Very long baseline interferometry extended the technique over thousands of kilometers and allowed resolutions down to a few milli-arcseconds.

Baselines thousands of kilometers long were achieved using very long baseline interferometry.

The angular diameter has been measured using long baseline interferometry, yielding a value of 9.09 0.09 milliarcseconds.

These ten radio antennas work together as an array that forms the longest system in the world that uses very long baseline interferometry.

This is an example of very long baseline interferometry (VLBI).

Other tests include studying the deflection of radiation from distant radio sources by the sun, which can be accurately measured by very long baseline interferometry.

In more recent years, it has also been used successfully for VLBI (very long baseline interferometry).

This is tested with Lunar Laser Ranging Experiment and very long baseline interferometry.

Mostly an issue in radioastronomy, it severely limits the usable field of view of observations in very long baseline interferometry.

The radio signals received are recorded onto magnetic tapes and sent to a laboratory as described in the article on Very Long Baseline Interferometry.