info.aps.org Open in urlscan Pro
18.208.125.13  Public Scan

Form analysis
0 forms found in the DOM

Text Content

PHYSICAL REVIEW LETTERS

View Email Online


 


VOLUME 133, ISSUE 3

WEEK ENDING 19 JULY 2024

ON THE COVER

Schematic of a scanning superconducting quantum interference device on a
quasi-2D superconductor with thermal and quantum phase fluctuations.

FROM THE ARTICLE

Anomalous Superfluid Density in a Disordered Charge-Density-Wave Material:
Pd-Intercalated ErTe3
Yusuke Iguchi, Joshua A. Straquadine, Chaitanya Murthy, Steven A. Kivelson,
Anisha G. Singh, Ian R. Fisher, and Kathryn A. Moler
Phys. Rev. Lett. 133, 036001 (2024)

 

 

View Issue

 

ADVERTISEMENT

AMERICAN PHYSICAL SOCIETY BECOMES LARGEST SOCIETY PUBLISHER TO ADOPT RESEARCH
ORGANIZATION REGISTRY IDENTIFIERS

Institutional metadata in the Physical Review journals are now easier to find,
track, and reference — a move that strengthens open science and research
transparency. Read More.  

 


ADVERTISEMENT

UPCOMING PHYSICAL REVIEW JOURNAL CLUB SESSION

July 26 | 12:00 p.m. ET Donovan J. M. Allum (University of Waterloo, Canada) on
the Physical Review Fluids paper "Simulations of buoyant flows driven by
variations in solar radiation beneath ice cover."

Registration is free.  

 

ADVERTISEMENT

PRESENT AT THE APS DIVISION OF FLUID DYNAMICS ANNUAL MEETING 2024

Abstract submissions are open for one of the world's largest conferences in
fluid dynamics. Submit your abstract by July 26 to share your physics research
with 3,600 colleagues at the APS DFD Annual Meeting. Learn more about abstract
submissions.  

 

Not an APS member? Join today to start connecting with a community of more than
50,000 physicists.  


EDITORIALS AND ANNOUNCEMENTS

EDITORIAL: WHITHER LETTERS?

ROBERT GARISTO AND HUGUES CHATÉ

PHYS. REV. LETT. 133, 030001 (2024) – PUBLISHED 19 JULY 2024

 


HIGHLIGHTED ARTICLES

FEATURED IN PHYSICS EDITORS' SUGGESTION

WATER IMPACT: WHEN A SPHERE BECOMES FLAT

JESSE BELDEN, NATHAN SPEIRS, AREN HELLUM, GEORGE LOUBIMOV, AND TADD T. TRUSCOTT

PHYS. REV. LETT. 133, 034002 (2024) – PUBLISHED 16 JULY 2024

SYNOPSIS:A SLIGHT CURVATURE GIVES PEBBLES AN IMPACTING EDGE

Pebbles that are slightly curved—rather than completely flat—exert the highest
impact forces when dropped onto a watery surface.

 

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

ATLANTIC MERIDIONAL OVERTURNING CIRCULATION DECLINE: TIPPING SMALL SCALES UNDER
GLOBAL WARMING

RUIJIAN GOU, GERRIT LOHMANN, AND LIXIN WU

PHYS. REV. LETT. 133, 034201 (2024) – PUBLISHED 16 JULY 2024

:OCEAN CURRENTS RESOLVED ON REGIONAL LENGTH SCALES

Using a detailed simulation, researchers reveal how climate change will affect
the regional dynamics of the conveyor-belt-like circulation of water through the
Atlantic Ocean.

 

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

TUNNELING SPECTROSCOPY AT MEGABAR PRESSURES: DETERMINATION OF THE
SUPERCONDUCTING GAP IN SULFUR

F. DU, F. F. BALAKIREV, V. S. MINKOV, G. A. SMITH, B. MAIOROV, P. P. KONG, A. P.
DROZDOV, AND M. I. EREMETS

PHYS. REV. LETT. 133, 036002 (2024) – PUBLISHED 17 JULY 2024

SYNOPSIS:REVAMP FOR HIGH-PRESSURE-SUPERCONDUCTIVITY MEASUREMENTS

The pressures at which some elements start superconducting are so high that
making detailed measurements of the transition has been impossible—until now.

 

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

PICOSECOND TRAJECTORY OF TWO-DIMENSIONAL VORTEX MOTION IN FESE0.5TE0.5
VISUALIZED BY TERAHERTZ SECOND HARMONIC GENERATION

SACHIKO NAKAMURA, HARUKI MATSUMOTO, HIROKI OGAWA, TOMOKI KOBAYASHI, FUYUKI
NABESHIMA, ATSUTAKA MAEDA, AND RYO SHIMANO

PHYS. REV. LETT. 133, 036004 (2024) – PUBLISHED 19 JULY 2024

FOCUS:VIEWING FAST VORTEX MOTION IN A SUPERCONDUCTOR

A new technique reveals high-speed trajectories of oscillating vortices and
shows that they are 10,000 times lighter than expected.

 

 

EDITORS' SUGGESTION

CONNECTING COSMIC INFLATION TO PARTICLE PHYSICS WITH LITEBIRD, CMB-S4, EUCLID,
AND SKA

MARCO DREWES AND LEI MING

PHYS. REV. LETT. 133, 031001 (2024) – PUBLISHED 15 JULY 2024

Upcoming high-sensitivity observations of the cosmic microwave background will
be able to place limits on the inflaton coupling in a given model of cosmic
inflation. (Image credit: Lina Drewes)

 

 

EDITORS' SUGGESTION

TRACY-WIDOM DISTRIBUTION IN FOUR-DIMENSIONAL SUPERSYMMETRIC YANG-MILLS THEORIES

ZOLTAN BAJNOK, BERCEL BOLDIS, AND GREGORY P. KORCHEMSKY

PHYS. REV. LETT. 133, 031601 (2024) – PUBLISHED 15 JULY 2024

A new method takes advantage of the relation between observables in
four-dimensional supersymmetric Yang-Mills theories and the Trace-Widom
distribution to perform an expansion in the coupling constant that includes
nonperturbative corrections.

 

 

EDITORS' SUGGESTION

ANOMALOUS SUPERFLUID DENSITY IN A DISORDERED CHARGE-DENSITY-WAVE MATERIAL:
PD-INTERCALATED ERTE3

YUSUKE IGUCHI, JOSHUA A. STRAQUADINE, CHAITANYA MURTHY, STEVEN A. KIVELSON,
ANISHA G. SINGH, IAN R. FISHER, AND KATHRYN A. MOLER

PHYS. REV. LETT. 133, 036001 (2024) – PUBLISHED 15 JULY 2024

A uniform superfluid response in superconducting quasi-2D Pd-intercalated ErTe3
was observed using scanning SQUID susceptometry, which suggests quantum phase
fluctuations that may suppress Tc.

 

 

EDITORS' SUGGESTION

ISOTROPIC QUANTUM GRIFFITHS SINGULARITY IN ND0.8SR0.2NIO2 INFINITE-LAYER
SUPERCONDUCTING THIN FILMS

QIANG ZHAO, TING-NA SHAO, WEN-LONG YANG, XUE-YAN WANG, XING-YU CHEN, MEI-HUI
CHEN, FANG-HUI ZHU, CHENG-XUE CHEN, RUI-FEN DOU, CHANG-MIN XIONG, HAIWEN LIU,
AND JIA-CAI NIE

PHYS. REV. LETT. 133, 036003 (2024) – PUBLISHED 17 JULY 2024

The exotic quantum Griffiths singularity associated with the
superconductor-metal transition driven by magnetic field has been observed in
nickelate thin films.

 

 

EDITORS' SUGGESTION

RESONANT PLASMON-ASSISTED TUNNELING IN A DOUBLE QUANTUM DOT COUPLED TO A QUANTUM
HALL PLASMON RESONATOR

CHAOJING LIN, KO FUTAMATA, TAKAFUMI AKIHO, KOJI MURAKI, AND TOSHIMASA FUJISAWA

PHYS. REV. LETT. 133, 036301 (2024) – PUBLISHED 15 JULY 2024

Single or multiple plasmon-assisted tunneling processes can be observed by
measuring the energy spectrum of a double quantum dot, demonstrating a new
platform for studying electronic quantum optics and for developing plasmonic
cavity quantum electrodynamics.

 

 

EDITORS' SUGGESTION

THERMAL AND COHERENT SPIN PUMPING BY NONCOLLINEAR ANTIFERROMAGNETS

PING TANG AND GERRIT E. W. BAUER

PHYS. REV. LETT. 133, 036701 (2024) – PUBLISHED 18 JULY 2024

Interface effects explain the sign of the spin Seebeck effect in
antiferromagnets across a spin-flop transition.

 

 

EDITORS' SUGGESTION

DISORDER-INDUCED ANOMALOUS MOBILITY ENHANCEMENT IN CONFINED GEOMETRIES

DAN SHAFIR AND STANISLAV BUROV

PHYS. REV. LETT. 133, 037101 (2024) – PUBLISHED 19 JULY 2024

When a strong and quenched disorder is present, the mobility of a particle in a
two-dimensional channel is enhanced as the cross-section of the channel is
diminished.

 

 


LETTERS

QUANTUM INFORMATION, SCIENCE, AND TECHNOLOGY

ROBUST EFFECTIVE GROUND STATE IN A NONINTEGRABLE FLOQUET QUANTUM CIRCUIT

TATSUHIKO N. IKEDA, SHO SUGIURA, AND ANATOLI POLKOVNIKOV

PHYS. REV. LETT. 133, 030401 (2024) – PUBLISHED 17 JULY 2024

 

CANDIDATE FOR A PASSIVELY PROTECTED QUANTUM MEMORY IN TWO DIMENSIONS

SIMON LIEU, YU-JIE LIU, AND ALEXEY V. GORSHKOV

PHYS. REV. LETT. 133, 030601 (2024) – PUBLISHED 16 JULY 2024

 

QUANTUM CODES FROM TWISTED UNITARY T-GROUPS

ERIC KUBISCHTA AND IAN TEIXEIRA

PHYS. REV. LETT. 133, 030602 (2024) – PUBLISHED 17 JULY 2024

 

REVERSING UNKNOWN QUANTUM PROCESSES VIA VIRTUAL COMBS FOR CHANNELS WITH LIMITED
INFORMATION

CHENGKAI ZHU, YIN MO, YU-AO CHEN, AND XIN WANG

PHYS. REV. LETT. 133, 030801 (2024) – PUBLISHED 19 JULY 2024

 

COSMOLOGY, ASTROPHYSICS, AND GRAVITATION

EDITORS' SUGGESTION

CONNECTING COSMIC INFLATION TO PARTICLE PHYSICS WITH LITEBIRD, CMB-S4, EUCLID,
AND SKA

MARCO DREWES AND LEI MING

PHYS. REV. LETT. 133, 031001 (2024) – PUBLISHED 15 JULY 2024

Upcoming high-sensitivity observations of the cosmic microwave background will
be able to place limits on the inflaton coupling in a given model of cosmic
inflation. (Image credit: Lina Drewes)

 

 

NONLINEAR TREATMENT OF A BLACK HOLE MIMICKER RINGDOWN

NILS SIEMONSEN

PHYS. REV. LETT. 133, 031401 (2024) – PUBLISHED 19 JULY 2024

 

G THEOREM FROM STRONG SUBADDITIVITY

JONATHAN HARPER, HIROKI KANDA, TADASHI TAKAYANAGI, AND KENYA TASUKI

PHYS. REV. LETT. 133, 031501 (2024) – PUBLISHED 19 JULY 2024

 

PARTICLES AND FIELDS

EDITORS' SUGGESTION

TRACY-WIDOM DISTRIBUTION IN FOUR-DIMENSIONAL SUPERSYMMETRIC YANG-MILLS THEORIES

ZOLTAN BAJNOK, BERCEL BOLDIS, AND GREGORY P. KORCHEMSKY

PHYS. REV. LETT. 133, 031601 (2024) – PUBLISHED 15 JULY 2024

A new method takes advantage of the relation between observables in
four-dimensional supersymmetric Yang-Mills theories and the Trace-Widom
distribution to perform an expansion in the coupling constant that includes
nonperturbative corrections.

 

 

SUPERSYMMETRIC STATES IN ANTI–DE SITTER D=3 SUPERGRAVITY WITH CHIRAL TORSION

LAURA ANDRIANOPOLI, RUGGERO NORIS, MARIO TRIGIANTE, AND JORGE ZANELLI

PHYS. REV. LETT. 133, 031602 (2024) – PUBLISHED 17 JULY 2024

 

MICROSTATES OF ACCELERATING AND SUPERSYMMETRIC ADS4 BLACK HOLES FROM THE SPINDLE
INDEX

EDOARDO COLOMBO, SEYED MORTEZA HOSSEINI, DARIO MARTELLI, ANTONIO PITTELLI, AND
ALBERTO ZAFFARONI

PHYS. REV. LETT. 133, 031603 (2024) – PUBLISHED 18 JULY 2024

 

PROBING CP VIOLATION WITH NEUTRINO DISAPPEARANCE ALONE

PETER B. DENTON

PHYS. REV. LETT. 133, 031801 (2024) – PUBLISHED 19 JULY 2024

 

STATISTICAL COMBINATION OF ATLAS RUN 2 SEARCHES FOR CHARGINOS AND NEUTRALINOS AT
THE LHC

G. AAD ET AL. (ATLAS COLLABORATION)

PHYS. REV. LETT. 133, 031802 (2024) – PUBLISHED 19 JULY 2024

 

NUCLEAR PHYSICS

SIMULATIONS OF STOCHASTIC FLUID DYNAMICS NEAR A CRITICAL POINT IN THE PHASE
DIAGRAM

CHANDRODOY CHATTOPADHYAY, JOSH OTT, THOMAS SCHÄFER, AND VLADIMIR V. SKOKOV

PHYS. REV. LETT. 133, 032301 (2024) – PUBLISHED 16 JULY 2024

 

INFINITE ORDER HYDRODYNAMICS: AN ANALYTICAL EXAMPLE

L. GAVASSINO

PHYS. REV. LETT. 133, 032302 (2024) – PUBLISHED 17 JULY 2024

 

SUBSTANTIAL NUCLEAR HYPERFINE MIXING EFFECT IN BORONLIKE 205PB IONS

WU WANG AND XU WANG

PHYS. REV. LETT. 133, 032501 (2024) – PUBLISHED 16 JULY 2024

 

ATOMIC, MOLECULAR, AND OPTICAL PHYSICS

IMPROVED MEASUREMENT OF THE DIFFERENTIAL POLARIZABILITY USING CO-TRAPPED IONS

YUAN-FEI WEI, SI-JIA CHAO, KAI-FENG CUI, CHENG-BIN LI, SHI-CHENG YU, HAN ZHANG,
HUA-LIN SHU, JIAN CAO, AND XUE-REN HUANG

PHYS. REV. LETT. 133, 033001 (2024) – PUBLISHED 18 JULY 2024

 

SIMULTANEOUS REAL AND MOMENTUM SPACE ELECTRON DIFFRACTION FROM A FULLERENE
MOLECULE

R. AISWARYA, RASHEED SHAIK, JOBIN JOSE, HARI R. VARMA, AND HIMADRI S.
CHAKRABORTY

PHYS. REV. LETT. 133, 033002 (2024) – PUBLISHED 18 JULY 2024

 

ELECTROWEAK NUCLEAR PROPERTIES FROM SINGLE MOLECULAR IONS IN A PENNING TRAP

J. KARTHEIN, S. M. UDRESCU, S. B. MOROCH, I. BELOSEVIC, K. BLAUM, A.
BORSCHEVSKY, Y. CHAMORRO, D. DEMILLE, J. DILLING, R. F. GARCIA RUIZ, N. R.
HUTZLER, L. F. PAŠTEKA, AND R. RINGLE

PHYS. REV. LETT. 133, 033003 (2024) – PUBLISHED 19 JULY 2024

 

INDIVIDUAL ADDRESSING AND STATE READOUT OF TRAPPED IONS UTILIZING
RADIO-FREQUENCY MICROMOTION

NATHAN K. LYSNE, JUSTIN F. NIEDERMEYER, ANDREW C. WILSON, DANIEL H. SLICHTER,
AND DIETRICH LEIBFRIED

PHYS. REV. LETT. 133, 033201 (2024) – PUBLISHED 16 JULY 2024

 

UNVEILING NONSECULAR COLLISIONAL DISSIPATION OF MOLECULAR ALIGNMENT

PU WANG, LIXIN HE, YU DENG, SIQI SUN, PENGFEI LAN, AND PEIXIANG LU

PHYS. REV. LETT. 133, 033202 (2024) – PUBLISHED 16 JULY 2024

 

MULTI-ION FREQUENCY REFERENCE USING DYNAMICAL DECOUPLING

LENNART PELZER, KAI DIETZE, VÍCTOR JOSÉ MARTÍNEZ-LAHUERTA, LUDWIG KRINNER,
JOHANNES KRAMER, FABIAN DAWEL, NICOLAS C. H. SPETHMANN, KLEMENS HAMMERER, AND
PIET O. SCHMIDT

PHYS. REV. LETT. 133, 033203 (2024) – PUBLISHED 17 JULY 2024

 

SYMMETRY PROTECTED TWO-PHOTON COHERENCE TIME

XUANYING LAI, CHRISTOPHER LI, ALAN ZANDERS, YEFENG MEI, AND SHENGWANG DU

PHYS. REV. LETT. 133, 033601 (2024) – PUBLISHED 16 JULY 2024

 

CHARACTERIZING BIPHOTON SPATIAL WAVE FUNCTION DYNAMICS WITH QUANTUM WAVEFRONT
SENSING

YI ZHENG, ZHAO-DI LIU, RUI-HENG MIAO, JIN-MING CUI, MU YANG, XIAO-YE XU, JIN-SHI
XU, CHUAN-FENG LI, AND GUANG-CAN GUO

PHYS. REV. LETT. 133, 033602 (2024) – PUBLISHED 16 JULY 2024

 

ERROR-TOLERANT AMPLIFICATION AND SIMULATION OF THE ULTRASTRONG-COUPLING QUANTUM
RABI MODEL

YE-HONG CHEN, ZHI-CHENG SHI, FRANCO NORI, AND YAN XIA

PHYS. REV. LETT. 133, 033603 (2024) – PUBLISHED 18 JULY 2024

 

PURIFYING PHOTON INDISTINGUISHABILITY THROUGH QUANTUM INTERFERENCE

CARLOS F. D. FAURBY, LORENZO CAROSINI, HUAN CAO, PATRIK I. SUND, LENA M. HANSEN,
FRANCESCO GIORGINO, ANDREW B. VILLADSEN, STEFAN N. VAN DEN HOVEN, PETER LODAHL,
STEFANO PAESANI, JUAN C. LOREDO, AND PHILIP WALTHER

PHYS. REV. LETT. 133, 033604 (2024) – PUBLISHED 18 JULY 2024

 

NANOPLASMONIC PHOTOELECTRON RESCATTERING IN THE MULTIPHOTON-INDUCED EMISSION
REGIME

BALÁZS BÁNHEGYI, GELLÉRT ZSOLT KISS, ZSUZSANNA PÁPA, PÉTER SÁNDOR, LÁZÁR TÓTH,
LÁSZLÓ PÉTER, PÉTER RÁCZ, AND PÉTER DOMBI

PHYS. REV. LETT. 133, 033801 (2024) – PUBLISHED 15 JULY 2024

 

PHYSICS OF FLUIDS, EARTH & PLANETARY SCIENCE, AND CLIMATE

LIQUID SURFACES WITH CHAOTIC CAPILLARY WAVES EXHIBIT AN EFFECTIVE SURFACE
TENSION

STEFFEN BISSWANGER, HENNING BONART, PYI THEIN KHAING, AND STEFFEN HARDT

PHYS. REV. LETT. 133, 034001 (2024) – PUBLISHED 15 JULY 2024

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

WATER IMPACT: WHEN A SPHERE BECOMES FLAT

JESSE BELDEN, NATHAN SPEIRS, AREN HELLUM, GEORGE LOUBIMOV, AND TADD T. TRUSCOTT

PHYS. REV. LETT. 133, 034002 (2024) – PUBLISHED 16 JULY 2024

SYNOPSIS:A SLIGHT CURVATURE GIVES PEBBLES AN IMPACTING EDGE

Pebbles that are slightly curved—rather than completely flat—exert the highest
impact forces when dropped onto a watery surface.

 

 

STABILITY TRANSITION IN GAP EXPANSION-DRIVEN INTERFACIAL FLOW

DONGQI LI, ZHIBING YANG, AMIR A. PAHLAVAN, RENJUN ZHANG, RAN HU, AND YI-FENG
CHEN

PHYS. REV. LETT. 133, 034003 (2024) – PUBLISHED 17 JULY 2024

 

BURSTING OF UNDERWATER OIL DROPS

VARUN KULKARNI, VENKATA YASHASVI LOLLA, SUHAS TAMVADA, AND SUSHANT ANAND

PHYS. REV. LETT. 133, 034004 (2024) – PUBLISHED 18 JULY 2024

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

ATLANTIC MERIDIONAL OVERTURNING CIRCULATION DECLINE: TIPPING SMALL SCALES UNDER
GLOBAL WARMING

RUIJIAN GOU, GERRIT LOHMANN, AND LIXIN WU

PHYS. REV. LETT. 133, 034201 (2024) – PUBLISHED 16 JULY 2024

:OCEAN CURRENTS RESOLVED ON REGIONAL LENGTH SCALES

Using a detailed simulation, researchers reveal how climate change will affect
the regional dynamics of the conveyor-belt-like circulation of water through the
Atlantic Ocean.

 

 

PLASMA AND SOLAR PHYSICS, ACCELERATORS AND BEAMS

EXPERIMENTAL OBSERVATION OF SPACE-CHARGE FIELD SCREENING OF A RELATIVISTIC
PARTICLE BUNCH IN PLASMA

L. VERRA, M. GALLETTI, R. POMPILI, A. BIAGIONI, M. CARILLO, A. CIANCHI, L.
CRINCOLI, A. CURCIO, F. DEMURTAS, G. DI PIRRO, V. LOLLO, G. PARISE, D.
PELLEGRINI, S. ROMEO, G. J. SILVI, F. VILLA, AND M. FERRARIO

PHYS. REV. LETT. 133, 035001 (2024) – PUBLISHED 18 JULY 2024

 

IDENTIFICATION OF COUPLED LANDAU AND ANOMALOUS RESONANCES IN SPACE PLASMAS

JING-HUAN LI, XU-ZHI ZHOU, ZHI-YANG LIU, SHAN WANG, ANTON V. ARTEMYEV, YOSHIHARU
OMURA, XIAO-JIA ZHANG, LI LI, CHAO YUE, QIU-GANG ZONG, CRAIG POLLOCK, GUAN LE,
AND JAMES L. BURCH

PHYS. REV. LETT. 133, 035201 (2024) – PUBLISHED 16 JULY 2024

 

CONDENSED MATTER AND MATERIALS

EDITORS' SUGGESTION

ANOMALOUS SUPERFLUID DENSITY IN A DISORDERED CHARGE-DENSITY-WAVE MATERIAL:
PD-INTERCALATED ERTE3

YUSUKE IGUCHI, JOSHUA A. STRAQUADINE, CHAITANYA MURTHY, STEVEN A. KIVELSON,
ANISHA G. SINGH, IAN R. FISHER, AND KATHRYN A. MOLER

PHYS. REV. LETT. 133, 036001 (2024) – PUBLISHED 15 JULY 2024

A uniform superfluid response in superconducting quasi-2D Pd-intercalated ErTe3
was observed using scanning SQUID susceptometry, which suggests quantum phase
fluctuations that may suppress Tc.

 

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

TUNNELING SPECTROSCOPY AT MEGABAR PRESSURES: DETERMINATION OF THE
SUPERCONDUCTING GAP IN SULFUR

F. DU, F. F. BALAKIREV, V. S. MINKOV, G. A. SMITH, B. MAIOROV, P. P. KONG, A. P.
DROZDOV, AND M. I. EREMETS

PHYS. REV. LETT. 133, 036002 (2024) – PUBLISHED 17 JULY 2024

SYNOPSIS:REVAMP FOR HIGH-PRESSURE-SUPERCONDUCTIVITY MEASUREMENTS

The pressures at which some elements start superconducting are so high that
making detailed measurements of the transition has been impossible—until now.

 

 

EDITORS' SUGGESTION

ISOTROPIC QUANTUM GRIFFITHS SINGULARITY IN ND0.8SR0.2NIO2 INFINITE-LAYER
SUPERCONDUCTING THIN FILMS

QIANG ZHAO, TING-NA SHAO, WEN-LONG YANG, XUE-YAN WANG, XING-YU CHEN, MEI-HUI
CHEN, FANG-HUI ZHU, CHENG-XUE CHEN, RUI-FEN DOU, CHANG-MIN XIONG, HAIWEN LIU,
AND JIA-CAI NIE

PHYS. REV. LETT. 133, 036003 (2024) – PUBLISHED 17 JULY 2024

The exotic quantum Griffiths singularity associated with the
superconductor-metal transition driven by magnetic field has been observed in
nickelate thin films.

 

 

FEATURED IN PHYSICS EDITORS' SUGGESTION

PICOSECOND TRAJECTORY OF TWO-DIMENSIONAL VORTEX MOTION IN FESE0.5TE0.5
VISUALIZED BY TERAHERTZ SECOND HARMONIC GENERATION

SACHIKO NAKAMURA, HARUKI MATSUMOTO, HIROKI OGAWA, TOMOKI KOBAYASHI, FUYUKI
NABESHIMA, ATSUTAKA MAEDA, AND RYO SHIMANO

PHYS. REV. LETT. 133, 036004 (2024) – PUBLISHED 19 JULY 2024

FOCUS:VIEWING FAST VORTEX MOTION IN A SUPERCONDUCTOR

A new technique reveals high-speed trajectories of oscillating vortices and
shows that they are 10,000 times lighter than expected.

 

 

SPIN-ORBIT-LOCKING CHIRAL BOUND STATES IN THE CONTINUUM

XINGQI ZHAO, JIAJUN WANG, WENZHE LIU, ZHIYUAN CHE, XINHAO WANG, C. T. CHAN, LEI
SHI, AND JIAN ZI

PHYS. REV. LETT. 133, 036201 (2024) – PUBLISHED 16 JULY 2024

 

STABILIZING THE FERROELECTRIC PHASE OF HF0.5ZR0.5O2 THIN FILMS BY CHARGE
TRANSFER

SHU SHI, TENGFEI CAO, HAOLONG XI, JIANGZHEN NIU, XIXIANG JING, HANXIN SU,
XIAOJIANG YU, PING YANG, YICHEN WU, XIAOBING YAN, HE TIAN, EVGENY Y. TSYMBAL,
AND JINGSHENG CHEN

PHYS. REV. LETT. 133, 036202 (2024) – PUBLISHED 18 JULY 2024

 

FIRST-PRINCIPLES NONADIABATIC DYNAMICS OF MOLECULES AT METAL SURFACES WITH
VIBRATIONALLY COUPLED ELECTRON TRANSFER

GANG MENG, JAMES GARDNER, NILS HERTL, WENJIE DOU, REINHARD J. MAURER, AND BIN
JIANG

PHYS. REV. LETT. 133, 036203 (2024) – PUBLISHED 19 JULY 2024

 

GEOMETRIC AMPLITUDE ACCOMPANYING LOCAL RESPONSES: SPINOR PHASE INFORMATION FROM
THE AMPLITUDES OF SPIN-POLARIZED STM MEASUREMENTS

SHU-HUI ZHANG, JIN YANG, DING-FU SHAO, JIA-JI ZHU, WEN YANG, AND KAI CHANG

PHYS. REV. LETT. 133, 036204 (2024) – PUBLISHED 19 JULY 2024

 

EDITORS' SUGGESTION

RESONANT PLASMON-ASSISTED TUNNELING IN A DOUBLE QUANTUM DOT COUPLED TO A QUANTUM
HALL PLASMON RESONATOR

CHAOJING LIN, KO FUTAMATA, TAKAFUMI AKIHO, KOJI MURAKI, AND TOSHIMASA FUJISAWA

PHYS. REV. LETT. 133, 036301 (2024) – PUBLISHED 15 JULY 2024

Single or multiple plasmon-assisted tunneling processes can be observed by
measuring the energy spectrum of a double quantum dot, demonstrating a new
platform for studying electronic quantum optics and for developing plasmonic
cavity quantum electrodynamics.

 

 

TOPOLOGICALLY LOCALIZED VIBRONIC EXCITATIONS IN SECOND-LAYER GRAPHENE
NANORIBBONS

ZHENGYA WANG, RUOTING YIN, ZIXI TANG, HONGJIAN DU, YIFAN LIANG, XIAOQING WANG,
QING-SONG DENG, YUAN-ZHI TAN, YAO ZHANG, CHUANXU MA, SHIJING TAN, AND BING WANG

PHYS. REV. LETT. 133, 036401 (2024) – PUBLISHED 15 JULY 2024

 

SPIN-ORBIT-LATTICE ENTANGLED STATE IN A2MGREO6 (A=CA, SR, BA) REVEALED BY
RESONANT INELASTIC X-RAY SCATTERING

FELIX I. FRONTINI, GRAHAM H. J. JOHNSTONE, NAOYA IWAHARA, PRITAM BHATTACHARYYA,
NIKOLAY A. BOGDANOV, LIVIU HOZOI, MARY H. UPTON, DIEGO M. CASA, DAIGOROU HIRAI,
AND YOUNG-JUNE KIM

PHYS. REV. LETT. 133, 036501 (2024) – PUBLISHED 19 JULY 2024

 

NON-ABELIAN ANYONS IN PERIODICALLY DRIVEN ABELIAN SPIN LIQUIDS

FRANCESCO PETIZIOL

PHYS. REV. LETT. 133, 036601 (2024) – PUBLISHED 17 JULY 2024

 

EDITORS' SUGGESTION

THERMAL AND COHERENT SPIN PUMPING BY NONCOLLINEAR ANTIFERROMAGNETS

PING TANG AND GERRIT E. W. BAUER

PHYS. REV. LETT. 133, 036701 (2024) – PUBLISHED 18 JULY 2024

Interface effects explain the sign of the spin Seebeck effect in
antiferromagnets across a spin-flop transition.

 

 

VALLEY-FREE SILICON FINS CAUSED BY SHEAR STRAIN

CHRISTOPH ADELSBERGER, STEFANO BOSCO, JELENA KLINOVAJA, AND DANIEL LOSS

PHYS. REV. LETT. 133, 037001 (2024) – PUBLISHED 17 JULY 2024

 

STATISTICAL PHYSICS; CLASSICAL, NONLINEAR, AND COMPLEX SYSTEMS

EDITORS' SUGGESTION

DISORDER-INDUCED ANOMALOUS MOBILITY ENHANCEMENT IN CONFINED GEOMETRIES

DAN SHAFIR AND STANISLAV BUROV

PHYS. REV. LETT. 133, 037101 (2024) – PUBLISHED 19 JULY 2024

When a strong and quenched disorder is present, the mobility of a particle in a
two-dimensional channel is enhanced as the cross-section of the channel is
diminished.

 

 

POLYMERS, CHEMICAL PHYSICS, SOFT MATTER, AND BIOLOGICAL PHYSICS

DIELECTRIC PROPERTIES OF A FERROELECTRIC NEMATIC MATERIAL: QUANTITATIVE TEST OF
THE POLARIZATION-CAPACITANCE GOLDSTONE MODE

ALEX ADAKA, MOJTABA RAJABI, NILANTHI HAPUTHANTRIGE, SAMUEL SPRUNT, OLEG D.
LAVRENTOVICH, AND ANTAL JÁKLI

PHYS. REV. LETT. 133, 038101 (2024) – PUBLISHED 15 JULY 2024

 

UNVEILING THE PHASE DIAGRAM AND REACTION PATHS OF THE ACTIVE MODEL B WITH THE
DEEP MINIMUM ACTION METHOD

RUBEN ZAKINE, ERIC SIMONNET, AND ERIC VANDEN-EIJNDEN

PHYS. REV. LETT. 133, 038301 (2024) – PUBLISHED 19 JULY 2024

 


ERRATA

ERRATUM: FRUSTRATED EXTENDED BOSE-HUBBARD MODEL AND DECONFINED QUANTUM CRITICAL
POINTS WITH OPTICAL LATTICES AT THE ANTIMAGIC WAVELENGTH [PHYS. REV. LETT. 132,
153401 (2024)]

NICCOLÒ BALDELLI, CESAR R. CABRERA, SERGI JULIÀ-FARRÉ, MONIKA AIDELSBURGER, AND
LUCA BARBIERO

PHYS. REV. LETT. 133, 039901 (2024) – PUBLISHED 16 JULY 2024

 

ERRATUM: DISSIPATIVE EFFECTS IN ODD VISCOUS STOKES FLOW AROUND A SINGLE SPHERE
[PHYS. REV. LETT. 132, 218303 (2024)]

JEFFREY C. EVERTS AND BOGDAN CICHOCKI

PHYS. REV. LETT. 133, 039902 (2024) – PUBLISHED 17 JULY 2024

 

 

American Physical Society: 1 Physics Ellipse, College Park, MD 20740
©2024 American Physical Society | All rights reserved

 

You are receiving this email because you are subscribed to Table of Content
alerts. If you no longer wish to receive these emails, please update your
preferences.