Machines learn how to predict bioconcentrations
Neural networks bridge the gap between input data to determine the complex physical-chemical properties of organic molecules
Read article: Machines learn how to predict bioconcentrations
Read article: Machines learn how to predict bioconcentrations
Theory and simulations reveal why propagating cracks sometimes repel each other
Curious hook-like patterns explained by theoretical and numerical models
Read article: Theory and simulations reveal why propagating cracks sometimes repel each other
New knit theory could help make smart self-folding materials
Model describes how individual stiches in a knitted fabric behave when stretched
Read article: New knit theory could help make smart self-folding materials
Tool tracks nanoscale clusters in cells
Statistical algorithm allows tracking of molecular nanocluster dynamics that were too fast for previous techniques to follow
Read article: Tool tracks nanoscale clusters in cells
Water proves to be electrically dead at interfaces
The first ever measurements of the dielectric constant of confined water reveal far lower values than previously expected.
Read article: Water proves to be electrically dead at interfaces
Hybrid waveguide chip makes biomaterial imaging more accessible
Low-cost microfabrication of a new waveguide chip brings evanescent light microscopy to conventional light microscopes
Read article: Hybrid waveguide chip makes biomaterial imaging more accessible
Computers ‘learn’ how nanoparticles scatter light
Researchers use machine learning to solve inverse problems that identify the nanostructures responsible for scattering spectra
Read article: Computers ‘learn’ how nanoparticles scatter light
Getting the measure of measurement
In this episode of the Physics World Weekly podcast, Anna Demming speaks to metrology experts at the UK's National Physical Laboratory
Read article: Getting the measure of measurement
Super resolution microscopy gets a dose of deep learning
Artificial neural networks increase throughput for super-resolution microscopy with high temporal resolution
Read article: Super resolution microscopy gets a dose of deep learning
3D single-atom force sensor goes sub-attonewton
Device could be used in a number of practical areas
Read article: 3D single-atom force sensor goes sub-attonewton
