Associate Professor of Physics Jonathan Pober has spent the past 20 years detecting faint astronomical signals in radio waves that can provide information about the early universe. This task can be ...

The accidental second discovery was made in the 1960s. At the time NASA was running Project Echo. It involved putting large ...

“Astronomy is facing an existential crisis,” Pober said. “There is growing concern — and even some reports — that astronomers may soon be unable to carry out high-quality radio observations, as we ...

A recent study utilizing the Five-hundred-meter Aperture Spherical radio Telescope (FAST) has confirmed the "radio-quiet" ...

AMFOC01 is a highly sophisticated focuser primarily designed for astronomical telescopes, although it can also be applied to other optical devices. It uses state-of-the-art technologies, such as the ...

What exactly are Dobsonian telescopes? We explain their design and why they have such widespread popularity among astronomers. If you're new to astronomy and trying to work out which telescope to ...

"Astronomy is facing an existential crisis ... "near-field corrections" that involves focusing the radio telescope on nearby interference-producing objects, and "beamforming" that essentially ...

established by the Australian government precisely to stop interference with radio astronomy in that region of Western Australia. That's why the particular location for the telescope was chosen.

The telescope and its magnifying power changed astronomy forever ... Telephone Labs assigned an engineer to find sources of radio interference in its radiotelephone service.

This was weird, as the telescope is in a designated radio quiet zone established by the Australian government precisely to stop interference with radio astronomy in that region of Western Australia.

The James Webb Space telescope has changed astronomy. It has revealed amazing ... infrared telescope into space avoids the blurring and interference that comes with the planet’s atmosphere ...