Do you know Aditya L1 Started Collecting Data? What are you waiting for? Know the Latest Update and scientific Facts from here. Isn’t it great news that Aditya L1 Started Collecting Data? ISRO is developing, and with its progress resides India’s pride.
Aditya L1 Started Collecting Data
Aditya L1 is the first-ever Space-based Solar Observatory that was launched on 2 September 2023 by PSLV XL Rocket. The initiative for studying the Sun has given a promotion to many ISRO Scientists. Also, it is an opportunity for India to create history again, unlike from Chandrayaan 3.
We are hearing the news of Aditya L1 from ISRO that it has started collecting factual information. Suprathermal and energetic ions and electrons are recorded from the solar energy.
Aditya L1 Mission
Aditya L1 Mission Type is Solar Observation which has multiple objectives to accomplish. Starting from learning about the heating mechanism & physics of Solar Corona.
The research will cover the study of Solar Upper Atmospheric Dynamics, the development of approaches, getting the knowledge of the magnetic field, space weather causes or other Upper Atmospheric Dynamics. The origin of CMEs, causes of solar eruptive events, and more will be covered during the mission.
Aditya L1 Started Collecting Data Overview
|Article Title||Aditya L1 Started Collecting Data|
|Project Name||Aditya L1|
|Mission||First-ever Space-Based Solar Observatory|
|Mission Objective||To study the Sun and Solar Corona|
|Latest Update||Aditya L1 Started Collecting Data|
|Data||Suprathermal and energetic ions and electrons|
|Ion Range||2keV/nucleon to 5 MeV/nucleon|
|Electron Frequency||more than 1 eV|
|Instrument Used||Supra Thermal & Energetic Particle Spectrometer|
|Particle Distance from Earth||Approximately 50,000 km from earth|
|Current Research||Wind and Space Weather Updates|
|To Know more Updates||Check This|
Aditya L1 Latest Update
Being on Earth, we can feel the sun’s rays outdoors or on the Terrace. But we aren’t aware of the scientific reason behind it. Fortunately, with ISRO’s solar mission, we can understand everything in detail.
With a distance of approximately 50,000 km from Earth, Suprathermal and energetic ions and electrons have been identified by Aditya L1. The scientists will now analyze the facts of the solar particles surrounding Earth.
A recent tweet by ISRO on X confirms this news, as shown in the image above. The instrument that has performed this research is a supra thermal & Energetic particle Spectrometer that is an essential part of ASPEX Payload. For your information, we would to share here that there were overall 7 payloads that were embedded in Aditya L1.
The reports are being collected by the sensors that are designed in STEPS that were activated on 10 September. According to this, the range of ions is 2keV/nucleon to 5 MeV/nucleon. Moreover, the electrons seem to exceed more than 1 eV.
Both high and low-energy particle spectrometers are used to analyze this information. The purpose is to study the magnetic field, and therefore, this data will be effective for the scientists.
Aditya L1 Scientific Facts
The mission has amazing facts that you should know:
- The readers must know that Aditya L1 will not be going to land on the surface of the sun.
- Rs 400 crore is the budget
- The mission is directed by Nigar Shaji. You must read about Nigar Shaji Biography to know more details about the mission.
- A distance of 1.5 Million will be maintained by Aditya L1 from the Earth. This is an approximate distance which is provided by the ISRO scientists.
- Aditya L1 will be taking baby steps to accomplish the mission, as any kind of hassle can be a cause of an unsuccessful mission.
- Propagation of fields and particles will help the scientists in analyzing the space weather
- The magnetic field will be properly studied in this mission
- The study is based on teh outer hemisphere of the sun.
We believe that this is simply the starting of the mission, as Aditya L1 has to ahead of this to complete the research. Continue following BSEHExam.org to get the latest updates like this on Aditya L1.
|Official Website of ISRO||Click Here|
|BSEH Home Page||Click Here|