What you feel could start with what you eat. 🧠🍽️
Discover how your plate might be shaping your mood—faster than you think.
Read more → https://t.co/uKfxbvCE0p
#FoodAndMood#MentalHealth#Nutrition
🌕 Surprise lunar flyby! Chandrayaan‑3 Propulsion Module made an unplanned visit to the Moon in Nov 2025 — and the science it unlocked could reshape how we think about mission end-games.
📖 Dive into the story → https://t.co/FUa4CgGkFt
#Chandrayaan3#ISRO#space#moon
🌕 When something jumps on the Moon… the surface actually reacts. 😮
Thanks to Chandrayaan-3, scientists now know how.
It’s not just dust — it’s a story of plasma, particles & physics in motion.
👉 Dive into the lunar mystery:
🔗 https://t.co/MAESv90FyU
A milestone for lunar science. Chandrayaan-3’s Langmuir Probe has directly measured high plasma densities near the Moon’s south pole—finally proving the elusive lunar ionosphere is real.
https://t.co/Q3Bd9Ug575
#Chandrayaan3#LunarIonosphere#MoonScience#ISRO@upkeshav
What if batteries could charge in seconds?
Quantum batteries aren’t sci-fi — they’re emerging tech powered by superposition & entanglement. ⚛️
Explore the future of energy in our latest blog:
🔗 https://t.co/PTNOQp5EkP
#QuantumBattery#EnergyTech#QuantumPhysics
“They think they’re eating us… Haha! We’re eating them.”
What if junk food could talk?
It just confessed EVERYTHING.
https://t.co/ROSCibfMhL
#JunkFood#FoodCravings#ScienceHumor#Nutrition
Quantum computers don’t just think faster—they think differently.
But what makes that possible?
It starts with a tiny, frozen device that holds 0s and 1s at the same time.
No magic. Just physics.
Wondering what it is?
https://t.co/EfxhSSa0Ar
Where does classical physics end and quantum mechanics begin? 🤔
A tiny constant holds the key—yet its impact is cosmic.
🔗 Dive into the mystery: https://t.co/mKOEtJ3bwe
#QuantumMechanics#Physics#Quantum#PlancksConstant#QuantumWorld
https://t.co/tSLOL61eax
Breakthrough!!
@isro@IITIOfficial Scientists used a brilliant trick with Mangalyaan to measure the solar wind speed near the Sun, unlocking insights into space weather!
Read the details here:
https://t.co/bSo8sANszV
#ISRO#space#MOM#India
What happens to electrons when a material shrinks to below 10 nm? At this scale, quantum effects take over, altering the material’s electronic and optical properties in fascinating ways. Discover the Quantum Confinement Effect and its applications.
https://t.co/D6SG12PwNq
2023 chemistry laureate Moungi Bawendi revolutionised the chemical production of quantum dots, tiny particles that have unique properties. His work resulted in almost perfect particles, enabling them to be used in applications such as LED lamps.
More at https://t.co/URkZ4XqCBq