Physics of cancer

1.  Predicting cancer stages from tissue energy dissipation 

2. Uncovering enzymatic structural adaptations from energy dissipation 

3. Enhancing carrier flux for efficient drug delivery in cancer tissues 

4. Computational Model for Membrane Transporters. Potential Implications for Cancer 

Active matter and self-assembly

1. The minimal chemotactic cell 

2. Energy dissipation in ensembles of catalytic Janus particles 

3. Entropy Production in a System of Janus Particles 

4. Self-organization of Janus particles: Impact of hydrodynamic interactions in substrate consumption for structure formation 

5. Interplay of phoresis and self-phoresis in active particles: Transport properties, phoretic, and self-phoretic coefficients  

6. Optimal transport of active particles induced by substrate concentration oscillations 

7. Nonequilibrium thermodynamics of Janus particle self-assembly 

8. A criterion for the formation of nonequilibrium self-assembled structures 

9. Modelling non-equilibrium self-assembly from dissipation 

10. The role of energy and matter dissipation in determining the architecture of self-assembled structures 

11. Self-assembling outside equilibrium: emergence of structures mediated by dissipation 

12. Nonequilibrium self-assembly induced Liesegang rings in a non-isothermal system 

13. Understanding gelation as a nonequilibrium self-assembly process 

14. The lost work in dissipative self-assembly 

15. Ordering periodic spatial structures by non-equilibrium fluctuations 

Non-equilibrium statistical physics 

Transport phenomena

1. The Soret coefficient from the Faxén theorem for a particle moving in a fluid under a temperature gradient 

2. Thermophoretic torque in colloidal particles with mass asymmetry

3. Anomalous law of cooling 

4. Heat and work distributions for mixed Gauss–Cauchy process 

5. Far-from-equilibrium processes without net thermal exchange via energy sorting 

6. Anomalous diffusion and basic theorems of statistical mechanics 

7. Transition to irreversibility in sheared suspensions 

8. Khinchin theorem and anomalous diffusion 

9. Thermokinetic approach of single particles and clusters involving anomalous diffusion under viscoelastic response 

10. Giant acceleration of free diffusion by use of tilted periodic potentials

11. Controlling anomalous stresses in soft field-responsive systems 

12. The rheology of field-responsive suspensions 

13. Nonequilibrium thermodynamics and hydrodynamic fluctuations 

14. A field-oriented chain of dipolar particles in elongational flow 

15. Inertial effects in non-equilibrium thermodynamics 

16. Discretized integral hydrodynamics 

17. Thermocapillary motion of a drop in a fluid under external gradients. Faxén theorem 

18. Brownian motion in the presence of a temperature gradient 

19. Friction coefficients of axisymmetric particles in suspension 

20. Influence of hydrodynamic interactions on the adsorption process of large particles 

Stochastic processes

1. Determinants of population responses to environmental fluctuations 

2. Stochastic population dynamics in turbulent fields 

3. Gaussian noise and time-reversal symmetry in nonequilibrium Langevin models 

4. Glassy dynamics: effective temperatures and intermittencies from a two-state model 

5. Origin of the violation of the fluctuation–dissipation theorem in systems with activated dynamics 

6. Shot-noise spectroscopy of energy-resolved ballistic currents 

7. Statistical mechanics of complex networks 

8. Vorticity ratchet 

9. Noise Suppression by Noise 

10. Stochastic model for the dynamics of interacting Brownian particles 

11. Shot noise as a tool to probe an electron energy distribution 

12. Coulomb suppression of surface noise 

13. Noise suppression by noise 

14. Energy transduction in periodically driven non-Hermitian systems 

15. Shot-noise suppression in Schottky barrier diodes 

16. Scaling concepts in periodically modulated noisy systems

17. Excess noise caused by transverse inhomogeneity of conductive channels 

18. Electron-number statistics and shot-noise suppression by Coulomb correlation in nondegenerate ballistic transport 

19. Noise suppression due to long-range Coulomb interaction: crossover between diffusive and ballistic transport regimes 

20. Asymptotic analysis of the Gunn effect with realistic boundary conditions 

21. Stationary states and phase diagram for a model of the Gunn effect under realistic boundary conditions

Physical chemistry

1. Non-equilibrium molecular dynamics simulations of the thermal transport properties of Lennard-Jones fluids using configurational temperatures

2. Far-from-equilibrium kinetic processes 

3. Communication: System-size scaling of Boltzmann and alternate Gibbs entropies

4. Thermomolecular orientation of nonpolar fluids 

5.  Precursors of long-range order and local disorder in colloids 

6. Failure of the work-Hamiltonian connection for free-energy calculations

7. Formation of soft material in terms of a coupled matter migration-and-relaxation picture: a synchronous mode 

8. Model of correlated sequential adsorption of colloidal particles 

9. Breaking of scale invariance symmetry in adsorption processes 

10. Adsorption kinetics in the presence of external fields 

11. Kramers-type picture for crystal nucleation 

12. Kinetics of particles adsorption processes driven by diffusion 

13. Adsorption of colloidal particles: influence of transport (hydrodynamic interactions) 

14. Influence of hydrodynamic interactions on the ballistic deposition of colloidal particles on solid surfaces 

15. Adsorption of colloidal particles in the presence of external fields 

16. Particle-cluster aggregation with dipolar interactions 

Transport in confined systems

1.  Entropic transport in confined soft-matter and biological systems 

2. Entropic transport in a crowded medium 

3. Driving an electrolyte through a corrugated nanopore 

4. Entropy production and rectification efficiency in colloid transport along a pulsating channel 

5. Entropy facilitated active transport 

6. Entropic rectification and current inversion in a pulsating channel 

7. Rectification and non-Gaussian diffusion in heterogeneous media 

8. Entropically induced asymmetric passage times of charged tracers across corrugated channels 

9. Geometrically tuned channel permeability 

10. Engineering tube shapes to control confined transport 

11. Working under confinement 

12. Entropic electrokinetics: recirculation, particle separation, and negative mobility 

13. Optimizing the performance of the entropic splitter for particle separation 

14. Entropic transport in confined media: a challenge for computational studies in biological and soft-matter systems 

15. Cooperative rectification in small-scale systems 

16. Confined brownian ratchets 

17. Entropic effects in diffusion-adsorption processes in micropores 

18. A non-equilibrium thermodynamics model for combined adsorption and diffusion processes in micro-and nanopores 

19. Cooperative rectification in confined Brownian ratchets 

20. Entropic splitter for particle separation 

21. Thermodynamics and stochastic dynamics of transport in confined media 

22. Entropic particle transport in periodic channels 

23. Biased Diffusion in Confined Media 

24. Biased diffusion in confined media: Test of the Fick-Jacobs approximation and validity criteria 

25. Entropic transport: Kinetics, scaling, and control mechanisms 

26. Interplay of frequency-synchronization with noise: Current resonances, giant diffusion and diffusion-crests 

27. Diffusion in tilted periodic potentials: Enhancement, universality, and scaling 

28. Kinetic equations for diffusion in the presence of entropic barriers 

Stochastic resonance

1. Enhancing particle transport in deformable micro-channels 

2. Antiresonant driven systems for particle manipulation 

3. Double entropic stochastic resonance 

4. Entropic stochastic resonance: the constructive role of the unevenness 

5. Entropic stochastic resonance 

6. Stochastic resonant damping in a noisy monostable system: Theory and experiment 

7. Stochastic resonance in noisy nondynamical systems 

8. Stochastic resonance in nonpotential systems 

9. Spatiotemporal stochastic resonance in the Swift-Hohenberg equation 

10. Stochastic multiresonance 

11. Stochastic resonance in a dipole 

12. Divergent signal-to-noise ratio and stochastic resonance in monostable systems 

13. Stochastic Resonance in a Dipole 

14. Stochastic resonance in a system of ferromagnetic particles

15. Effect of the output of the system in signal detection 

16. Noise and periodic modulations in neural excitable media

Small systems and nanothermodynamics

1. A Legendre–Fenchel transform for molecular stretching energies 

2. Gibbs thermodynamics and surface properties at the nanoscale 

3. Statistical mechanics at strong coupling: A bridge between Landsberg’s energy levels and Hill’s nanothermodynamics 

4. Strong coupling and nonextensive thermodynamics 

5. Negative thermophoretic force in the strong coupling regime 

6. Role of interfacial entropy in the particle-size dependence of thermophoretic mobility

7. Entropy production beyond the thermodynamic limit from single-molecule stretching simulations

8. Thermodynamics far from the thermodynamic limit 

9. Finite systems in a heat bath: spectrum perturbations and thermodynamics 

10. Some conceptual thoughts toward nanoscale oriented friction in a model of articular cartilage

11. Temperature at small scales: a lower limit for a thermodynamic description 

12. Non-equilibrium thermodynamics of small-scale systems 

13. Thermodynamics for single-molecule stretching experiments 

Mesoscopic non-equilibrium thermodynamics

1. A Thermodynamic Framework for Stretching Processes in Fiber Materials  

2. Kinetics and energetics of chemical reactions through intermediate states 

3. Non-isothermal activation kinetics 

4. Local quasi-equilibrium description of multiscale systems 

5. Mesoscopic Thermodynamics for the Dynamics of Small-Scale Systems 

6. Mesoscopic Non-equilibrium Thermodynamics in Biology 

7. Non-equilibrium thermodynamics for nucleation kinetics 

8. Kinetic Theory of Nucleation and Growth in Polymers 

9. Chemical cycle kinetics: removing the limitation of linearity of a non-equilibrium thermodynamic description 

10. Coarse-graining and thermodynamics in far-from-equilibrium systems 

11. Mesoscopic non-equilibrium thermodynamic analysis of molecular motors 

12. Mesoscopic thermodynamics 

13. Mesoscopic non-equilibrium thermodynamics: application to radiative heat exchange in nanostructures

14. Controlling protein crystal growth rate by means of temperature 

15. Bringing thermodynamics to non‐equilibrium microscopic processes 

16. Statistical description of the shear-induced diffusion of a suspension of non-Brownian particles 

17. Transition to irreversibility in sheared suspensions: An analysis based on a mesoscopic entropy production

18. Equilibrium and linear transport properties of fluids-Transition to irreversibility in sheared suspensions: An analysis based on a mesoscopic entropy production  

19. Thermodynamics “beyond” local equilibrium 

20. Energy transduction in biological systems: A mesoscopic non-equilibrium thermodynamics perspective

21. Mesoscopic Non-equilibrium Thermodynamics of Polymer Crystallization  

22. A Thermodynamic Description of Active Transport 

23. The mesoscopic dynamics of thermodynamic systems 

24. On the dynamics of polymers in solution 

25. Active transport: a kinetic description based on thermodynamic grounds 

26. On temperature-and space-dimension dependent matter agglomerations in a mature growing stage 

27. Mesoscopic thermodynamics of stationary non-equilibrium states 

28. Slow dynamics and local quasi-equilibrium—relaxation in supercooled colloidal systems 

29. Local quasi-equilibrium description of slow relaxation systems 

30. Mesoscopic nonequilibrium thermodynamics gives the same thermodynamic basis to butler− volmer and nernst equations 

31. Homogeneous nucleation in inhomogeneous media. I. Nucleation in a temperature gradient 

32. Homogeneous nucleation in inhomogeneous media. II. Nucleation in a shear flow 

33. Nonequilibrium translational effects in evaporation and condensation 

34. On the two principal curvatures as potential barriers in a model of complex matter agglomeration 

35. Nonequilibrium thermodynamics versus model grain growth: derivation and some physical implications 

36. Memory effects in nonlinear transport: kinetic equations and ratchet devices 

37. Kinetic Theory of Nucleation in Polymers 

38. Nonequilibrium thermodynamics of colloids 

39. A mesoscopic approach to the slow dynamics of supercooled liquids and colloidal systems 

40. Nonequilibrium translational-rotational effects in nucleation 

41. Mesoscopic non-equilibrium thermodynamics approach to the dynamics of polymers 

42. Diffusion in stationary flow from mesoscopic nonequilibrium thermodynamics 

43. A mesoscopic approach to the “negative” viscosity effect in ferrofluids 

44. Periodic modulation induced increase of reaction rates in autocatalytic systems 

45. Simultaneous Brownian motion of N particles in a temperature gradient 

46. Fluctuating hydrodynamics approach to chemical reactions 

Biophysics

Proteins

1. Chaperone-driven entropic separation of amyloid nanofilament bundles 

2. Entropic stabilization of Cas4 protein SSO0001 predicted with Popcoen 

3. Prediction of protein configurational entropy (popcorn) 

4. Testing the mutual information expansion of entropy with multivariate Gaussian distributions 

5. Thermal motion in proteins: Large effects on the time-averaged interaction energies 

6. Vibrational entropy of a protein: large differences between distinct conformations 

7. Heat transfer in protein–water interfaces 

8. Unifying thermodynamic and kinetic descriptions of single-molecule processes: RNA unfolding under tension 

9. Inferring the in vivo looping properties of DNA. 

Protein channels  and molecular motors

1. Extrasynaptic communication

2. Thermodynamic efficiency of somatic exocytosis of serotonin 

3. Biophysics of active vesicle transport, an intermediate step that couples excitation and exocytosis of serotonin in the neuronal soma 

4. On the thermodynamic efficiency of Ca2+-ATPase molecular machines 

5. Protein motors induced enhanced diffusion in intracellular transport 

6. Somatic exocitosis of serotonin mediated by a molecular motor 

7. Energy dissipation in slipping biological pumps 

Heat transfer at the nanoscale and Casimir forces

1. Nanoscale nonlocal thermal transport and thermal field emission in high-current resonant tunnel structures 

2. Field emission in vacuum resonant tunneling heterostructures with high current densities 

3. Radiative heat transfer between two carbon nanotubes 

4. Casimir forces between two carbon nanotubes 

5. Casimir forces exerted by epsilon-near-zero hyperbolic materials

6. Saturation of radiative heat transfer due to many-body thermalization 

7. Radiative heat shuttling 

8. Surface currents in Hall devices 

9. Equilibrium and nonequilibrium thermodynamics of a photon gas in the near field

10. Towards Joule heating optimization in Hall devices 

11. Conditions for the generation of spin and charge currents in bulk spin Hall devices 

12. Multiscale model for the dielectric permittivity

13. Lateral-drag propulsion forces induced by anisotropy 

14. Theory of Casimir forces without the Proximity-Force approximation 

15. Near-field thermodynamics and nanoscale energy harvesting 

16. Heat engine driven by photon tunneling in many-body systems 

17. Near-field thermodynamics: Useful work, efficiency, and energy harvesting 

18. Thermodynamics and energy conversion of near-field thermal radiation: Maximum work and efficiency bounds 

19. A thermokinetic approach to radiative heat transfer at the nanoscale

20. Carbon-nanotube-based motor driven by a thermal gradient 

21. Dipolar transformations of two-dimensional quantum dots arrays proven by electron energy loss spectroscopy 

22. Magnetization dynamics in the inertial regime: Nutation predicted at short time scales 

23. Non-equilibrium Stefan–Boltzmann law 

24. Heat exchange between two interacting nanoparticles beyond the fluctuation-dissipation regime 

25. Magnetization reversal driven by spin injection: A diffusive spin-transfer effect 

26. Heat transfer between nanoparticles: Thermal conductance for near-field interactions 

27. Magnetization reversal driven by spin-injection: a mesoscopic spin-transfer effect 

28. Superdiffusive conduction: AC conductivity with correlated noise 

29. Fluctuations in electromagnetic systems 

30. Quantum suppression of shot noise in field emitters 

31. Quantum partition noise in field emission currents 

Magnetization dynamics

1. Magnetization dynamics in the inertial regime: Nutation predicted at short time scales 

2. Magnetization reversal driven by spin injection: A diffusive spin-transfer effect 

3. Magnetization reversal driven by spin-injection: a mesoscopic spin-transfer effect 

4. Field-induced force-suppression in ferromagnetic colloids 

5. Dipolar interactions induced order in assemblies of magnetic particles 

6. Chaining in magnetic colloids in the presence of flow 

7. Ballistic adsorption of colloidal magnetic particles 

8. Fractal properties of cluster of colloidal magnetic particles 

9. Low temperature viscosity in elongated ferrofluids 

10. Long-range-interaction induced ordered structures in deposition processes

11. On the dynamics of magnetic colloidal particles and holes 

12. Dynamic properties of magnetic colloidal particles: Theory and experiments 

13. Rotating magnetic field-induced rotations of magnetic holes 

14. Frequency‐dependent viscosity of a ferrofluid 

15. Relaxation dynamics in suspensions of ferromagnetic particles 

16. Relaxation dynamics in systems of magnetic particles 

17. The viscosity of a suspension of ferromagnetic rod-like particles 

18. Dynamics of ferromagnetic particles in suspension; contribution of the energy of anisotropy 

19. Ferrofluids. Hydrodynamical and statistical aspects

Non-equilibrium physics of semiconductors and superconductors

1. Negative excess noise in ballistic conductors

2. Self-consistent theory of current and voltage noise in multimode ballistic conductors

3. Semiconductors II: Surfaces, interfaces, microstructures, and related topics-Self-consistent theory of current and voltage noise in multimode ballistic conductors 

4. Shot-noise suppression by Fermi and Coulomb correlations in ballistic conductors 

5. Suppression of non-Poissonian shot noise by Coulomb correlations in ballistic conductors

6. Self-consistent theory of shot noise in nondegenerate ballistic conductors 

7. Fluctuations generated at semiconductor interfaces

8. Universality of the 1/3 shot-noise suppression factor in nondegenerate diffusive conductors

9. Extension of the impedance field method to the noise analysis of a semiconductor junction: Analytical approach 

10. Spatial correlations across  semiconductor junctions 

11. Non-equilibrium thermodynamic description of junctions in semiconductor devices 

12. Non-equilibrium thermodynamics of thermionic emission processes in abrupt semiconductor junctions, including the effects of surface states

Miscellaneous

1. Thermodynamic Insights into Symmetry Breaking: Exploring Energy Dissipation across Diverse Scales 

2.  In situ study of chiral symmetry breaking in sodium chlorate solutions by Mueller matrix polarimetry 

3. Chiral symmetry breaking induced by energy dissipation 

4. Modified Thirring model beyond the excluded-volume approximation 

5. Monte Carlo simulations in the unconstrained ensemble 

6. Molecular fields and statistical field theory of fluids: Application to interface phenomena 

7. Derivation of the refractive index of lipid monolayers at an air-water interface 

8. Optimal resting-growth strategies of microbial populations in fluctuating environments 

9. Finite-size effects in microrheology 

10. Some recent advances in black hole thermodynamics 

11. Thermodynamical fluctuations of massive black holes 

12. On the origin of plankton patchiness 

13. Theory of surface noise under Coulomb correlations between carriers and surface states 

14. Local noise analysis of a Schottky contact: Combined thermionic-emission–diffusion theory 

15. Relation for the nonequilibrium population of the interface states: Effects on the bias dependence of the ideality factor 

Perspectives

1. Mesoscopic Thermodynamics for the Dynamics of Small-Scale Systems 

2. Entropic diffusion in confined soft-matter and biological systems 

3. Mesoscopic thermodynamics 

4. Bringing thermodynamics to non‐equilibrium microscopic processes 

5. Anomalous diffusion and basic theorems of statistical mechanics 

6. The Second Law for Small Systems 

7. Non-equilibrium thermodynamics of small-scale systems 

8. Non-equilibrium fluctuations: Noise and correlation functions in some systems 

9. Fluctuations around equilibrium 

10. Fluctuations in electromagnetic systems