Far-UVC light zaps airborne pathogens in realistic conditions
Technology could make indoor areas as safe as outdoors, say physicists
Read article: Far-UVC light zaps airborne pathogens in realistic conditions
Read article: Far-UVC light zaps airborne pathogens in realistic conditions
Super-resolution microscopy reveals coronavirus-replicating machinery
Technique could provide fresh insights into the life cycle of viruses like SARS-Cov-2
Read article: Super-resolution microscopy reveals coronavirus-replicating machinery
Bacterial swimming in complex fluids better understood with new experiment, model
Study sheds new light on how bacteria swim in complex fluids
Read article: Bacterial swimming in complex fluids better understood with new experiment, model
Simulations shed light on interactions that help spiders fly
Researchers reveal how some spiders can float and drift like a balloon by exploiting the electric field present in the atmosphere
Read article: Simulations shed light on interactions that help spiders fly
The Human Organ Atlas: a ‘Google Earth’ for our bodies
A visionary biophysics project has emerged from the COVID-19 pandemic
Read article: The Human Organ Atlas: a ‘Google Earth’ for our bodies
Drawing up a ‘Google Earth’ of the human body
A new synchrotron-imaging technique is helping researchers shed a new light on human anatomy. Jon Cartwright zooms in
Read article: Drawing up a ‘Google Earth’ of the human body
The first electron counts – how anaerobic microbes ‘breathe’ iron
Only the first of two electrons transferred from a cell to an external mineral determines the rate of iron-based bacterial respiration
Read article: The first electron counts – how anaerobic microbes ‘breathe’ iron
Ultrafast cryo-arrest of living cells reveals biomolecular patterns with unprecedented resolution
Fluorescence microscopy technique enables observation of biomolecular patterns in their native state down to the nanometre scale, by rapidly cooling cells to –196 °C
Read article: Ultrafast cryo-arrest of living cells reveals biomolecular patterns with unprecedented resolution
From form comes function: moving from random to deterministic organoid patterning
A method for extrinsically controlling stem cells’ differentiation arises from geometrical constraints in the cells’ microenvironment
Read article: From form comes function: moving from random to deterministic organoid patterning
Brain tumours spread by exploiting fundamental physics
Elastic cells favour malignant tumour growth
Read article: Brain tumours spread by exploiting fundamental physics
