The signal was recorded for only five seconds as the device traveled at 50 kilometers per second through Jupiter’s polar region, where its magnetic field lines connect to Ganymede.
Read Also
- Kim Kardashian responds to accusations of failing to pay wages and exploiting her employees Jun 2, 2021
- Student pleads guilty to rape at New York Catholic University, but escaped from jail Jun 5, 2021
- Gallant cat from China has become the new star of the Network Jun 14, 2020
- Rennes: “It’s unthinkable”… After the discovery of three bodies, Saint-Jacques in shock Nov 24, 2022
- The blue dollar today: traded on Friday, January 15th Jan 15, 2021
- The Ladies’ Paradise today 14th July: Marta is upset, little Anna is sick! Jul 14, 2021
- Gérard Collomb out of control, and insult a municipal councillor May 9, 2020
Local media highlighted that this phenomenon was caused by electrons oscillating at a slower rate than their rotation, causing the radio waves to be amplified very quickly.
The probe was launched on August 5, 2011 and entered the orbit of Jupiter on July 4, 2016 to study the formation and evolution of the planet. “Juno will monitor the gravity, magnetic fields of Jupiter, the dynamics, composition and evolution of the atmosphere,” they said from NASA.
