I

Chair: A McCollam

Room 2 level 5

9.PS3.6.

Quantum Hall

Chair: R. Seoane

Room 3 level 5

9.PS3.7.

Quantum Transport-I

Chair Chuan Li

Room 4 level 5

9.PS3.8.

Novel and hybrid quantum platforms-I

Chair: N Roch

Room level 2

9.PS3.9.

Superconducting devices

Chair: E Lee

(12h15-12h40)

9.PS3.1.1.

Jack Harris

New results on magnetically levitated drops of superfluid helium

(12h15-12h40)

9.PS3.2.1.

P Armitage

Energy relaxation and dynamics in strongly correlated materials

(12h15-12h40)

9.PS3.3.1.

Y. Peng

Electron-Phonon Coupling and Superconducting Gap Symmetry in High-Tc Cuprates

(12h15-12h40)

9.PS3.4.1.

ZX Shen

Unconventional Superconductivity in Cuprates – Strides Made and Challenges Remain

(12h15-12h40)

9.PS3.5.1.

V Taufour

Giant field induced unconventional anomalous Hall conductivity in the non-centrosymmetric Weyl metal CeCoGe₃

(12h15-12h40)

9.PS3.6.1.

F Pierre

Observation of the scaling dimension of fractional quantum Hall anyons

(12h15-12h40)

9.PS3.7.1.

Tingxin Li

Fractional quantum anomalous Hall effect and competing quantum phases in twisted MoTe₂

(12h15-12h40)

9.PS3.8.1.

Erika Kawakami

Floating Electrons Coupled to Resonators

(12h15-12h40)

9.PS3.9.1.

N. Paradiso

2D arrays of φ0-Josephson junctions

(12h40-13h05)

9.PS3.1.2.

D.E. Zmeev

Superflow on the scale of a coherence length

(12h40-13h05)

9.PS3.2.2.

P.W. Phillips

Solving the Mott Problem

(12h40-13h05)

9.PS3.3.2.

J. Tallon

Questioning the cuprate paradigm - absence of superfluid density loss in overdoped cuprates

(12h40-12h55)

9.PS3.4.2.

Y Aoki

Search for Symmetry-Enforced Dirac Points via Magnetoresistance Quantum Oscillations in Non-Symmorphic Type-I Superconductor beta-IrSn₄

(12h40-12h55)

9.PS3.5.2.

E Maniv

Dark Metastable Conduction Channels near a Metal-Insulator Transition

(12h40-12h55)

9.PS3.6.2.

O Maillet

Charge equilibration in counter-propagating quantum Hall channels coupled via Landauer reservoirs

(12h40-12h55)

9.PS3.7.2.

A Braggio

Thermoelectric detection in hybrid and quantum nanodevices

(12h40-12h55)

9.PS3.8.2.

Natalia Morais

Rydberg Tomography of Electrons on Helium in a Linear Microtrap

(12h40-12h55)

9.PS3.9.2.

Xiaoying Xu

Signature of chiral superconductivity evidenced in mesoscopic superconductors

(13h05-13h30)

9.PS3.1.3.

Y Sasaki

Macroscopic Orbital Supercurrent along the Edge of Chiral Domain in Chiral Superfluid ³He

(13h05-13h20)

9.PS3.2.3.

J. Luo

Unconventional coherence peak in cuprate superconductors

(13h05-13h20)

9.PS3.3.3.

C-H. Chung

A mechanism for quantum-critical Planckian metal phase in high-temperature cuprate superconductors

(12h55-13h10)

9.PS3.7.1.

T. Singar

Lifshitz transition observed through vortex core spectroscopy in Bi-2212 superconductor

(12h55-13h10)

9.PS3.5.3.

L Hao

Atomically controlled insulator-to-metal transition in strongly correlated iridate/manganite heterostructures

(12h55-13h10)

9.PS3.6.3.

Ky. Kim

Fractional Quantum Hall Levitons

(12h55-13h10)

9.PS3.7.3.

T. Kato
Microscopic Theory of Spin Current Generation by Chiral Phonons

(12h55-13h10)

9.PS3.8.3.

M Freeman

Progress Towards a Low Temperature Superfluid 4He Josephson Junction using 2D Nanoporous Materials

(12h55-13h10)

9.PS3.9.3.

A Mozes

Microwave assisted scanning tunneling microscopy to probe local complex impedance of unconventional superconductors

(13h10-13h25)

9.PS3.4.4.

Lev V Levitin

Identification of topological superconductivity in YbRh2Si2

(13h10-13h25)

9.PS3.5.4.

M. Zhu

Continuum excitations in a triangular-lattice spin supersolid

(13h10-13h25)

9.PS3.8.4.

Camryn Undershute

Decoherence of Surface Phonons in a Quantum Acoustic System

(13h10-13h25)

9.PS3.9.4.

P Rout

Induced Superconductivity in Topological Phase of ZrTe₅

Semiplenary Session 4

Auditorium level 4. Chair: Lieven Vandersypen

Luxua 1 level 3. Chair Peter Hirschfeld

15h45

(15h45-16h20) William Oliver, Emulating the Bose-Hubbard Model with Arrays of Superconducting Qubits

(15h45-16h20) Erez Berg, Exotic Superconductivity in Graphene Multilayers

16h20

(16h20-16h55) Daniel Loss, Spin Qubits in Semiconductors for Scalable Quantum Computers

(16h20-16h55) Roser Valenti, The revival of Fe-based superconductors: cascades of screening processes and their implications

Room level 2

9.PS4.1.

Theory and other condensates

Chair: L Tarruell

Room 1B level 5

9.PS4.2.

Quantum turbulence-I

Chair: X. Rojas

Audit 1 level 4

9.PS4.3.

Graphene and twisted systems-I

Chair: E. Berg

Audit 2 lev. 4

9.PS4.4.

UTe₂-II

Chair: D. Aoki

Luxua 1 level 3

9.PS4.5.

Spin chains and chiral magnets

Chair: C. Rogero

Luxua 2 level 3

9.PS4.6.

Spin Ice and magnetic textures

Chair: YB Kim

Room 1A level 5

9.PS4.7.

Graphene

Chair: A Young

Room 2 level 5

9.PS4.8.

Josephson Physics-I

Chair: V Chandrasekhar

Room 3 level 5

9.PS4.9.

Superconducting quantum circuits-III

Chair: E Kawakami

Room 4 level 5

9.PS4.10.

LT instrumentation and applications-II

Chair: S Grohmann

(17h25-17h50). 9.PS4.1.1.

Jordi Boronat,

Self-bound clusters of ultracold polar molecules

(17h25-17h50). 9.PS4.2.1.

L Galantucci

Quantum vortices leave a macroscopic signature in the thermal background

(17h25-17h50).

9.PS4.3.1.

E Bascones

Heavy fermions and cascades in twisted bilayer graphene: new results

(17h25-17h50). 9.PS4.4.1.

JP Paglione

Key issues in understanding the superconductivity of UTe₂

(17h25-17h50). 9.PS4.5.1.

N Lorente

Topological Character of Cr Spin Chains on Bi₂Pd

(17h25-17h50). 9.PS4.6.1.

S Raymond

Uncommon magnetic order in the hyperkagome system Yb₃Ga₅O₁₂

(17h25-17h50). 9.PS4.7.1.

Chunli Huang

Momentum-Space AC Josephson Effect and Intervalley Coherence in Multilayer Graphene

(17h25-17h50). 9.PS4.8.1.
M Houzet
Josephson quantum mechanics at odd parity

(17h25-17h50). 9.PS4.9.1.

Angela Kou

Using disordered superconductors to build qubits

(17h25-17h50). 9.PS4.10.1.

DH Nguyen

Advancing sensitive measurement techniques for the study of quantum materials at ultralow temperatures

(17h50-18h05)

9.PS4.1.2.

Alberto Villois

Breakdown of Superfluidity in Two-Dimensional Dipolar Bose-Einstein Condensates

(17h50-18h15)

9.PS4.2.2.

Andrei Golov.

Quantum Turbulence Sampled by 1-6 μm Particles Down to the T = 0 Limit

(17h50-18h05)

9.PS4.3.2.

D Zhang

DC and AC Josephson effects in twisted cuprate bicrystals

(17h50-18h05)

9.PS4.4.2.

A Kreisel

Detecting the nodal superconducting gap structure and topological surface states of UTe₂ with QPI

(17h50-18h05)

9.PS4.5.2.

Y Masaki

Phase Transitions in Quantum Monoaxial Chiral Magnets under Tilted Magnetic Fields

(17h50-18h05)

9.PS4.6.2.

M Gomilsek

Anisotropic Spin Dynamics in Centrosymmetric Skyrmion Host Gd₂PdSi₃

(17h50-18h05)

9.PS4.7.2.

M Banerjee

Graphene antidot in quantum Hall states

(17h50-18h05)

9.PS4.8.2.

FJ Matute

Quantum circuits with multiterminal Josephson-Andreev junctions

(17h50-18h05)

9.PS4.9.2.

Xi Chen

Optimal Control and Shortcuts to Adiabaticity for Fast Qubit Readout in Circuit Quantum Electrodynamics

(17h50-18h05)

9.PS4.10.2

Y. Fujii

Development of Simultaneous Detection Method of Millimeter-Wave Electron Spin Resonance and Electrically-Detected Magnetic Resonance Signals of Phosphorous-doped Si

(18h05-18h20)

9.PS4.1.3.

L. Melnikovski

Quantized Vortices in Multi-Component Superfluids

(18h15-18h30)

9.PS4.2.3

Ken Obara

Superfluid Suction Vortex Generated by Fountain Effect

(18h05-18h30)

9.PS4.3.3.

N. Krane

Engineering and Exploring Spin Excitations and Correlations in

Open-Shell Nanographene Systems

(18h05-18h30)

9.PS4.4.3.

B. Ramshaw

Searching for topological superconductivity in UTe₂ using ultrasound

(18h05-18h20)

9.PS4.5.3.

Hao Zheng

Spectroscopy on superconductor carrying a supercurrent

(18h05-18h20)

9.PS4.6.3.

F. Morineau

Satisfaction and violation of the fluctuation-dissipation relation in spin ice

(18h05-18h20)

9.PS4.8.3.

E Sonin

Theory of Planar Ballistic SNS Junctions at T = 0

(18h05-18h30)

9.PS4.9.3.

P Sethi

Scalable Fabrication of High-Performance Superconducting Qubits Using Native-Oxide Passivated Trilayer Junctions

(18h05-18h20)

9.PS4.10.3.

Shuheng Pan

Development of an Ultra-Low Temperature High Magnetic Field Dual-Axile Rotational Scanning Tunneling Microscope

Auditorium level 4

Plenary session 3. Chair: Paul C Canfield

09h30

(09h30-10h15) Claudia Felser, Chirality, Topology, and Spin-Orbit Interactions in Quantum Materials

10h15

(10h15-11h00) Wolfgang Wernsdorfer, Advancements in Cryogenics for Quantum Technologies: Scaling the Cold Frontier

Semiplenary Session 5

Auditorium level 4. Chair Sebastian Bergeret

Luxua 1 level 3. Chair Fernando Luis

11h30

(11h30-12h05) Jagadeesh Moodera, Superconductors with Broken Symmetry: Majorana Bound States and Nonreciprocal Current Flow Phenomena in Superconductor-Ferromagnet Proximity Coupled Systems for Collective Quantum Technology

(11h30-12h05) Natalia Ares, Machine learning-based control and characterisation of quantum devices

12h05

(12h05-12h40) Stuart Parkin, Magnetic Tunnel Junctions and

Josephson junctions using 2D van der Waals layers

(12h05-12h40) Meng Wang, High-temperature superconductivity in the Ruddlesden-Popper phase of nickelates

12h40

(12h40-13h15) Seigo Tarucha, High-Fidelity Qubit Gates and Phase Noise in Silicon Multi-qubit Devices

(12h40-13h15) Elena Hassinger, Mysteries of the two-phase superconductor CeRh₂As₂

13h15

(13h15-13h50) Jukka P. Pekola, Superconducting circuits as a platform for quantum thermodynamics experiments

(13h15-13h50) Maia G. Vergniory, The topological revival of Fe-based superconductors

Auditorium level 4

Plenary session 4. Chair James Sauls

09h00

(09h00-09h45) Päivi Törmä, Quantum Geometry and Superconductivity

09h45

(09h45-10h30) Dai Aoki, Spin-Triplet Superconductivity under Extreme Conditions in UTe₂

Semiplenary Session 6

Auditorium level 4. Chair Hongki Xu

Luxua 1 level 3. Chair Roser Valenti

11h00

(11h00-11h35) Benjamin Sacépé, Chiral supercurrent in quantum Hall Josephson junctions

(11h00-11h35) Jiangping Hu, Loop Current Order in Strongly Correlated Systems

11h35

(11h35-12h10) Klaus Ensslin, Graphene quantum devices

(11h35-12h10) Naoto Nagaosa, Nonreciprocal transport and diode effect in superconductors

Room 1A level 5

11.PS5.1

He nanomechanics

Chair: W Halperin

Auditorium level 4

11.PS5.2

Topological superconductivity-I

Chair: G Pasquini

Luxua 1 level 3

11.PS5.3

Superconductivity and magnetism

(COST superqumap.eu)

Chair: W Lang

Luxua 2 level 3

11.PS5.4

Magnons and superconductivity

Chair: R López

Room 1B level 5

11.PS5.5

Magnetism and Transport in Kagome Antiferromagnets

Chair: J Nagl

Room 2 level 5

11.PS5.6

2D and quasi-2D Materials

Chair: P Giraldo

Room 3 level 5

11.PS5.7

Correlated and low dimensional systems
Chair: P Burset

Room level 2

11.PS5.8

Novel and hybrid platforms-II

Chair: G Platero

Room 4 level 5

11.PS5.9

Thermometry and refrigeration techniques- I

Chair: H Fukuyama

(12h15-12h40). 11.PS5.1.1.

V. Tsepelin, Interaction of NEMS with a Quantum Vortex in Superfluid-4

(12h15-12h40). 11.PS5.2.1.

Y Tanaka

Theory of full counting statistics in unconventional superconductor junctions

(12h15-12h40). 11.PS5.3.1.

P. Samuely

Ising superconductivity in bulk 4Ha-NbSe₂

(12h15-12h40). 11.PS5.4.1.

MJ Martínez

From Cavity - QED to Van der Waals – QED: magnons instead of photons

(12h15-12h40). 11.PS5.5.1.

S Suetsugu

Gapless spin excitations and gapped magnetization plateau phases in a spin-1/2 perfect kagome antiferromagnet

(12h15-12h40). 11.PS5.6.1.

H Bouchiat

Probing orbital currents in 2D materials

(12h15-12h40). 11.PS5.7.1.

A.A. Aligia
Topological quantum phase transition transition to a “non-Landau” Fermi liquid in a two-channel spin-1 anisotropic Kondo model and its experimental relevance

(12h15-12h40).

11.PS5.8.1

M Urdampilleta

A foundry-fabricated spin qubit unit-cell with in-situ dispersive readout

(12h15-12h40). 11.PS5.9.1.

Ch Dimas

Thermal Spectrometer for Superconducting Circuits

(12h40-12h55)

11.PS5.1.2.

Riku Rantanen,

Engineering topology in a superfluid through nanoscale confinement

(12h40-12h55)

11.PS5.2.2.

H. Takahashi

Pressure-Induced Structural Anomaly in the Dirac Line-Nodal Material CaSb₂

(12h40-12h55)

11.PS5.3.2.

J. Custers

Evidence for Coexistence of Magnetism and Superconductivity in Ce₃PtIn₁₁

(12h40-12h55)

11.PS5.4.2.

S Catalano

EuS Interfaces for Low Temperature Spintronics

(12h40-12h55)

11.PS5.5.2.

ZA Xu

Giant Anomalous Hall Effect in Kagome Nodal Surface Semimetal Fe₃Ge

(12h40-12h55)

11.PS5.6.2.

Ch Zhou

Mapping the Mott and Generalized Wigner Crystal States in Twisted Bilayer MoS₂ by Quantum Well Resonant Tunneling Spectroscopy

(12h40-12h55)

11.PS5.7.2.

T Novotny

Double quantum dot Andreev molecules: numerical phase diagrams, critical evaluation of effective models, and identification of microscopic mechanisms

(12h40-12h55)

11.PS5.8.2

Federico Fedele

Spin mechanical coupling and self-oscillations in a carbon nanotube electromechanical resonator

(12h40-12h55)

11.PS5.9.2.

J Hätinen

Nb-based tunnel junction refrigerators

(12h55-13h20)

11.PS5.1.3.

Oleg Kirichek

⁴He and ³He – ⁴He mixture films studied by neutron reflectometry

(12h55-13h10)

11.PS5.2.3.

N. Poniatowski

Detecting induced unconventional superconductivity with cQED

(12h55-13h10)

11.PS5.3.3.

P. Szabo

Disorder- and magnetic field-tuned fermionic superconductor-insulator transition in MoN thin films. Transport and STM studies.

(12h55-13h10)

11.PS5.4.3.

L Hao

Atomically controlled insulator-to-metal transition in strongly correlated iridate/manganite heterostructures

(12h55-13h10)

11.PS5.5.3.

M Kato

Magnetism of novel kapellasite-type kagome antiferromagnet InCu3(OH)6Cl3

(12h55-13h10)

11.PS5.6.3.

E Henriquez

Biaxial Compressive Strain Tuning of Quantum Properties in 2D Materials

(12h55-13h10)

11.PS5.7.3.

JM Torres

K·P model for moiré exciton trapping and polarization

(12h55-13h10)

11.PS5.8.3

Claudio Bonizzoni

Perfect Absorption of Single-Photons for Quantum Technologies

(12h55-13h10)

11.PS5.9.3.

D Lvov

Thermometry Based on a Superconducting Qubit

(13h10-13h25)

11.PS5.2.4.

R. Okugawa

Gapless topological superconducting phases in two-dimensional quasicrystals

(13h10-13h25)

11.PS5.3.4.

V. Fomin

Superconductor 3D Nanoarchitectures: A Playground for Novel Quantum Phenomena

(13h10-13h25)

11.PS5.4.4.

A Badreldin

A 200-mm Superconducting Platform for the Microwave Characterization of Magnetic Materials at Low Temperature

(13h10-13h25)

11.PS5.6.4.

MR Calvo
Strain Engineering of Magnetoresistance and Magnetic Anisotropy in CrSBr

(13h10-13h25)

11.PS5.7.4.

KI Wysokinski

Hubbard and correlated-hopping interactions in a quantum dot coupled to four or two terminals: non-linear transport coefficients and rectification of charge and heat currents.

(13h10-13h25)

11.PS5.8.4

Carolina Del Río

Remote polariton-polariton interactions mediated by superconducting circuits for quantum applications

(13h10-13h25)

11.PS5.9.4.

L Wang

Normal metal Coulomb Blockade Thermometer below 10 mK

Semiplenary Session 2

Auditorium level 4. Chair J.C. Séamus Davis

Luxua 1 level 3. Chair William Oliver

15h45

(15h45-16h20) Eun-Ah Kim, Data-centric Approach to Quantum Materials using AI

(15h45-16h20) Sebastian Will, Molecular Quantum Liquids

16h20

(16h20-16h55) Paul C. Canfield, Collapsed tetragonal phase transitions as canaries

(16h20-16h55) Dafei Jin, Noise-resilient solid host for electron qubits above 100 mK

Room 1A level 5

11.PS6.1

Superfluid Helium-III

Chair: V Tsepelin

Auditorium1 level 4

11.PS6.2

Nickelate, Kagome and other topical superconductors

Chair: P Szabo

Auditorium2 level 4

11.PS6.3

Collective modes and Quantum criticality

Chair: H. Yuan

Luxua1 level 5

11.PS6.4

Vortex lattices and nanostructures

(COST superqumap.eu)

Chair: P. Samuely

Luxua2 level 5

11.PS6.5

Correlated materials-II

Chair: M. Menghini

Room 1B level 5

11.PS6.6

Frustrated Magnetism and Exotic Spin States

Chair: S. Raymond

Room 2 level 5

11.PS6.7

Quantum Transport-II

Chair: M.J. Martínez

Room 3 level 5

11.PS6.8

Superconducting devices/van der Waals materials

Chair: H. Bouchiat

Room level 2

11.PS6.9

QC with semiconductor circuits

Chair: A Kou

Room 4 level 5

11.PS6.10

Thermometry and refrigeration techniques-II

Chair: A. Camón

(17h25-17h50). 11.PS6.1.1.

W Halperin

Magnetic susceptibility enhancement of superfluid ³He-B in anisotropic confinement

(17h25-17h50). 11.PS6.2.1.

D Feng

Electronic, magnetic and optical properties of the nickelate superconductors.

(17h25-17h50). 11.PS6.3.1.

Mo Randeria

Andreev versus Tunneling Spectroscopy in Unconventional Flat Band Superconductors

(17h25-17h50). 11.PS6.4.1.

G. Pasquini

Exploring the interplay between nematicity and superconductivity

(17h25-17h50). 11.PS6.5.1.

H-Y Kee
Microscopic Roadmap to a Kitaev-Yao-Lee Spin-Orbital Liquid

(17h25-17h50). 11.PS6.6.1.

J Nagl

Ground-State Selection and Braided Ising Spin-Tubes in a new Family of Breathing Kagome Magnets

(17h25-17h50). 11.PS6.7.1.

R López

Quantum Kinetic Uncertainty Relations in Mesoscopic Conductors at

Strong Coupling

(17h25-17h50).

11.PS6.8.1.

P Burset

Single-Electron Charge Pulses in Superconducting Devices

(17h25-17h50). 11.PS6.9.1.

G Burkard

The singlet-triplet and exchange-only flopping-mode spin qubits

(17h25-17h50). 11.PS6.10.1.

H Fukuyama

The Continuous Sub-millikelvin Refrigerator

(17h50-18h15)

11.PS6.1.2.

Priya Sharma

Towards a micromechanical qubit based on quantized oscillations in superfluid helium

(17h50-18h05)

11.PS6.2.2.

Q. Niu

Nematicity and orbital current order probed by transverse resistivity in Kagome metal thin flakes

(17h50-18h05)

11.PS6.3.2.

H. Watanabe

Theory of BCS-BEC Crossover in Strongly Correlated Electron Systems

(17h50-18h05)

11.PS6.4.2.

A. Palau

Field-Induced Phase Transitions in Cuprate Superconductors for Cryogenic in-Memory Computing

(17h50-18h05)

11.PS6.5.2.

S Mishra

Simultaneous optical and thermodynamic investigation of Ca₃Ru₂O₇

(17h50-18h05)

11.PS6.6.2.

K Aoyama

Asymmetric spin-wave dispersion in a triple-Q chiral state of a breathing-kagome antiferromagnet

(17h50-18h05)

11.PS6.7.2

Yu. Makhlin

Planar topological-insulator based Josephson junctions and Majorana zero modes

(17h50-18h05)

11.PS6.8.2.

M Moskalets

An e-h superposition created on demand

(17h50-18h05)

11.PS6.9.2.

I Fernández de Fuentes

Running a six-qubit algorithm on a silicon spin qubit array

(17h50-18h05)

11.PS6.10.2.

Y Shimura

Application of Adiabatic Demagnetization Refrigeration by Enlarged YbCu₄Ni Alloy under Sub-Kelvin Temperature Region

(18h15-18h40)

11.PS6.1.3.

X Rojas

Novel platforms for superfluid optomecanics

(18h05-18h20)

11.PS6.2.3.

X. Feng

Rotational symmetry breaking within the fully-gapped superconducting state in kagome metal CsV₃Sb₅

(18h05-18h20)

11.PS6.3.3.

S. Trivini

Role of Superconductor/graphene interface conductance in proximity effect

(18h05-18h20)

11.PS6.4.3.

W. Lang

Tailoring Vortex Behavior in High-Tc Superconductors via Periodic Defects Created by Focused Helium Ion Beams

(18h05-18h20)

11.PS6.5.3.

T. Mito
Origin of Low-Temperature Magnetic Fluctuations in Kondo Insulator SmB₆ studied by 10B- and 11B-NMR measurements

(18h05-18h20)

11.PS6.6.3.

SA Zvyagin

High-field magnetic properties of the alternating ferro-antiferromagnetic spin-1/2 chain compound Cu2(OH)3Br

(18h05-18h20)

11.PS6.7.3.

L Magazzu

Thermal rectification in a qubit-oscillator system

(18h05-18h20)

11.PS6.8.3.

M Ilyn

Epitaxial Van der Waals Heterostructures Magnetic Transition Metal Dihalides / Superconductor 2H-NbSe₂

(18h05-18h20)

11.PS6.9.3.

K Castoria

Single Surface-Electron Sensing and CMOS Control Above 1 Kelvin

(18h05-18h20)

11.PS6.10.3.

J. Kölling

Accelerating cryogenic testing and characterization of quantum materials and devices with novel ADR cryostats

(18h40-19h05)

11.PS6.1.4

P Stasiak

Experimental and theoretical evidence of universality in vortex reconnections

(18h20-18h45)

11.PS6.2.4

Xianhui Chen

Superconductivity and density wave transition in Ruddlesden‒Popper phase nickelates

(18h20-18h45)

11.PS6.3.4

D. Manske

Higgs Spectroscopy of Superconductors

(18h20-18h45)

11.PS6.4.4

M Milosevic

Advances in multiphysics simulations of superconducting electronics

(18h20-18h45)

11.PS6.5.4

Y. Fasano

How do atomic defects alter the electronic properties of Fe-based superconductors?

(18h20-18h45)

11.PS6.6.4

YB Kim

Fractionalized excitations and emergent photons in dipolar-octupolar quantum spin ice

(18h20-18h45)

11.PS6.7.4

R Seoane

Towards Ideal Supercurrent Rectification in Josephson Junctions

(18h20-18h45)

11.PS6.8.4

G Chen

Correlated and topological states in ABC-stacking multilayer graphene

(18h20-18h45)

11.PS6.9.4

F Gonzalez Zalba

A quantum processor based on silicon spin qubits

(18h20-18h45)

11.PS6.10.4

M Klinger

Frustrated magnets for milli-Kelvin refrigeration

(18h45-19h10)

11.PS6.2.5.

M Isobe

Crystal Growth of Nickelates for Potential High-Tc Superconductors

(18h45-19h10)

11.PS5.3.5.

F Massee

Hund's assisted multi-channel quantum phase transition in Fe(Se,Te)

(18h45-19h10)

11.PS6.4.5.

D. Popovic

Persistence of Vortexlike Phase Fluctuations in Underdoped to Heavily Overdoped Bi-2201 Cuprates

(18h45-19h10)

11.PS6.5.5.

A McCollam

Fermi surface reconstruction and non-Fermi liquid behavior near the ferromagnetic quantum phase transition in Fe(Ga1-xGex)3

(18h45-19h00)

11.PS6.6.5.

SD Nabi

Magnetic phase diagram and model Hamiltonian of Cs2RuO4

(18h45-19h10)

11.PS6.7.4

K-H Chiang

Dual-qubit heat valve: an experimental study on collective quantum heat transport

(18h45-19h10)

11.PS6.8.5.

Wei Li

Interplay between Stripe-like Charge orders, Electronic Correlation and Majorana Bound States in 2M-WS₂

(18h45-19h00)

11.PS6.9.5.

Elizaveta Morozova

Onset of a quantum phase transition in a germanium quantum dot ladder

(18h45-19h10)

11.PS6.10.5.

D Szewczyk

Heat Capacity Investigations of Benzene Derivatives: Exploring the Mechanism Behind Glassy Anomalies in Quasiplanar Molecular Crystals

Auditorium level 4

Plenary session 4. Chair Jean Pascal Brison

09h00

(09h00-09h45) Joseph Checkelsky, Natural Superlattice Materials and Modulated Superconductivity

09h45

(09h45-10h30) Xingjiang Zhou, Laser ARPES on Pairing Symmetry and High-Tc Origin in High Temperature Superconductors

Semiplenary Session 6

Auditorium level 4. Chair Makoto Tsubota

Luxua 1 level 3. Chair Benjamin Sacépé

11h00

(11h00-11h35) JP Davis, Superfluid ³He Electromechanics

(11h00-11h35) Ramón Aguado, Novel qubits based on hybrid semiconductor-superconductor Josephson junctions

11h35

(11h35-12h10) Yong-Hamb Kim, Magnetic microcalorimeters for large-scale astroparticle physics applications

(11h35-12h10) Christoph Strunk, Berezinski-Kosterlitz-Thouless transition in strongly disordered NbN films close to the localization threshold

Room 1A level 5

12.PS7.1.

Quantum turbulence II

Chair: J Taniguchi

Auditorium level 3

12.PS7.2.

Kagome SC

Chair: HH Wen

Luxua1 level 4

12.PS7.3.

Thin film and interfaces-II

(COST superqumap.eu)

Chair: J Custers

Luxua2 level4

12.PS7.4.

Correlated materials-III

Chair: Y Fasano

Room 1B level 5

12.PS7.5.

Strongly correlated magnets-II

Chair: F Assaad

Room 2 level 5

12.PS7.6.

Quantum fluctuations and Thermal effects