PhysiVerse with Badhon

Thermodynamics 💥

Kirchhoff's Laws
Wheatstone Bridge

Physics Poster:
Topic : Gravitation.

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Topic:Lenz's Law, Ohm's Law, Gauss's Law, Ampere's Law, Hooke's Law, Lorentz Force Law.

PhysiVerse with Badhon Badhon Chowdhury .

Physics Notes:
Topic : Magnetic effects of Electric Current electricity.

🚀🌌 Surface Temperatures of the Solar System! 🌞❄️

Have you ever wondered how hot (or cold!) it is on other planets? 🪐

Here’s a quick look at the average surface temperatures of our Solar System neighbors — from the blazing heat of Venus to the icy extremes of Neptune and Pluto! ❄️🔥

🌍 Earth: Comfortable at 15°C
☿️ Mercury: 167°C — no atmosphere to trap heat!
♀️ Venus: A scorching 464°C — thanks to its thick, toxic atmosphere 🫣
♂️ Mars: -65°C — a frozen desert
♃ Jupiter: -110°C — a gas giant with no solid surface!
♄ Saturn: -140°C — those beautiful rings don’t warm it up much
♅ Uranus: -195°C — icy and tilted on its side!
♆ Neptune: -200°C — the coldest planet
❄️ Pluto: -143°C — still part of our hearts 💙

✨ Space is full of extremes — and this is just temperature! Imagine what else is out there. 🚀🌠

PhysiVerse with Badhon

🌌 Cosmic Map of the Solar System & Milky Way 🌌
☀ Sun (Center of Our Solar System) – A massive, glowing star providing light and energy.

🪐 Planets of the Solar System:
🔴 Mercury – Smallest, closest to the Sun.
🟠 Venus – Hottest planet with thick clouds.
🔵 Earth – The only planet known to support life.
❤️ Mars – The "Red Planet" with the largest volcano.
🟡 Jupiter – The largest planet with a Great Red Spot.
🟣 Saturn – Famous for its stunning rings.
💙 Uranus – A tilted ice giant with a bluish color.
💚 Neptune – The windiest planet, deep blue in color.

🌠 Other Cosmic Features -
✨ Asteroid Belt – Between Mars & Jupiter, filled with rocky objects.
🌟 Comets – Icy visitors from the outer solar system.
💫 Oort Cloud – A distant region of icy bodies.
🌌 Milky Way Galaxy – A giant spiral galaxy containing billions of stars, including our Sun.

Credit to Respective Owner❤️

Everything we see — stars, planets, galaxies, and all conventional matter — makes up just 5% of the cosmos.

Over 95% of the universe is invisible to us.

The universe we see is just the tip of the cosmic iceberg. Scientists have long known that the visible universe—stars, planets, and galaxies—accounts for only a tiny fraction of what truly exists. Observations of galactic motion and the accelerating expansion of space suggest that 95% of the cosmos is made up of mysterious, unseen forces.

Dark matter, comprising 27%, provides the gravitational glue holding galaxies together, while dark energy, a staggering 68%, is driving the universe’s expansion at an accelerating rate. That leaves just 5% for everything we can see, from black holes to the smallest particles of dust.

Despite knowing that dark matter and dark energy exist, scientists still don’t know exactly what they are. These hidden forces shape the cosmos in ways we are only beginning to understand, making them one of the greatest scientific mysteries of our time.

As telescopes grow more powerful and technology advances, researchers continue their search for answers. Somewhere beyond the reach of our current knowledge, the true nature of the universe is waiting to be uncovered.