Daniel de las Heras

[Phys.org @physorg_com]

AI method for describing #softMatter opens up new chapter in #density functional theory @unibt @PNASNews @arxiv https://t.co/5dEPxGr0vp https://t.co/tcoaDJkG55

[Nature Communications @NatureComms]

.@esmectico @unibt use nonperiodic energy landscapes and topological protection to transport a collection of identical colloidal particles simultaneously and independently #colloids #softmatter #topology #GettingApplied
https://t.co/KBH5i0QkxE

[Daniel de las Heras @esmectico]

An exact Noether sum rule interrelates three two-body correlation functions providing insights into the nature of liquids:

Noether-Constrained Correlations in Equilibrium Liquids. Phys. Rev. Lett. 130, 268203 (2023)
https://t.co/2l3YueEASW

[Journal of Physics: Condensed Matter @JPhysCM]

Watch below⬇️to find out more about the recent #OpenAccess perspective article 'Perspective: How to overcome dynamical density functional theory' in #JPCM! 📎: https://t.co/c3rOpFrTty. @IOPmaterials @IOPPublishing @unibt Authors: @_SophieHermann @esmectico

[Alessio Zaccone 🇺🇦 @ZacconeAlessio]

Glad to announce the 1st Milan Workshop on the #Physics of #Complex Systems @LaStatale with many talks on statistical physics, soft matter, AI, biophysics, disordered systems, plasma physics, from all over Europe. @albvai @SZapperi @GuidoTiana @AgneseSeminara @esmectico

[Daniel de las Heras @esmectico]

Reduced-variance orientational distribution functions from torque sampling https://t.co/e4caCGEWPe via @JPhysCM

[Daniel de las Heras @esmectico]

Perspective published in @JPhysCM. Overcoming dynamical density functional theory with power functional theory and machine learning.

Perspective: How to overcome dynamical density functional theory
J. Phys.: Condens. Matter 35, 271501 (2023)
https://t.co/H1zBJ4JYNr

[Daniel de las Heras @esmectico]

Our recent paper on sedimentation of colloidal rods is now published on @softmatter:

Effect of sample height and particle elongation in the sedimentation of colloidal rods
Soft Matter, 2023,19, 2214-2223
https://t.co/CPYyxfZGx9

[Daniel de las Heras @esmectico]

Sedimentation of mass-polydisperse colloidal systems published in @JChemPhys:
J. Chem. Phys. 157, 234901 (2022); https://t.co/BvliCySQQ8

[Daniel de las Heras @esmectico]

Phys. Rev. E 106, 034601 (2022) - Colloidal transport in twisted lattices of optical tweezers https://t.co/yCObDv2ebr

[Daniel de las Heras @esmectico]

Shear and Bulk Acceleration Viscosities in Simple Fluids
Phys. Rev. Lett. 128, 094502 (2022)
https://t.co/nbtqsxnCF0

[Daniel de las Heras @esmectico]

Power functional theory describes the dynamics of many-body systems using a one-body variational principle: https://t.co/69vnBEtyoa

[Communications Physics @CommsPhys]

Here, @esmectico et al theoretically propose an analogue twisted bilayer system consisting of patterns of magnetic colloidal particles that exhibit enhanced particle mobility at specific twist angles. @unibt https://t.co/7ox5oJzRzj

[Physical Review Research @PhysRevResearch]

Sedimentation of colloidal plate-sphere mixtures and inference of particle characteristics from stacking sequences, Tobias Eckert, Matthias Schmidt, and Daniel de las Heras @unibt @esmectico #softmatter #statisticalphysics https://t.co/wo7e2AxlmY

[Communications Physics @CommsPhys]

Hermann and Schmidt consider Statistical Mechanical objects, such as the free energy and density and power functionals to derive exact force and torque sum rules.
https://t.co/CIlOOtGBwK

[Communications Physics @CommsPhys]

De las Heras et al. present a theoretical approach based on sedimentation paths to predict the effect of gravity on the emergence of different sedimentation phases in mixtures of anisotropic colloids. @unibt @esmectico https://t.co/6KZ6O410KN

[Daniel de las Heras @esmectico]

Simultaneous polydirectional transport of colloidal bipeds
https://t.co/pa6E7vqsFI

[Physical Review E @PhysRevE]

Phase coexistence of active Brownian particles, Sophie Hermann, Philip Krinninger, Daniel de las Heras, and Matthias Schmidt #activematter #softmatter #statisticalmechanics https://t.co/EBwbm7qCJ6

[Nature Reviews Physics @NatRevPhys]

In the very 1st issue of the brand new @CommsPhys a report on a magnetic colloidal tabletop 'experimental simulation' of a topological insulator: bulk particles move in closed orbits and edge particles have skipping orbits https://t.co/9FjkuSf1fv