The Digital Press

Wide-field Very Long Baseline Interferometry (VLBI) expands the capability of traditional VLBI by allowing simultaneous imaging of multiple sources over a larger field of view, enhancing astrophysical research. New advancements in correlation, calibration, and distributed processing aim to make wide-field VLBI a routine method across major arrays.

Why it matters: Wide-field VLBI unlocks the study of multiple cosmic targets simultaneously, increasing scientific output.

The big picture: These innovations could standardize wide-field VLBI, broadening access to high-resolution imaging in astronomy.

Stunning stat: Typical VLBI fields-of-view cover only a few arcseconds; wide-field methods greatly expand this range.

Quick takeaway: End-to-end workflows and improved calibration are key to making wide-field VLBI a common observing mode.