Magnetic resonance (MR) diffusion-weighted imaging (DWI) is often used to detect focal
liver lesions (FLLs), though DWI image quality can be limited in the left liver lobe owing to …

Purpose To enhance image quality of flow‐compensated diffusion‐weighted liver MRI data
by increasing the lesion conspicuity and reducing the cardiac pulsation artifact using …

Objective To experimentally characterize the effectiveness of a gradient nonlinearity
correction method in removing ADC bias for different motion-compensated diffusion …

Diffusion MRI has enormous potential and utility in the evaluation of various abdominal and
pelvic disease processes including cancer and noncancer imaging of the liver, prostate, and …

We experimentally implement the Sz.-Nagy dilation algorithm to simulate open quantum
dynamics on a nuclear magnetic resonance quantum processor. The Sz.-Nagy algorithm …

Objective Diagnostic-quality neuroimaging methods are vital for widespread clinical
adoption of low field MRI. Spiral imaging is an efficient acquisition method that can mitigate …

Purpose To evaluate the use of pre‐excitation gradients for eddy current–nulled convex
optimized diffusion encoding (Pre‐ENCODE) to mitigate eddy current–induced image …

Purpose To develop, optimize, and implement a single shot spiral turbo spin echo (TSE)
sequence at 3T and to demonstrate its feasibility to acquire artifact free images of the central …

Compressed sensing is commonly concerned with optimizing the image quality after a
partial undersampling of the measurable k-space to accelerate MRI. In this article, we …

MRI systems are traditionally engineered to produce close to idealized performance,
enabling a simplified pulse sequence design philosophy. An example of this is control of …