
Nanoparticles enable deep-brain manipulation
Nanoparticles that convert NIR to blue-green light enable non-invasive modulation of neural activity deep inside the brain
Thank you for registering with Physics World
If you'd like to change your details at any time, please visit My account
I am an online editor for Physics World. I write and commission articles for the medical physics, and biophysics and bioengineering sections of the website. I did a PhD in molecular physics at Leeds University, followed by a postdoc in the medical physics department. I joined IOP Publishing in 1999, and in 2008 I became editor of the website medicalphysicsweb. Outside of work, I enjoy travelling, as well as singing and dancing in musical theatre productions.
Nanoparticles that convert NIR to blue-green light enable non-invasive modulation of neural activity deep inside the brain
Cherenkov light generated by clinical photon beams can activate light-sensitive drugs and enhance the efficacy of radiation treatments
Convolutional neural networks improve the precision of time-of-flight estimates by up to 23% compared with conventional PET signal processing
Electron collimation using a photon MLC could improve clinical workflow and enable advanced delivery techniques
Quantifying structural changes in nuclear DNA could simplify detection of cancerous cells and identify different stages of malignancy
An adaptive control system for a robotic lower limb prosthesis adapts to the user's neural information while they walk
Neural recording and stimulation arrays with tiny shanks decrease tissue damage and reduce foreign body response
Incorporating LET criteria directly into intensity-modulated proton therapy plans could help realize the full potential of proton therapy
Our survey of recent medical imaging patent applications includes filings from MIT, Myocardial Solutions, Philips and more
Modus QA is addressing the quality assurance needs of emerging MRI-Linacs with its QUASAR MRID3D geometric distortion analysis system