465
THWhat’s in the box? 🤔
#physicalmedia #canyouhearit @atomic.disc
@theamericanhotelsystem
#Atomic Disc
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650+ posts
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634
BLUnboxings are fun
Thanks @atomic.disc
@blackguyfawkes
336
LODallas Nov 9th! First 100 get a free concert poster. Thanks @atomic.disc #heavymetal #metalmusic #dallas #hardrock
@lockjawmetal
28.1M
IN🔩🧲 Magnetic Wonder: How to Make a Rotor Spin Without Wires? ⚡️🔄
In this experiment, we see how two ring magnets make an electric motor rotor spin. Is this even possible? Let’s break it down! 🤔👇
🔬 The Physics Behind It:
When the magnets are properly positioned, they create a magnetic field (B), which interacts with the metallic parts of the rotor. Depending on the design, different phenomena can occur:
1️⃣ Eddy Current Induction (Foucault Currents)
When a conductive rotor moves within a changing magnetic field, eddy currents arise due to Faraday’s Law:
📌 EMF = - dΦ/dt
Where:
🔹 EMF – Electromotive force (in Volts, V).
🔹 Φ – Magnetic flux (in Webers, Wb).
🔹 t – Time (in seconds, s).
🔹 dΦ/dt – The rate of change of magnetic flux.
These currents generate their own magnetic field, which interacts with the original field, causing movement.
2️⃣ Magnetic Push Effect
In certain configurations, magnets can create a non-uniform field, leading to a “pushing” effect on the rotor, forcing it to spin.
3️⃣ Attraction and Repulsion of Magnets
If the rotor has ferromagnetic elements, it will try to reach a position of minimum energy, creating motion as it adjusts itself.
🤓 Conclusion: Is This Real?
Yes! But for stable rotation, the magnets and rotor must be precisely aligned. Without electrical power, this effect will only work under specific conditions.
📌 What do you think of this experiment? Would you try it yourself? Drop your thoughts in the comments! 👇🔥
#magnet #electricmotor #physics #experiment #science #engineering #invention #magneticfield #electromagnetism #scienceexperiment #technology #hightech #learningphysics #scienceiscool #futuretech #DIY #coolphysics #induction #sciencenews #experiments
@innovatex_tech
5.8M
1SNo problem! Here’s the information about the Precision Tests of Time Dilation with Atomic Clocks ⏱️
🔷 What Was Tested?
• Time dilation, a cornerstone of special relativity, states that time moves slower for objects traveling at high speeds. 🚀🕓
• This was tested using ultra-precise atomic clocks onboard fast-moving planes and satellites.
🔷 Key Experiments
1️⃣ Hafele-Keating Experiment (1971):
• Atomic clocks were flown around the world on commercial jets.
• Result: Clocks onboard planes differed by ~273 nanoseconds, matching relativity’s predictions. ✈️✅
2️⃣ GPS Satellites:
• Atomic clocks onboard satellites move faster than those on Earth by ~38 microseconds/day due to general and special relativity. 🌍🛰️
🔷 Impact on Physics
• These experiments directly confirmed Einstein’s theory and are critical for technologies like GPS navigation, which relies on relativistic corrections. 🧰🌌
✨ QUIZ TIME ✨
What did atomic clock experiments confirm?
a) Time flows slower at high speeds 🟢
b) Atomic clocks are unreliable in space 🔴
c) Time flows faster at high speeds ⚪
@1st_0taku_
282.4K
TEThis is how an atomic bomb works, explained step by step in a clear and educational way. An atomic bomb is based on nuclear fission, a process where the nucleus of a heavy atom such as uranium 235 or plutonium 239 is split apart. When a neutron hits the nucleus, it becomes unstable and breaks into smaller nuclei, releasing a massive amount of energy along with more neutrons. These newly released neutrons strike nearby atoms, creating a fast and uncontrollable chain reaction that multiplies energy release within microseconds.
To make this reaction happen, the bomb uses an extremely precise design to bring nuclear material to what is called critical mass. Conventional explosives are arranged around the nuclear core to compress it evenly, forcing atoms closer together. Once the chain reaction starts, energy is released as extreme heat, intense radiation, and a powerful shockwave. Temperatures can reach millions of degrees, producing a blinding flash of light, followed by a destructive blast and the iconic mushroom cloud formed as hot air rises rapidly into the atmosphere.
The science behind atomic bombs is also the foundation of nuclear power, but the purpose and control are very different. In bombs, the reaction is instant and destructive, while in reactors it is carefully controlled to generate electricity. Learning how atomic bombs work helps us understand nuclear physics, global security concerns, and why these weapons are considered some of the most dangerous ever created by humans.
Love Technology?
Follow 👉 @techstartup.ai for more!
atomic bomb, how atomic bomb works, nuclear fission explained, chain reaction physics, atomic bomb science, nuclear weapons explained, nuclear explosion, uranium plutonium, nuclear energy basics, physics explained, science education, technology facts
@techstartup.ai
1.4M
MASOPILER WARNING!
No problem! Here’s the information about the Precision Tests of Time Dilation with Atomic Clocks ⏱
Cr yuipaws
🔹 What Was Tested?
• Time dilation, a cornerstone of special relativity, states that time moves slower for objects traveling at high speeds. 🚀🕒
• This was tested using ultra-precise atomic clocks onboard fast-moving planes and satellites.
🔹 Key Experiments
1️⃣ Hafele-Keating Experiment (1971):
• Atomic clocks were flown around the world on commercial jets.
• Result: Clocks onboard planes differed by ~273 nanoseconds, matching relativity’s predictions. ✈✅
2️⃣ GPS Satellites:
• Atomic clocks onboard satellites move faster than those on Earth by ~38 microseconds/day due to general and special relativity. 🌍📡
🔹 Impact on Physics
• These experiments directly confirmed Einstein’s theory and are critical for technologies like GPS navigation, which relies on relativistic corrections. 🌌🔧
✨ QUIZ TIME ✨
What did atomic clock experiments confirm?
@malloneamv
198
STRepost from @project_fga
•
Mind-blowing facts about vinyl disks.
This video features an AI-generated voice for storytelling and educational purposes. It is not the real Brian Cox.
#viral #instagramreels #science #mindblown #fyp
@stevesola
4.2M
ESYour old music collection is basically a ticking time bomb waiting to shatter.
See the physics break and follow @essentialaidaily for tech that matters.
In this demonstration, a standard polycarbonate compact disc is mounted to a heavy-duty electric motor capable of extreme velocities. The audio reveals a rising pitch that sounds like a turbine spooling up for takeoff. As the rotation speed climbs past the safe limit of typical 52x drives, the disc begins to warp visibly. Those ripples you see on the surface are not melting plastic. They are standing waves caused by aerodynamic flutter and structural instability. The outer rim is experiencing massive G-force. It wants to expand outward, pulling violently against the molecular bonds holding the center together. This tension is known in mechanical engineering as hoop stress. At approximately 30,000 RPM, the hoop stress exceeds the tensile strength of the plastic. The failure is catastrophic and instant. The disc does not crack. It effectively vaporizes into thousands of microscopic shards in a fraction of a second due to the release of kinetic energy.
This phenomenon explains exactly why the tech industry abandoned spinning optical media for solid-state drives. There is a hard physical limit to how fast you can spin a plastic disc before physics tears it apart. If engineers wanted faster data transfer rates back in the 2000s, they couldn’t just spin the CD faster. They hit a literal wall. Today, this same principle applies to everything from jet engine turbines to high-speed flywheels for energy storage. Every rotating object has a burst speed. Understanding these fracture mechanics is critical for designing safe robotics and future machinery that won’t disintegrate under load. We often take for granted that our machines stay in one piece, but as you can see, the margin between function and explosion is often just a matter of speed.
Have you ever had a disc explode inside a computer or game console?
@essentialaidaily
1.0M
ANNo problem! Here's the information about the Groundbreaking Experiments on Time Dilation Using Atomic Clocks ⏱︎
CrTo: @animeasrgalaxyyt
🔹 What Was Tested?
• Time dilation, a fundamental prediction of Einstein’s special relativity, states that time moves differently depending on motion. 🚀🕒
• Scientists tested this phenomenon using highly precise atomic clocks placed on fast-moving airplanes and satellites.
🔹 Key Experiments
1️⃣ Hafele–Keating Experiment (1971)
• Atomic clocks were flown around the world on commercial jets in both eastward and westward directions.
• Result: The clocks on the planes showed measurable differences of up to ~273 nanoseconds, confirming Einstein’s predictions. ✈️✅
• This experiment was the first direct real-world verification that time is not absolute but depends on motion.
2️⃣ GPS Satellites
• Satellites carry atomic clocks that are in motion and experience weaker gravity than Earth’s surface.
• Combined relativistic effects make satellite clocks run faster than ground clocks by ~38 microseconds per day. 🌍📡
• Without these corrections, GPS systems would quickly become inaccurate by kilometers per day.
🔹 Impact on Physics & Technology
• Provided direct experimental confirmation of Einstein’s theory of relativity.
• Essential for modern technologies like GPS navigation, satellite communications, and precise timing systems. 🌌🔧
• Highlighted how fundamental physics directly influences our daily lives.
🔹 Fun Fact
• Modern atomic clocks are so precise that they can detect time differences caused by a height change of just 33 cm! ⏳
• Scientists are now using optical lattice clocks to push the boundaries of time measurement even further.
✨ QUIZ TIME ✨
What did atomic clock experiments confirm?
a) Time moves slower for fast-moving objects
b) Gravity affects the passage of time
c) Both a & b ✅
@animeasrgalaxyyt
7.0M
MOThe past is coming back to haunt us
Sources:
1. “New ‘petabit-scale’ optical disc can store as much information as 15,000 DVDs” – Live Science
2. “Optical Storage” – TechTarget
3. “A 3D nanoscale optical disk memory with petabit capacity” – Nature
#math #mathematics #maths #science #physics #girlsinstem #womeninstem #astronomy #didyouknow #showerthoughts #wow #okay #foryou #discover #explore #stem #space #how #technology #ai #chatgpt
@modernday_eratosthenes
23.0K
BEATOMIC MODEL THROUGH HISTORY
1. John Dalton’s Model (1803) – Solid Sphere Model
Overview:
Dalton proposed that all matter is made up of indivisible particles called atoms.
He imagined atoms as tiny, solid spheres—like billiard balls.
Key Ideas:
Atoms of the same element are identical in mass and properties.
Atoms cannot be created, divided, or destroyed.
Compounds form when atoms of different elements combine in fixed ratios.
Importance:
First scientific model of the atom based on experimental evidence (like gas laws).
Laid the groundwork for modern chemistry.
---
2. J.J. Thomson’s Model (1904) – Plum Pudding Model
Overview:
After discovering the electron, Thomson proposed that atoms are made of a positively charged substance with negatively charged electrons scattered within it—like raisins in pudding.
Key Ideas:
Atoms are divisible.
Electrons are negatively charged subatomic particles.
The rest of the atom is a blob of positive charge to balance the electrons.
Importance:
First model to show that atoms have internal structure.
Introduced the idea of subatomic particles.
---
3. Ernest Rutherford’s Model (1911) – Nuclear Model
Overview:
Conducted the gold foil experiment where alpha particles were fired at a thin sheet of gold.
Most passed through, but some were deflected at large angles.
Key Ideas:
Atoms are mostly empty space.
A small, dense, positively charged nucleus is at the center.
Electrons orbit around this nucleus.
Importance:
Disproved the plum pudding model.
Introduced the concept of a nucleus.
---
4. Niels Bohr’s Model (1913) – Planetary Model
Overview:
Bohr expanded on Rutherford’s model using discoveries from quantum theory.
Key Ideas:
Electrons orbit the nucleus in fixed paths or “energy levels.”
Each level has a specific amount of energy.
Electrons can jump to higher levels when energy is absorbed and fall back down when energy is released (as light).
Importance:
Explained why atoms emit light in specific colors (atomic spectra).
Added the concept of quantized energy levels.
---
5. Erwin Schrödinger’s Model (1926) – Quantum Mechanical Model (Electron Cloud Model)
Overview:
Schrödinger used complex
@bestchemclub
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