Newton
@cp-newton.bsky.social
Newton is a broad-scope physics journal launched in 2025. Editor-in-Chief: Elisa De Ranieri, Cell Press
The #Newton editorial team wishes heartfelt congratulations to the winners of the 2025 #NobelPrize in Physics, Drs. John Clarke, Michel H. Devoret, and John M. Martinis!
You can view research published in #CellPress related to this year's Nobel winners here: www.cell.com/nobelprize
You can view research published in #CellPress related to this year's Nobel winners here: www.cell.com/nobelprize
October 7, 2025 at 5:05 PM
The #Newton editorial team wishes heartfelt congratulations to the winners of the 2025 #NobelPrize in Physics, Drs. John Clarke, Michel H. Devoret, and John M. Martinis!
You can view research published in #CellPress related to this year's Nobel winners here: www.cell.com/nobelprize
You can view research published in #CellPress related to this year's Nobel winners here: www.cell.com/nobelprize
Join today's webinar with Stefaan De Wolf (‘@KAUST_news), Joseph Luther (‘@NREL), and Annamaria Petrozza (‘@IIT) on tackling stability challenges in silicon-perovskite tandem solar cells. May 23, 10:00 AM ET
Don’t miss the live discussion—register now! www.bigmarker.com/cellpress-so...
Don’t miss the live discussion—register now! www.bigmarker.com/cellpress-so...
May 23, 2025 at 8:59 AM
Join today's webinar with Stefaan De Wolf (‘@KAUST_news), Joseph Luther (‘@NREL), and Annamaria Petrozza (‘@IIT) on tackling stability challenges in silicon-perovskite tandem solar cells. May 23, 10:00 AM ET
Don’t miss the live discussion—register now! www.bigmarker.com/cellpress-so...
Don’t miss the live discussion—register now! www.bigmarker.com/cellpress-so...
Join our live webinar exploring new strategies to enhance the durability of silicon-perovskite tandem solar cells.
May 23, 10:00 AM ET. Watch live or on demand! www.bigmarker.com/cellpress-so...
May 23, 10:00 AM ET. Watch live or on demand! www.bigmarker.com/cellpress-so...
May 19, 2025 at 9:24 AM
Join our live webinar exploring new strategies to enhance the durability of silicon-perovskite tandem solar cells.
May 23, 10:00 AM ET. Watch live or on demand! www.bigmarker.com/cellpress-so...
May 23, 10:00 AM ET. Watch live or on demand! www.bigmarker.com/cellpress-so...
⚠️ NEW PAPER ALERT!!! ⚠️ Neutron inelastic scattering reveals phonon behavior and phase transition details in Cs₂AgBiBr₆, key for solar cell stability. Read more: www.cell.com/newton/fullt...
May 12, 2025 at 12:46 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Neutron inelastic scattering reveals phonon behavior and phase transition details in Cs₂AgBiBr₆, key for solar cell stability. Read more: www.cell.com/newton/fullt...
🌟 Preview!👀🌟 Check out this Preview written by Mingchao Liu, discussing recent work in Newton on mimicking prions for self-replicating mechanical systems!
Read more: www.cell.com/newton/fullt...
Read more: www.cell.com/newton/fullt...
May 8, 2025 at 3:40 PM
🌟 Preview!👀🌟 Check out this Preview written by Mingchao Liu, discussing recent work in Newton on mimicking prions for self-replicating mechanical systems!
Read more: www.cell.com/newton/fullt...
Read more: www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Prions are evildoers, notorious shape-shifting proteins. Newton's new paper by Mathieu Ouellet and co-workers show how prions inspire a physics-based mechanical system that self-assembles and replicates its conformation!
Read more at: www.cell.com/newton/fullt...
Read more at: www.cell.com/newton/fullt...
May 8, 2025 at 3:36 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Prions are evildoers, notorious shape-shifting proteins. Newton's new paper by Mathieu Ouellet and co-workers show how prions inspire a physics-based mechanical system that self-assembles and replicates its conformation!
Read more at: www.cell.com/newton/fullt...
Read more at: www.cell.com/newton/fullt...
The future of tandem #solar depends on lasting stability.
Be part of our upcoming webinar where leading experts reveal the latest insights into silicon-perovskite research and real-world applications.
May 23, 2025, 10:00 AM ET www.bigmarker.com/cellpress-so...
Be part of our upcoming webinar where leading experts reveal the latest insights into silicon-perovskite research and real-world applications.
May 23, 2025, 10:00 AM ET www.bigmarker.com/cellpress-so...
May 8, 2025 at 12:48 PM
The future of tandem #solar depends on lasting stability.
Be part of our upcoming webinar where leading experts reveal the latest insights into silicon-perovskite research and real-world applications.
May 23, 2025, 10:00 AM ET www.bigmarker.com/cellpress-so...
Be part of our upcoming webinar where leading experts reveal the latest insights into silicon-perovskite research and real-world applications.
May 23, 2025, 10:00 AM ET www.bigmarker.com/cellpress-so...
⚠️ NEW PAPER ALERT!!! ⚠️ Konstantin Bliokh, Alexey Nikitin and colleagues demonstrate the emergence of a new type of wave vortices which are localized around subwavelength holes in a 2D plane and observed in physical systems from nanophotonics to ocean tidal waves: www.cell.com/newton/fullt...
April 24, 2025 at 1:24 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Konstantin Bliokh, Alexey Nikitin and colleagues demonstrate the emergence of a new type of wave vortices which are localized around subwavelength holes in a 2D plane and observed in physical systems from nanophotonics to ocean tidal waves: www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️Bing Huang and colleagues introduce a universal methodology consisting of five basic rules by enumerating symmetry operations and exploring their roles! Read more --> www.cell.com/newton/fullt...
April 17, 2025 at 6:09 PM
⚠️ NEW PAPER ALERT!!! ⚠️Bing Huang and colleagues introduce a universal methodology consisting of five basic rules by enumerating symmetry operations and exploring their roles! Read more --> www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️Ding-Fu Shao and colleagues demonstrate an uncharted X-type stacking in specific antiferromagnets. Read more --> www.cell.com/newton/fullt...
April 17, 2025 at 8:05 AM
⚠️ NEW PAPER ALERT!!! ⚠️Ding-Fu Shao and colleagues demonstrate an uncharted X-type stacking in specific antiferromagnets. Read more --> www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Xu Chen and colleagues present an explainable machine-learning strategy that identifies thermodynamic phase transitions from single-snapshot ARPES data, with 97.6% classification accuracy in cuprate superconductors with strong fluctuations: www.cell.com/newton/fullt...
April 16, 2025 at 6:29 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Xu Chen and colleagues present an explainable machine-learning strategy that identifies thermodynamic phase transitions from single-snapshot ARPES data, with 97.6% classification accuracy in cuprate superconductors with strong fluctuations: www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️Yangjian Cai, Lujun Huang, Andrea Alu, Zhanghua Han and colleagues demonstrate a significant enhancement of third harmonic generation in an all-dielectric metasurface over a large range of incident light angles! Read more about it here: www.cell.com/newton/fullt...
March 28, 2025 at 9:11 PM
⚠️ NEW PAPER ALERT!!! ⚠️Yangjian Cai, Lujun Huang, Andrea Alu, Zhanghua Han and colleagues demonstrate a significant enhancement of third harmonic generation in an all-dielectric metasurface over a large range of incident light angles! Read more about it here: www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Second-harmonic generation is typically not observed in centrosymmetric crystals. Yet, a recent Newton paper by Paola Vivo and colleagues reports this phenomenon in low-toxicity Cu(Ag)-Bi-I, a centrosymmetric crystal! Read more about it here www.cell.com/newton/fullt...
March 27, 2025 at 7:43 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Second-harmonic generation is typically not observed in centrosymmetric crystals. Yet, a recent Newton paper by Paola Vivo and colleagues reports this phenomenon in low-toxicity Cu(Ag)-Bi-I, a centrosymmetric crystal! Read more about it here www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Shijie Xu and colleagues report giant anomalous Hall effect in Mn3Pd and a new scaling law for this effect that can easily identify intrinsic, extrinsic and side-jump contributions in these materials. Read more --> www.cell.com/newton/fullt...
March 26, 2025 at 5:47 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Shijie Xu and colleagues report giant anomalous Hall effect in Mn3Pd and a new scaling law for this effect that can easily identify intrinsic, extrinsic and side-jump contributions in these materials. Read more --> www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Elizabeth Jefremovas, Robert Fromter from the University of Mainz and colleagues develop an understanding of the role of dipolar interactions in skyrmion lattices in magnetic multilayer stacks. Read more --> www.cell.com/newton/fullt...
March 25, 2025 at 10:36 AM
⚠️ NEW PAPER ALERT!!! ⚠️ Elizabeth Jefremovas, Robert Fromter from the University of Mainz and colleagues develop an understanding of the role of dipolar interactions in skyrmion lattices in magnetic multilayer stacks. Read more --> www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Lijesh Koottaparambil and Michael Khonsari from Louisiana State University propose a concept called Failure Entropy Threshold to study and predict the breakdown of degrading systems across various degradation mechanisms. Read more --> www.cell.com/newton/fullt...
March 24, 2025 at 3:59 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Lijesh Koottaparambil and Michael Khonsari from Louisiana State University propose a concept called Failure Entropy Threshold to study and predict the breakdown of degrading systems across various degradation mechanisms. Read more --> www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Petr Nemec from Charles University and colleagues demonstrate that heat- and magnetization-related resistance in a CuMnAs device change on very different timescales and can be used as short and long term memory respectively. Read more --> www.cell.com/newton/fullt...
March 17, 2025 at 11:42 AM
⚠️ NEW PAPER ALERT!!! ⚠️ Petr Nemec from Charles University and colleagues demonstrate that heat- and magnetization-related resistance in a CuMnAs device change on very different timescales and can be used as short and long term memory respectively. Read more --> www.cell.com/newton/fullt...
⚠️ NEW PERSPECTIVE ⚠️ @yangfan-zhang.bsky.social and George Lauder discuss the physics of energy saving when fish swim in a group. Read more www.cell.com/newton/fullt...
March 7, 2025 at 5:37 PM
⚠️ NEW PERSPECTIVE ⚠️ @yangfan-zhang.bsky.social and George Lauder discuss the physics of energy saving when fish swim in a group. Read more www.cell.com/newton/fullt...
🌟 Preview!👀🌟 Check out this Preview written by Jonathan Boreyko, discussing recent work in Newton investigating what happens when a hot droplet impacts a solid surface: www.cell.com/newton/fullt...
March 6, 2025 at 9:15 AM
🌟 Preview!👀🌟 Check out this Preview written by Jonathan Boreyko, discussing recent work in Newton investigating what happens when a hot droplet impacts a solid surface: www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ What happens when a hot droplet falls on a cool surface? This new paper by Pingan Zhu and colleagues, published in Newton's first issue, shows hot and burning droplets can bounce off cool surfaces! Read more at: www.cell.com/newton/fullt...
March 6, 2025 at 9:14 AM
⚠️ NEW PAPER ALERT!!! ⚠️ What happens when a hot droplet falls on a cool surface? This new paper by Pingan Zhu and colleagues, published in Newton's first issue, shows hot and burning droplets can bounce off cool surfaces! Read more at: www.cell.com/newton/fullt...
⚠️ NEW PERSPECTIVE ⚠️Samuel Mañas-Valero and colleagues explore the potential of two-dimensional Van der Waals magnets in harnessing spin waves in information technology ➡️ www.cell.com/newton/fullt...
February 27, 2025 at 2:03 PM
⚠️ NEW PERSPECTIVE ⚠️Samuel Mañas-Valero and colleagues explore the potential of two-dimensional Van der Waals magnets in harnessing spin waves in information technology ➡️ www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ A new study by Mirko Cinchetti and colleagues unveils ultrafast dynamics of d-d transitions in FePS₃, offering insights into relaxation mechanisms and quasiparticle interactions. Read more --> www.cell.com/newton/fullt...
February 24, 2025 at 11:03 AM
⚠️ NEW PAPER ALERT!!! ⚠️ A new study by Mirko Cinchetti and colleagues unveils ultrafast dynamics of d-d transitions in FePS₃, offering insights into relaxation mechanisms and quasiparticle interactions. Read more --> www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ New research by Andrea Morello and colleagues challenges conventional wisdom on spin precession, offering a novel protocol to certify quantumness in spin systems! Read more at: www.cell.com/newton/fullt...
February 17, 2025 at 9:47 AM
⚠️ NEW PAPER ALERT!!! ⚠️ New research by Andrea Morello and colleagues challenges conventional wisdom on spin precession, offering a novel protocol to certify quantumness in spin systems! Read more at: www.cell.com/newton/fullt...
⚠️ NEW PAPER ALERT!!! ⚠️ Exciting new work by Viggo Moro et al. introduces MultiMat, a versatile machine-learning framework for material discovery and property prediction! Check out their paper: www.cell.com/newton/fullt...
February 14, 2025 at 4:56 PM
⚠️ NEW PAPER ALERT!!! ⚠️ Exciting new work by Viggo Moro et al. introduces MultiMat, a versatile machine-learning framework for material discovery and property prediction! Check out their paper: www.cell.com/newton/fullt...
⚠️ NEW PAPER⚠️ Binghai Yan from Penn State and Weizmann Institute of Science, and collaborators, report calculations of chirality-induced spin selectivity and current-driven spin and orbital-polarization in chiral crystals. Read more here:
www.cell.com/newton/fullt...
www.cell.com/newton/fullt...
February 13, 2025 at 10:43 AM
⚠️ NEW PAPER⚠️ Binghai Yan from Penn State and Weizmann Institute of Science, and collaborators, report calculations of chirality-induced spin selectivity and current-driven spin and orbital-polarization in chiral crystals. Read more here:
www.cell.com/newton/fullt...
www.cell.com/newton/fullt...