This is a Wikipedia user page. This is not an encyclopedia article or the talk page for an encyclopedia article. If you find this page on any site other than Wikipedia, you are viewing a mirror site. Be aware that the page may be outdated and that the user whom this page is about may have no personal affiliation with any site other than Wikipedia. The original page is located at https://en.wikipedia.org/wiki/User:PlanetAakash. |
Welcome!
editAakash Gautam | |
---|---|
Born | 25-05-1998 |
Nationality | Indian |
Other names | Planet Aakash |
Education | Himachal Pradesh University |
Known for | Astronomy Education, Science Communication, Alternative Education |
Notable work | Planet Aakash School, CosmosNow |
Website | https://www.planetaakash.com/ |
Hello! My name is Aakash Gautam, and this is my user page. I am a developer by profession, an astronomer and educator by passion, and a philomath by curiosity. I go by "Aakash" in real life, but often by "Planet Aakash" online and in astronomy and education community.
I was born on May 25, 1998, in Shimla, Himachal Pradesh, India. I have been communicating space science and astronomy with general public and students since 2015. I founded Planet Aakash School in 2018 - an online astronomy education website for students, astrophiles, amateur astronomer and space lovers.
In 2019, I co-founded CosmosNow - an astronomy and space magazine which mostly curates content for amateur astronomers.
I communicate astronomy through videos on YouTube, Infographics on websites or in collaboration with media houses, visual learning imagery on Facebook, Imgur and Instagram.
Contact Me!
editThrough EMail: you can get in touch by dropping a mail at mailplanetaakash@gmail.com.
Why i am on Wikipedia?
editParamount Reason: To educate public about Astronomy, Space Exploration Advocacy.
General Reason: There are 7840 astronomical or deep sky objects in NGC (New General Catalogue). Though about half of them are already covered on Wikipedia, however the other half needs attention. So, I am on a mission to at least cover 1000 NGC objects by the end of year 2020.