The Quantum Measurement and Control Lab @TIFRScience is featured in a @VigyanPrasar documentary on quantum technologies. An excerpt featuring Prof. R. Vijayaraghavan:
https://t.co/eunlRK5MoQ
Full video available on @IndiaScienceTV
https://t.co/AyM5hqzncy
@DAEIndia@TIFRH_buzz
Narora Atomic Power Station Unit-2 achieves a rare milestone of continuous operation for 2 years, completes 731 days of safe continuous operation. It becomes the 4th reactor to do so after KGS-1 (962 days), RAPS-3 (777 days) and RAPS-5 (765 days), and is continuing to operate.
@AMAZlNGSCIENCE Such a smart guy...He used toothpick to side CM of water bottle under pivot point.. he can even set the other end of tooth pic on fire and still the bottle will keep balancing...
Physics is Amazing..🤟🏼
@nilabh_shivam @AspiringScream @isro If @isro opened broadcasting for the private sector then many people will do it for cheap. Most YouTubers will even do it free of cost
All systems go for Crew Dragon’s test flight with @NASA astronauts @AstroBehnken and @Astro_Doug. Teams are keeping an eye on weather. Webcast will go live at ~11:00 a.m. EDT → https://t.co/bJFjLCilmc
It's been #CosmicMAYhem this month, with a total of eight (!) #GravitationalWaves candidate events since May 1st (including two in one day, on May 21) @LIGO@ego_virgo analysis of the data is ongoing; for the latest updates (including skymaps) see https://t.co/PBvdEINhXU 1/5
How to derive Electromagnetic Waves from Maxwell's eq. in 1 Tweet
1)∇.B = 0
2)∇.E = 0
3)∇xE = -∂B/∂t
4)∇xB = μ₀ε₀∂E/∂t
Using ∇x(∇xA) = ∇(∇⋅A)-∇²A for E & B
∂²E/∂t² = 1/μ₀ε₀∇²E
∂²B/∂t² = 1/μ₀ε₀∇²B
E and B obey the wave eq. with c = √1/μ₀ε₀💡!