uGMRT uncovers the signature of a cannon ball fired from the Sun, using pulsars!
A group of nearly 20 astronomers, under the banner of Indian Pulsar Timing Array
(InPTA), have for the first time detected the effect of a Coronal Mass Ejection
(CME) from the Sun in the signal from a millisecond pulsar using the upgraded Giant
Metrewave Radio Telescope (uGMRT). This space weather effect on a pulsar from
the Sun is the first of its kind ever reported. This was possible only due to unique
wideband and low frequency capabilities of the uGMRT.
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uGMRT uncovers the signature of a cannon ball fired from the Sun, using pulsars!
A group of nearly 20 astronomers, under the banner of Indian Pulsar Timing Array
(InPTA), have for the first time detected the effect of a Coronal Mass Ejection
(CME) from the Sun in the signal from a millisecond pulsar using the upgraded Giant
Metrewave Radio Telescope (uGMRT). This space weather effect on a pulsar from
the Sun is the first of its kind ever reported. This was possible only due to unique
wideband and low frequency capabilities of the uGMRT.