How does medical ultrasound imaging work?
Mathias Fink explains how doctors and dolphins use the same technology
Read article: How does medical ultrasound imaging work?
Read article: How does medical ultrasound imaging work?
New microscope makes movies of tiny live specimens
Optical-lattice technique has a lighter touch with living samples
Read article: New microscope makes movies of tiny live specimens
Synchrotron X-rays track fluids in the lungs
New non-invasive technique could help monitor cystic-fibrosis treatments
Read article: Synchrotron X-rays track fluids in the lungs
The wonderful world of ultrasound
From levitating tiny balls to safeguarding bridges, ultrasound has more applications than you might think
Read article: The wonderful world of ultrasound
Nanoparticles open a new window into the brain
New imaging technique could help treat strokes, cancer and dementia
Read article: Nanoparticles open a new window into the brain
New medical probe combines sound and electromagnetic induction
Technique could give doctors a “feel” for internal organs
Read article: New medical probe combines sound and electromagnetic induction
New proton detectors could lead to better cancer treatment
Sensors can track multiple protons in a therapeutic beam
Read article: New proton detectors could lead to better cancer treatment
Functional MRI tracks neurotransmitters
Method could study important brain functions by mapping neural signals
Read article: Functional MRI tracks neurotransmitters
Roll over, Boltzmann
Jon Cartwright examines whether a new form of entropy can revolutionize our understanding of disorder
Read article: Roll over, Boltzmann
Shape matters when nanoparticles fight cancer
Tiny rods and cubic cages move deep into tumours
Read article: Shape matters when nanoparticles fight cancer
