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Africa and Australasia to share Square Kilometre Array

Africa and Australasia to share Square Kilometre Array

The €1.5bn (£1.2bn) SKA’s huge fields of antennas will sweep the sky for answers to the major outstanding questions in astronomy.

Picture story layout

2016-04-01T11:50:00Z

The €1.5bn (£1.2bn) SKA’s huge fields of antennas will sweep the sky for answers to the major outstanding questions in astronomy.

Gallery story layout

2016-04-01T11:40:00Z

The €1.5bn (£1.2bn) SKA’s huge fields of antennas will sweep the sky for answers to the major outstanding questions in astronomy.

Video story layout

2016-04-01T11:30:00Z

The €1.5bn (£1.2bn) SKA’s huge fields of antennas will sweep the sky for answers to the major outstanding questions in astronomy.

Standard layout with picture byline

2016-04-01T11:10:00Z

The €1.5bn (£1.2bn) SKA’s huge fields of antennas will sweep the sky for answers to the major outstanding questions in astronomy.

Audio story layout

2016-04-01T00:39:00Z

The €1.5bn (£1.2bn) SKA’s huge fields of antennas will sweep the sky for answers to the major outstanding questions in astronomy.

Health white paper

2017-06-02T09:08:00Z

You really want to read this. All you have to do is give a bit of info about yourself.You really want to read this. All you have to do is give a bit of info about yourself.You really want to read this. All you have to do is give a bit of info about yourself.You really want to read this. All you have to do is give a bit of info about yourself.

Pancuronium bromide

2017-01-19T18:19:00Z

This week, a drug that plays a significant role in modern surgery. Katrina Krämer has dug into the archives and discovered the lengths to which some researchers would go in the hunt for better drugs…

What is radio astronomy?

2011-09-15T10:32:00Z

Astronomers use radio telescopes to explore the universe by detecting electromagnetic radiation emitted by objects in space.Radio wave receptors, or antennas, detect the relatively long wavelength (low frequency) radio waves that penetrate the Earth’s atmosphere. These radio signals have frequencies between about 30 MHz and 40 GHz, which is equivalent ...