Lasers vs Lightning- Which Is More Powerful? — Key Takeaways
A 100,000-amp capacitor (equivalent to one lightning strike) destroyed a crystal ball by metallicizing the glass — demonstrating that stored electrical discharge outperforms both high-powered lasers and mechanical force on dense transparent materials.
Key takeaways
X factor (gravity drop) beat laser and lightning in 7-round destruction championship
X factor (gravity drop) beat laser and lightning in 7-round destruction championship
- Final score: X factor 3pts, lightning 2pts, laser 1pt — gravity drop from 170ft cracked the cash safe and won the title.
- Lightning's 31,000W arc and laser's military-grade beam both burned the cash before opening the safe; gravity preserved more money.
A Tesla coil wirelessly powers a fluorescent tube held in open air with no electrical contact
A Tesla coil wirelessly powers a fluorescent tube held in open air with no electrical contact
- The coil's electric field excites gas particles inside the tube, ionizing them and releasing light — same physics as a plugged-in fluorescent bulb.
- Mehdi demonstrated this at several feet of distance, making the tube glow like a lightsaber.
Ice is nearly transparent to lasers — the beam passes through without heating it
Ice is nearly transparent to lasers — the beam passes through without heating it
- Laser had to roughen the ice surface first to create something to absorb energy; only then could it bore a hole through.
- This is why smooth, clear ice resists laser damage while opaque or rough surfaces are vulnerable.
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In this video
- 1mIntroduction & Setup
- 2mRound 1: CD Destruction
- 5mRound 2: Block of Ice
- 8mRound 3: Lamps
- 13mRound 4: Lipo Battery
- 16mRound 5: Crystal Ball
- 19mRound 6: Watermelon
- 22mRound 7: Cash Safe & Final Results
- 27mCrunchLabs Outro
“I know what I'm doing. Kind of.”
— Mehdi Sadaghdar
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