🎼 SpinSpy 🔭🔬☕️🏃🏽‍♂️🍽🎬

🎼 Spin on me and spy on you. #SpinSpy ⚗️🔬🔭✈️🏃🏽‍♂️ 🎼 An explorer 🎼 🏃🏽‍♂️Running and Travel

[Boron-Chem-Research @Boron_Chemistry]

[Os(η5-B5H10)2]: A carbon-free analog of ferrocene ( @Suvam_FCB10 , @MohapatraStutee ,@Joshi11Gaurav , @DeepakP11301175 , @GhoshLaB_IITM , @JemmisLab):
https://t.co/lwpt1kLR2G ( @ScienceMagazine ).

[World of Science @Science_TechTV]

The moment Prof. Walter Lewin (MIT physics professor) demonstrates the gyroscope effect

[ScieVision @scievision369]

A Feynman diagram ✍️

It is a simple picture that physicists use to show how tiny subatomic particles, like electrons, interact in quantum field theory. In these diagrams, straight lines with arrows usually represent matter particles such as electrons, with arrows pointing forward in time for particles and backward for antiparticles. Wavy or squiggly lines represent force-carrying particles like photons. The points where lines meet are interaction vertices, such as when an electron emits or absorbs a photon. Time flows from left to right, and each diagram illustrates one possible way a quantum process can happen mathematically, even though particles do not actually follow literal paths. Physicists calculate the probability of real events by adding contributions from many such diagrams based on specific Feynman rules. A classic example is two electrons repelling each other by exchanging a virtual photon, shown as a wavy line between them. Invented by Richard Feynman, these diagrams make complex quantum calculations visual and much easier to work with in particle physics.

[Engineering Knowledge @DP0STS]

How to divide a circle into any sided polygon by degree

[MathsWith Sam @Sam_Axiom]

Trig Identities tricks and mnemonics;

[Real World Physics @RWPhysics]

Earth revolution #physics

[Cliff Pickover @pickover]

Beautiful math clock sent to me from Jason Wallace, @JasonWa28727795.

[@jurij0001 @jurijkovalenok1]

Physics notes

[Science facts X @sciencefact2026]

Electromagenets making magnet with electricity

[KornKT @kornkt]

วินาทีประวัติศาสตร์! ตอนนี้ อาร์เทมิส 2 สร้างสถิติใหม่ เป็นกลุ่มมนุษย์ที่เดินทางไปไกลจากโลกที่สุดแล้ว!

#KornKT #อวกาศน่ารู้ #ArtemisIITH

[Math Hub @mathhub_vn]

Jacobian matrix

[Learn Something @cooltechtipz]

The Astronauts’ Pen

[Mathematica @mathemetica]

Stokes' Theorem, distilled:
The line integral of F around any closed curve C equals the surface integral of curl F over any surface S it bounds.

Every circulation on the boundary is accounted by the net "swirl" inside.

∮_C F · dr = ∬_S (∇ × F) · dS

[🇹🇭Bossanova🇹🇭 @Bossanova2545]

คำสอนของในหลวง ร.๙ พระองค์ท่านไม่ได้ทรงสอนเพื่อให้เราต้องร่ำรวย แต่ทรงสอนเพื่อให้เราพ้นจากความทุกข์และสามารถพึ่งพาตนเองได้ในยามคับขัน..ทุกอย่างที่พระองค์ทรงมอบให้ นั่นแหละ คือ ภูมิคุ้มกันที่ดีที่สุดในการดำรงชีวิตของเราเอง 💛💛💛💛💛

#ในหลวงรัชกาลที่9

[Physics & Astronomy Zone @zone_astronomy]

The highest quality video of the moon was just released… this is so beautiful.

[Richard @ricwe123]

"Why America cannot stop this war"

Professor Jiang explains.

[Real World Physics @RWPhysics]

Reflection in lenses
#Physics #RWPhysics

[ALLATRA @allatra_org]

Microplastics are already inside us and they are affecting our health. Professor Ragusa explains where the real problem lies and why it's not just about plastic. Are you ready to find out what each of us needs to do to solve this problem?

For more details, follow the link.