How silicon photonics screens for heart disease
The European CARDIS project aims to use silicon photonics to allow large-scale screening of populations for cardiovascular risk
Read article: How silicon photonics screens for heart disease
Read article: How silicon photonics screens for heart disease
The phase technique for imaging cellular systems
Quantitative phase imaging is a powerful, non-invasive and quantitative microscopy technique that allows multi-scale imaging of cellular systems
Read article: The phase technique for imaging cellular systems
Portable ‘battlefield MRI’ comes out of the lab
Ultralow-field device could aid soldiers and developing-world field hospitals
Diamond cavity boosts magnetic-field detection
New sensor could be used to study the brain and heart
Read article: Diamond cavity boosts magnetic-field detection
Gold nanotubes sizzle cancer cells
Tiny structures could be used to image and destroy tumours
Read article: Gold nanotubes sizzle cancer cells
Novel nanoparticle boosts six different medical-imaging techniques
Particle enables deep-tissue, PET and photoacoustic imaging, as well as CT scanning
Read article: Novel nanoparticle boosts six different medical-imaging techniques
Physics World 2015 Focus on Medical Imaging now live
Everything from trends in medical imaging to new ways of producing medical isotopes and beyond
Making the invisible visible: the potential of X-ray phase-contrast imaging
Techniques that exploit the phase of X-rays, not just their absorption, have the potential to transform X-ray imaging in hospitals
Read article: Making the invisible visible: the potential of X-ray phase-contrast imaging
A clinical take on molecular imaging
Transitioning molecular imaging from a preclinical technique to a standard clinical tool could help detect the very earliest stages of disease
Read article: A clinical take on molecular imaging
Medical-isotope breakthrough made at Canadian lab
Photo-neutron production of commercial molybdenum-99 is a first
Read article: Medical-isotope breakthrough made at Canadian lab
