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LATEST CONTENT

Nature Communications
Behind the Paper


ON THE STRUCTURE OF SPECIES-FUNCTION PARTICIPATION IN MULTILAYER ECOLOGICAL
NETWORKS

Oct 23rd, 2024

Here, we propose a novel mathematical framework that integrates multiple biotic
interactions (multifunctionality) into a single model, using data from 1537
interactions across six functions on a small islet. This framework provides
groundbreaking insights into ecosystem functioning and biodiversity.

+1


MAR CUEVAS-BLANCO + 1 OTHER

PhD Student, Institute for Cross-Disciplinary Physics and Complex Systems

Events


COMPETING ORDERS IN QUANTUM MATERIALS

Oct 22nd, 2024

In-person Nature Conference at Yale University. March 31 - April 2, 2025


KIMBERLY PETIT

Senior Marketing Manager, Springer Nature

Nature Communications
Behind the Paper


NONEQUILIBRIUM LATTICE DYNAMICS: A NEW PARADIGM FOR MODELING COOPERATIVE
SIGNALING IN A LARGE PROTEIN COMPLEX

Oct 22nd, 2024

Our paper reveals how the combination of cooperativity in the chemoreceptor
array and nonequilibrium chemical reaction cycles fueled by energy dissipation
can enhance signaling sensitivity and response speed compared to equilibrium
systems that satisfy the fluctuation-dissipation theorem.

+2


DAVID HATHCOCK + 2 OTHERS

Postdoctoral Scholar, IBM TJ Watson Research Center

Nature Communications
Behind the Paper


UV PHOTOCHEMISTRY OF THE L-CYSTINE DISULFIDE BRIDGE IN AQUEOUS SOLUTION
INVESTIGATED BY FEMTOSECOND X-RAY ABSORPTION SPECTROSCOPY

Oct 21st, 2024

How does UV radiation (UVR) break disulfide bonds? Disulfides bonds are found
across all domains of life yet this question has remained unanswered for
decades. Our research uses X-ray free electron lasers to uncover the earliest
steps in the interaction between UVR and the L-cystine disulfide bond.

+2


BRIONY YORKE + 2 OTHERS

Lecturer in Physical Chemistry, University of Leeds

Nature Communications
Behind the Paper


UNVEILING THE MECHANISMS BEHIND CANCER AGGRESSIVENESS: HOW EPICHAPEROMES DRIVE
CELLULAR PLASTICITY

Oct 16th, 2024

What makes cancer so aggressive and adaptable? Our latest research uncovers a
hidden mechanism within cells—specialized protein networks called epichaperomes.
These structures help cancer cells survive and thrive, reactivating
developmental pathways and fueling unchecked growth.

+2


GABRIELA CHIOSIS + 2 OTHERS

Professor, Memorial Sloan Kettering

Nature Communications
Behind the Paper


REALIZING OF THE RELATIVISTIC ARTIFICIAL MOLECULE WITH TUNABLE COUPLING AND
ORBITALS BY TWO COUPLED GRAPHENE QUANTUM DOTS

Oct 16th, 2024

Graphene quantum dots have electronic structures resembling these of atoms. Our
recent paper uses two coupled graphene quantum dots to construct artificial
molecules and study their electronic properties at tunable distances.

+1


XIAOFENG ZHOU + 1 OTHER

Ph.D., Beijing Normal University

Nature Communications
Behind the Paper


NONLINEAR GEOMETRIC PHASE CODED FERROELECTRIC NEMATIC FLUIDS FOR NONLINEAR
SOFT-MATTER PHOTONICS

Oct 15th, 2024



+1


JIN-TAO PAN + 1 OTHER

PhD Student, Nanjing University

Nature Chemistry
Behind the Paper


SHEDDING LIGHT ON THE "DARK SIDE"

Oct 15th, 2024

The ubiquitous water/oxide interfaces shape the Earth's landscape, yet a
molecular level understanding is still lacking. Now, in situ sum-frequency
spectroscopy can shed light on such buried interfaces, revealing unconventional
structural evolutions for an oxide surface in liquid water.

+2


WEI-TAO LIU + 2 OTHERS

Professor, Fudan University

Communications Engineering
Behind the Paper


5G NR FIBER-WIRELESS CONVERGED SYSTEMS BY INJECTION LOCKING MULTI-OPTICAL
CARRIER INTO DIRECTLY-MODULATED LASERS

Oct 15th, 2024

5G NR fiber-wireless converged systems by injection locking multi-optical
carrier into directly-modulated lasers (DMLs) are demonstrated. The successful
transport of 5G NR signals through fiber-wireless convergence demonstrates the
potential to meet next-generation communications.


HAI-HAN LU

Professor, National Taipei University of Technology

Behind the Paper


MODIFIED DARK MATTER, MODIFIED DARK ENERGY, DELETING THERMODYNAMIC ENTROPY, AND
FIXING THE COSMOLOGICAL CONSTANT PROBLEM

Oct 9th, 2024

This is a reply to the lack of evidence for the particles of Dark Matter which
may constitute 85% of the universe’s matter. It speaks of a modified form of
dark matter (and modified dark energy), as well as proposals for overcoming
cosmic entropy and for fixing the cosmological constant problem.


RODNEY BARTLETT

researcher, Information Physics Institute

Nature Communications
Behind the Paper


BIOINSPIRED: A HARDWARE IMPLEMENTATION REPLICATING HUMAN VISUAL PATHWAYS.

Oct 5th, 2024

A human visual pathway-replicated hardware is constructed with split floating
gate 2D tungsten diselenide crossbar arrays and related peripheral circuits,
achiving functions of color-blindness processing, shape recognition, and
self-driven motion tracking.


ZHUIRI PENG

PhD student, Huazhong University of Science and Technology


EDGE MAGNETOPLASMON RESONATOR

Oct 4th, 2024

A Hall island can be used as a resonator in the microwave domain. This island
can be measured by adding capacitvely couplet gates to the island.


GERBOLD MÉNARD

Researcher, CNRS LPENS




BEHIND THE PAPER



View Channel
Nature Communications


ON THE STRUCTURE OF SPECIES-FUNCTION PARTICIPATION IN MULTILAYER ECOLOGICAL
NETWORKS

Oct 23rd, 2024

Here, we propose a novel mathematical framework that integrates multiple biotic
interactions (multifunctionality) into a single model, using data from 1537
interactions across six functions on a small islet. This framework provides
groundbreaking insights into ecosystem functioning and biodiversity.

+1


MAR CUEVAS-BLANCO + 1 OTHER

PhD Student, Institute for Cross-Disciplinary Physics and Complex Systems

Nature Communications


NONEQUILIBRIUM LATTICE DYNAMICS: A NEW PARADIGM FOR MODELING COOPERATIVE
SIGNALING IN A LARGE PROTEIN COMPLEX

Oct 22nd, 2024

Our paper reveals how the combination of cooperativity in the chemoreceptor
array and nonequilibrium chemical reaction cycles fueled by energy dissipation
can enhance signaling sensitivity and response speed compared to equilibrium
systems that satisfy the fluctuation-dissipation theorem.

+2


DAVID HATHCOCK + 2 OTHERS

Postdoctoral Scholar, IBM TJ Watson Research Center

Nature Communications


UV PHOTOCHEMISTRY OF THE L-CYSTINE DISULFIDE BRIDGE IN AQUEOUS SOLUTION
INVESTIGATED BY FEMTOSECOND X-RAY ABSORPTION SPECTROSCOPY

Oct 21st, 2024

How does UV radiation (UVR) break disulfide bonds? Disulfides bonds are found
across all domains of life yet this question has remained unanswered for
decades. Our research uses X-ray free electron lasers to uncover the earliest
steps in the interaction between UVR and the L-cystine disulfide bond.

+2


BRIONY YORKE + 2 OTHERS

Lecturer in Physical Chemistry, University of Leeds


EVENTS



View Channel


COMPETING ORDERS IN QUANTUM MATERIALS

Oct 22nd, 2024

In-person Nature Conference at Yale University. March 31 - April 2, 2025


KIMBERLY PETIT

Senior Marketing Manager, Springer Nature


NEWS AND OPINION



View Channel
Editor
Nature


CALLING TIME ON RUDE PEER REVIEW

Sep 24th, 2024

Should scientists be thicker-skinned?


DAVID PAYNE

Managing Editor, Careers and Supplements, Nature


CAN WE LOOK AT HISTORY THROUGH THE LENS OF PHYSICS ?

Aug 26th, 2024

Does the flow of social events bear any resemblance to the flow of fluids ? Are
there Eulerian and Lagrangian approaches to look at the history of our
civilisation ? We may not have the answers yet, but we can start the
conversation.


MUHAMMAD RIZWANUR RAHMAN

Academic Visitor, Imperial College London


NANO-PLASMONIC LASER INDUCED FUSION ENERGY (NAPLIFE)

Aug 9th, 2024




NORBERT KROO

Prof Dr, Hun-Ren Wigner Research Center of Physics


FROM THE EDITORS



View Channel
Editor
Nature


CALLING TIME ON RUDE PEER REVIEW

Sep 24th, 2024

Should scientists be thicker-skinned?


DAVID PAYNE

Managing Editor, Careers and Supplements, Nature

Scientific Reports


TOP 100 IN PHYSICS | SCIENTIFIC REPORTS

Mar 8th, 2024

The Scientific Reports team is pleased to announce the most read* articles from
2023 in Physics. Featuring authors from around the world, these papers highlight
valuable research from an international community.


CHENYU WANG

Associate Editor, Scientific Reports

Editor
npj Spintronics


OFF-RESONANT DETECTION OF DOMAIN WALL OSCILLATIONS USING DETERMINISTICALLY
PLACED NANODIAMONDS

Jan 15th, 2024




DANIEL T PAYNE

Senior Editor, Springer Nature


ON THE ROAD



View Channel
Editor
Springer Nature Staff


CLEO: A LASER SCIENCE TO PHOTONIC APPLICATION CONFERENCE

Jul 1st, 2022

An overview of CLEO Conference (15-20 May 2022)


SILVIA BUTERA

Senior Editor, Springer Nature

Editor


ATTENDING THE APS MARCH MEETING 2021

Apr 26th, 2021

Guest post by Andrea Richaud, recipient of the Communications Physics 2020 Early
Career Researcher grant which enabled him to attend a conference or scientific
school of his choice.


ANKITA ANIRBAN

Senior Editor, Nature Reviews Physics

Editor


WHAT’S THE DIFFERENCE BETWEEN A SUPERNOVA AND A FORK?

Mar 23rd, 2020

Francesca Chadha-Day is a Junior Research Fellow at the University of Cambridge,
studying particle astrophysics and axion phenomenology. She is also a comedian.
Here, Fran writes for us about her experience of stand-up comedy.


ANKITA ANIRBAN

Senior Editor, Nature Reviews Physics


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