Final results from a long-running U.S.-based experiment show a tiny particle continues to act strangely -- but that’s still good news for the laws of physics as we know them.

This study introduces a valuable spring-bead model for epithelial cell layers, designed to improve previous cell-resolved approaches and to understand the connection between the biophysics of ...

Magnetomotive Ultrasound (MMUS) is an emerging imaging modality, in which magnetic nanoparticles (MNPs) are used as contrast agents. MNPs are driven by a time-varying magnetic force, and the resulting ...

This paper is, thus, concerned with online short-term SOH estimation and long-term RUL prediction using Brownian motion (BM) based degradation model and particle filtering (PF). The proposed model ...

Self-powered catalytic micromotors that swim through a fluid by harvesting energy from their environment have received increasing attention because of their potential applications in nanomachinery, ...

Biosensing by particle motion (BPM) is a particle-based continuous sensing methodology with single-molecule resolution. The technique relies on reversible, affinity-based interactions between ...

The spectra of nuclei consisting of closed shells with an additional single particle, or with a single hole, provide especially detailed and quantitative evidence on the nuclear independent-particle ...

Feret aspect ratio closer to 1 indicates a particle more round, smooth and equiaxial and, consequently, the inter-particle motion is easier, providing better powder packing ability and rheology ...

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Models a charged particle moving in a magnetic dipole, and displays the three adiabatic invariants, written in C, matlab, and python. plasma plasma-physics magnetic-mirror adiabatic-invariants ...