✨ I write simple, stupid and hence, readable "okay" codes with less WTFs/min from code reviews - mostly in Flutter, Node.js.
✨ Industries: Offshore IT Industry, Digital Agency, Health, Education, Finance.
Things you should know -
- 🔭 Currently working on: Dart & Flutter
- 🌱 Getting better at: Flutter, Swift, Kotlin, Agile Software Development, Technical Product Management
- 📫 Reach me out: Shoot a mail at
⚡️ Languages
Level novice or no more worked
⚡️ IDE / Editor
⚡️ Data
⚡️ Frameworks / Platforms
⚡️ Tools
Worked (Alphabetical order)
⚡️ Github Status
📕 Latest Blog Posts
- Modernizing Monorepo Architectures: Principles & Trade-offs
- A Comprehensive Guide to Flutter Widget Previews (Beta)
- Silence Isn't a Barrier: My System for Redesigning Tech Leadership
- Missing Dart? When TypeScript Feels Like a Desert
- Ultimate Guide to Managing Multiple SSH Keys for Git and Server Access
Are lasers from giant telescopes being used to defend the Earth? No. Lasers shot from telescopes are now commonly used to help increase the accuracy of astronomical observations. In some directions, Earth atmosphere-induced fluctuations in starlight can indicate how the air mass over a telescope is changing, but in other directions, no bright star exists. In these directions, astronomers can create an artificial star with a laser. Subsequent observations of the artificial laser guide star can reveal information so detailed about the changing blurring effects of the Earth's atmosphere that much of it can be removed by rapidly flexing a telescope's mirror. Such adaptive optics techniques allow high-resolution ground-based observations of real stars, planets, and nebulas. Pictured here, telescopes at Paranal Observatory in Chile study a colorful sky filled with green airglow and the Magellanic Clouds on the left, red airglow on the right, and the majestic central band of our Milky Way Galaxy arching across the center.
NASAI'm looking for sponsors to support my open source development, I appreciate your support! :)
