Read article: X-ray diffraction microscopy peers into tiny cells
X-ray diffraction microscopy peers into tiny cells
'Plunge-freezing' living cells could improve 3D imaging
Read article: X-ray diffraction microscopy peers into tiny cells
Read article: Why blood cells move in slippers
Why blood cells move in slippers
Study might show why cells take on lopsided shape
Read article: Lotus leaves shake off water
Lotus leaves shake off water
Vibrations maintain water-repellency in nature
Read article: Nanopores sequence DNA
Nanopores sequence DNA
New technique could detect markers for genetically inherited diseases
Propelling bacteria ease liquid flow
Synchronized swimming of bacteria reduces the viscosity of fluid
Read article: ‘Supermicroscope’ shrunk down to lab-size
‘Supermicroscope’ shrunk down to lab-size
Laser-generated X-rays could blast away synchrotron facilities, claim researchers
Read article: Opposites don’t always attract
Opposites don’t always attract
Researchers explain why oppositely charged droplets can bounce off one another
Read article: Ultra-strong Velcro-like fastener inspired by birds
Ultra-strong Velcro-like fastener inspired by birds
Steely hook and loop fastener could hold aeroplanes together
Read article: Acoustic tweezers put the pinch on living cells
Acoustic tweezers put the pinch on living cells
Device is smaller and more efficient than optical tweezers
Read article: Of gluons, atoms and strings
Of gluons, atoms and strings
An unusual alliance between physicists who study ultrahot plasmas and ultracold atoms is yielding intriguing results – and may even lead to an experimental test for string theory, as
