Pith. sign in

INDEX

Every paper Pith has read and judged, in one searchable index.

1,290 reviewed papers in physics.bio-ph · newest first · page 21

Pith rank means recent reader upvotes with each upvote's ranking weight halved after 24 hours. The archive itself is sorted by arXiv submission date.

  1. cond-mat.soft arXiv submitted 2025-01-28
    Chiral rotor pairs move straight or circle on their own

    R. Maity +2 · “Active chiral rotors: hydrodynamics and chemotaxis”

    2501.16835
  2. physics.bio-ph arXiv submitted 2025-01-28
    Chromatin is a fractal globule and a Rouse chain at once

    Andr\'es H. Cardona +3 · “Bridging spatial and temporal scales of developmental gene regulation”

    2501.16799
  3. cond-mat.soft arXiv submitted 2025-01-24
    Plant cells sit on the optimal ridge for packing chloroplasts

    Nico Schramma +2 · “Optimal disk packing of chloroplasts in plant cells”

    2501.14335
  4. physics.bio-ph arXiv submitted 2025-01-23
    Charge position, not charge count, sets how much RNA a virus packs

    Mohammadamin Safdari +4 · “Impact of the RNA Binding Domain Localization of the Protein Shell on Virus Particle Stability”

    2501.13891
  5. q-bio.QM arXiv submitted 2025-01-23
    Classical reaction rates overestimate membrane receptor uptake

    Anil Cengiz +1 · “Reaction kinetics of membrane receptors: a spatial modeling approach”

    2501.13837
  6. cond-mat.soft arXiv submitted 2025-01-23
    Fibrous networks keep a memory of past pulls

    Mainak Sarkar +2 · “Geometry-Driven Mechanical Memory in a Random Fibrous Matrix”

    2501.13409
  7. cond-mat.stat-mech arXiv submitted 2025-01-22
    Weighing desert bushes reveals hidden large-scale order

    Ayana Ezoe +2 · “Weighted Point Configurations with Hyperuniformity: An Ecological Example and Models”

    2501.12807
  8. physics.comp-ph arXiv submitted 2025-01-22
    Transformer IDs knots 4,500 times faster than math

    Zhiyu Zhang +2 · “Recognizing and generating knotted molecular structures by machine learning”

    2501.12780
  9. physics.bio-ph arXiv submitted 2025-01-22
    Cell heterogeneity, not average response, sets tumor treatment outcome

    Uzi Harush +2 · “Efficient treatment of heterogeneous malignant cell populations”

    2501.12691
  10. physics.comp-ph arXiv submitted 2025-01-21
    Path sampling holds 70% efficiency on 3,500 GPUs

    Nitin Malapally +4 · “Extreme scaling of the metadynamics of paths algorithm on the pre-exascale JUWELS Booster supercomputer”

    2501.11962
  11. physics.flu-dyn arXiv submitted 2025-01-20
    Squeezed larvae sprout extra vortices as plates close in

    Bikram D. Shrestha +5 · “A universal hydrodynamic transition in confined marine invertebrate larvae”

    2501.11744
  12. cond-mat.soft arXiv submitted 2025-01-20
    Membrane stiffness sets how nanopillars kill bacteria

    Akash Singh +3 · “Nanopillar-Driven Antibacterial Surfaces: Elucidating Bactericidal Mechanisms and Engineering Nanostructures for Enhanced Efficacy”

    2501.11727
  13. cond-mat.soft arXiv submitted 2025-01-20
    Volume changes, not surface bending energy, drive membranes

    Yannick A. D. Omar +2 · “The $(2+\delta)$-dimensional theory of the electromechanics of lipid membranes: III. Constitutive models”

    2501.11612
  14. physics.chem-ph arXiv submitted 2025-01-20
    This paper measures how energy relaxation and vibrational coherence differ among three…

    Masaaki Tsubouchi +4 · “Dependence of energy relaxation and vibrational coherence on the location of light-harvesting chromoproteins in photosynthetic antenna protein complexes”

    2501.11308
  15. physics.med-ph arXiv submitted 2025-01-19
    Soft liquid-metal coils wirelessly harvest 178 mW/cm2

    Denis Rocha +4 · “Miniaturized liquid metal composite circuits with energy harvesting coils for battery-free bioelectronics and optogenetics”

    2501.11016
  16. physics.bio-ph arXiv submitted 2025-01-18
    One microtubule equation yields all three known soliton types

    Slobodan Zdravkovi\'c · “Microtubules: dynamics, soliton waves, some roles in the cell”

    2501.10614
  17. physics.bio-ph arXiv submitted 2025-01-16
    Read a bacterium's magnetic moment from its U-turn width

    Mara Smite +5 · “Explicit and fully automatic analysis of magnetotactic bacteria motion reveals the magnitude and length scaling of magnetic moments”

    2501.09869
  18. physics.bio-ph arXiv submitted 2025-01-16
    Derive Langevin reaction kernels that provably match overdamped limits

    Samuel A. Isaacson +3 · “A Macroscopically Consistent Reactive Langevin Dynamics Model”

    2501.09868
  19. q-bio.NC arXiv submitted 2025-01-16
    Node-level modularity flags MCI patients who convert to Alzheimer's

    Avalon Campbell-Cousins +4 · “Multiplex Nodal Modularity: A novel network metric for the regional analysis of amnestic mild cognitive impairment during a working memory binding task”

    2501.09805
  20. cond-mat.soft arXiv submitted 2025-01-16
    Wheel speeds set dry sliding friction: median is the key

    Rohan Shah +1 · “Active contacts create controllable friction”

    2501.09746
  21. cond-mat.stat-mech arXiv submitted 2025-01-16
    For long DNA, looping time tracks inverse loop probability

    Wout Laeremans +1 · “Theoretical Models for Tension-Dependent DNA Looping Time”

    2501.09584
  22. q-bio.PE arXiv submitted 2025-01-16
    Modular pH gradients control bacterial bands

    John S. Chuang +2 · “Bacterial proliferation pattern formation”

    2501.09546
  23. physics.bio-ph arXiv submitted 2025-01-16
    Small catalyst population revives dormant bacteria

    Eleonora Alfinito +1 · “The sleeping bacterium: shedding light on the resuscitation mechanism”

    2501.09366
  24. physics.bio-ph arXiv submitted 2025-01-15
    Hidden currents break enzyme waiting-time symmetry

    D. Evan Piephoff +1 · “First-Passage Time Fluctuation Theorem and Thermodynamic Bound in Cooperative Biomolecular Networks”

    2501.09087
  25. cond-mat.stat-mech arXiv submitted 2025-01-15
    Scale-by-scale noise beats standard diffusion at a tenth of the steps

    Kanta Masuki +1 · “Generative diffusion model with inverse renormalization group flows”

    2501.09064
  26. physics.chem-ph arXiv submitted 2025-01-15
    Hessian distillation makes force fields 20x faster

    Ishan Amin +2 · “Towards Fast, Specialized Machine Learning Force Fields: Distilling Foundation Models via Energy Hessians”

    2501.09009
  27. cond-mat.soft arXiv submitted 2025-01-15
    WeTICA recovers unfolding kinetics at a tenth of the event time

    Sudipta Mitra +2 · “WeTICA: A directed search weighted ensemble based enhanced sampling method to estimate rare event kinetics in a reduced dimensional space”

    2501.08926
  28. q-bio.TO arXiv submitted 2025-01-15
    First female pelvis fracture risk curves for lap-belt loads

    Connor Hanggi +5 · “Female and Combined Male-Female Injury Risk Functions for the Anterior Pelvis Under Frontal Lap Belt Loading Conditions”

    2501.08911
  29. cond-mat.soft arXiv submitted 2025-01-15
    Square vs circle edge delays first disclination in curved crystals

    Yankang Liu +3 · “General Solution for Elastic Networks on Arbitrary Curved Surfaces in the Absence of Rotational Symmetry”

    2501.08894
  30. cond-mat.soft arXiv submitted 2025-01-15
    Protein motion is fully ergodic on pico-to-nanosecond timescales

    Luca Maggi · “Investigation on non-ergodicity of protein dynamics”

    2501.08754
  31. cond-mat.soft arXiv submitted 2025-01-15
    Machine learning can teach microswimmers to navigate and cooperate

    Hartmut L\"owen +1 · “Towards Intelligent Active Particles”

    2501.08632
  32. cond-mat.soft arXiv submitted 2025-01-14
    Non-motile dumbbells gain collective motion above packing fraction 0.4

    Urvi Mahendra Bora +1 · “Hydrodynamics-driven phase-locking and collective motility of sessile active dumbbells”

    2501.08065
  33. cond-mat.soft arXiv submitted 2025-01-14
    3D loop windings decide whether bacteria expand or shrink them

    Zeyang Mou +3 · “Simulations of Three-dimensional Nematic Guidance of Microswimmers”

    2501.07816
  34. physics.bio-ph arXiv submitted 2025-01-13
    Bacteria embed in cytoskeleton scaffolds without breaking the mesh

    Katarina Matic +9 · “Active and passive crosslinking of cytoskeleton scaffolds tune the effects of cell inclusions on composite structure”

    2501.07656
  35. physics.bio-ph arXiv submitted 2025-01-12
    Only subsonic DNA kinks survive

    Anna Batova +2 · “Stability analysis of solutions in the helicoidal Peyrard-Bishop model of DNA molecule”

    2501.06967
  36. q-bio.CB arXiv submitted 2025-01-12
    Nanorod surface charge sets bacterial SERS signal strength

    Jia Dong +6 · “Interplay of Electrostatic Interaction and Steric Repulsion between Bacteria and Gold Surface Influences Raman Enhancement”

    2501.06759
  37. physics.bio-ph arXiv submitted 2025-01-09
    Phantom-tone tuning sharply boosts frequency selectivity

    Justin Faber +4 · “A Mosquito-Inspired Theoretical Framework for Acoustic Signal Detection”

    2501.05576
  38. physics.bio-ph arXiv submitted 2025-01-09
    Five drag regimes for spinning caps inside curved membranes

    Marco Vona +1 · “Rotational mobility in spherical membranes: The interplay between Saffman-Delbr\"uck length and inclusion size”

    2501.05367
  39. physics.bio-ph arXiv submitted 2025-01-09
    Flower fibre is stronger than cotton or jute

    M. M. Rahman +4 · “Physical and chemical characterization of Saccharum spontaneum flower fibre: potential applications in thermal insulation and microbial fuel cells”

    2501.05324
  40. cond-mat.soft arXiv submitted 2025-01-09
    Passive droplets can destabilize inside active liquid crystals

    Tanumoy Dhar +2 · “Stability of co-annular active and passive confined fluids”

    2501.04918
  41. physics.bio-ph arXiv submitted 2025-01-08
    Cell death collapses to one quasi-particle that filters stress

    Felix Meige +4 · “Universal quasi-particle kinetics control the cell death decision”

    2501.04862
  42. physics.bio-ph arXiv submitted 2025-01-08
    Tractions can propel, not just resist, epithelial defects

    Pradip K. Bera +3 · “Traction and Stress Control Formation and Motion of +1/2 Topological Defects in Epithelial Cell Monolayers”

    2501.04827
  43. physics.bio-ph arXiv submitted 2025-01-08
    Trapped enzymes report each catalytic cycle as a current jump

    Tracy Quynh Ha +11 · “Real-Time, Label-free Electrical Transduction of Catalytic Events in a Single-Protein Redox Enzymatic Junction”

    2501.04589
  44. physics.chem-ph arXiv submitted 2025-01-08
    Memory friction pushes transition-path peaks above 1/2

    Florian N. Br\"unig +3 · “Non-Markovianity increases transition path probability”

    2501.04512
  45. physics.med-ph arXiv submitted 2025-01-08
    Power Doppler can grade kidneys during machine perfusion

    Yitian Fang +7 · “Enhancing kidney quality assessment: Power Doppler during normothermic machine perfusion”

    2501.04457
  46. math.NA arXiv submitted 2025-01-08
    Model shows how RhoA–FAK feedback keeps cell deformation constant

    Sofie Verhees +2 · “Mathematical Modelling of Mechanotransduction via RhoA Signalling Pathways”

    2501.04407
  47. math.NA arXiv submitted 2025-01-07
    Low-entropy cuts beat expert partitioning in network simulations

    Lukas Einkemmer +2 · “Automatic partitioning for the low-rank integration of stochastic Boolean reaction networks”

    2501.04157
  48. physics.bio-ph arXiv submitted 2025-01-07
    Red blood cell clumping boosts blood flow up to 30%

    Mehdi Abbasi +1 · “Red blood cells aggregates transport for finite concentration”

    2501.03860
  49. physics.bio-ph arXiv submitted 2025-01-06
    Two antibiotic response regimes are generic

    Barnabe Ledoux +1 · “Inhibition of bacterial growth by antibiotics : A minimal model”

    2501.02944
  50. physics.bio-ph arXiv submitted 2025-01-06
    Magnetic nanoparticles move a chromosome locus inside living cells

    Fanny Delille (LPEM) +9 · “Sulfobetaine-Phosphonate Block Copolymer Coated Iron Oxide Nanoparticles for Genomic Locus Targeting and Magnetic Micromanipulation in the Nucleus of Living Cells”

    2501.02836