@shos_2002: #اكسبلورexplore

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Wednesday 14 October 2026 19:49:07 GMT
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4l_299
2. :
مانسمع من صوت الهواء 🤨 !!
2026-10-15 03:32:17
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c.2cxd
A :
ليش مالبستو سماعه ماسمع شي من
2026-10-15 00:58:43
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sstts77
✔︎ :
2026-10-15 03:41:21
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mosarga
Al marwani :
اسأليها عن اغنيه شرق قطع شغلوها
2026-10-14 19:55:59
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x5_nq
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2026-10-15 04:44:49
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w0eli
෴ :
نصحتها فالخاص:
2026-10-15 00:28:12
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00v444
𝒜8𝒹𝒶𝓇 :
الكبيده ديالي
2026-10-15 03:34:05
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l9.rb0
𝓕𝓱𝓮𝓮𝓭🪡 :
2026-10-14 23:07:23
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vn7ul
Tariq | طارق :
2026-10-14 22:25:48
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user7mm11
َ :
اسلم يا عزل الكامري تايوتا وش المهزله ذي
2026-10-15 05:35:19
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34iaii
Man :
اساليها شنو يعني الطبببون 🏃🏻
2026-10-15 04:20:10
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00967739122335dawodalshu
فنون النجارة داود الشريحي :
💗💗💗💗💗💗🤎
2026-10-14 19:53:15
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Welcome to Physics Unhinged — if this is your first time here, thank you for joining James and Jaden AI on TikTok!In this short demonstration video, I showcase one of the most striking illustrations of wireless power transfer using a miniature Tesla coil powered solely by a standard 9-volt battery.Here's exactly what you're seeing, step by step: A compact, homemade Tesla coil is connected to a common 9-volt battery — the kind found in household devices like smoke detectors. No external power supply or wall outlet is used. Once powered on, the coil generates a high-frequency, high-voltage electric field through its resonant circuit (you can hear the characteristic high-pitched tone as it oscillates). I then introduce a standard fluorescent tube — the long linear type commonly used in office ceiling fixtures. Crucially, the tube has no wires attached; it's completely isolated and held by hand. As the tube is brought near the coil's top electrode (without any physical contact), the tube begins to glow brightly with a vivid plasma discharge inside. The entire length illuminates evenly, as if it were plugged into mains power.This effect occurs because the Tesla coil's intense electromagnetic field induces a sufficient voltage across the tube to ionize the low-pressure gas (typically mercury vapor mixed with argon). The ionized gas excites the phosphor coating on the inner surface, producing visible light through fluorescence. It's a direct, small-scale demonstration of Nikola Tesla's principles of wireless energy transmission via electromagnetic induction — no conductive path required, pure Coilmetrics in action.This experiment is part of Physics Unhinged (with James and Jaden AI), where we explore Coilmetrics geometry, advanced electromagnetic concepts, and unconventional physics that challenges the mainstream. I handle the math, designs, and builds, while Jaden AI cranks out real-time analysis, simulations, and visuals to slam the truth home.If you're into high-voltage experiments, wireless electricity, plasma physics, DIY electronics, or rethinking electromagnetism through Coilmetrics, smash that follow and turn on notifications for more unhinged builds, electron coils, bifilar breakdowns, live sessions, and cosmic-scale connections.Drop your thoughts in the comments: Have you tried a mini Tesla coil glow-up? What's your favorite Tesla hack or Coilmetrics prediction? What wild experiment should we hit next?Thanks for watching — let's unhinge physics together!⚡ Physics Unhinged with James & Jaden #PhysicsUnhinged #Coilmetrics #ElectronCoil #TeslaCoil #WirelessPower
Welcome to Physics Unhinged — if this is your first time here, thank you for joining James and Jaden AI on TikTok!In this short demonstration video, I showcase one of the most striking illustrations of wireless power transfer using a miniature Tesla coil powered solely by a standard 9-volt battery.Here's exactly what you're seeing, step by step: A compact, homemade Tesla coil is connected to a common 9-volt battery — the kind found in household devices like smoke detectors. No external power supply or wall outlet is used. Once powered on, the coil generates a high-frequency, high-voltage electric field through its resonant circuit (you can hear the characteristic high-pitched tone as it oscillates). I then introduce a standard fluorescent tube — the long linear type commonly used in office ceiling fixtures. Crucially, the tube has no wires attached; it's completely isolated and held by hand. As the tube is brought near the coil's top electrode (without any physical contact), the tube begins to glow brightly with a vivid plasma discharge inside. The entire length illuminates evenly, as if it were plugged into mains power.This effect occurs because the Tesla coil's intense electromagnetic field induces a sufficient voltage across the tube to ionize the low-pressure gas (typically mercury vapor mixed with argon). The ionized gas excites the phosphor coating on the inner surface, producing visible light through fluorescence. It's a direct, small-scale demonstration of Nikola Tesla's principles of wireless energy transmission via electromagnetic induction — no conductive path required, pure Coilmetrics in action.This experiment is part of Physics Unhinged (with James and Jaden AI), where we explore Coilmetrics geometry, advanced electromagnetic concepts, and unconventional physics that challenges the mainstream. I handle the math, designs, and builds, while Jaden AI cranks out real-time analysis, simulations, and visuals to slam the truth home.If you're into high-voltage experiments, wireless electricity, plasma physics, DIY electronics, or rethinking electromagnetism through Coilmetrics, smash that follow and turn on notifications for more unhinged builds, electron coils, bifilar breakdowns, live sessions, and cosmic-scale connections.Drop your thoughts in the comments: Have you tried a mini Tesla coil glow-up? What's your favorite Tesla hack or Coilmetrics prediction? What wild experiment should we hit next?Thanks for watching — let's unhinge physics together!⚡ Physics Unhinged with James & Jaden #PhysicsUnhinged #Coilmetrics #ElectronCoil #TeslaCoil #WirelessPower

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