Micro-ForensicsAll episodes
The Exploding Glass Cookware Mystery: The 150°C Thermal Shock Paradox
2026-10-17 · 6:49
The Cavitation Shockwave: Why Micro-Jets Erode Solid Brass Impellers at 1,000 m/s
2026-10-16 · 6:27
The 100W USB-C Micro-Arcing Teardown: How Hot-Plugging Destroys Gold Pins
2026-10-15 · 6:10
The Active Noise Cancellation Inversion: Why Anti-Phase Waves Double Acoustic Pressure
2026-10-14 · 6:33
The 2.45 GHz Microwave Blindspot: Why Turntables Still Leave Cold Center Spots
2026-10-13 · 3:01
The Galvanic Corrosion Mystery: Why Mixing Brass & Steel Eats Plumbing at 0.85V
2026-10-12 · 3:00
The Water Hammer Shockwave: Why Fast Valves Create 1,000 PSI Acoustic Explosions
2026-10-11 · 3:09
Why Food Sticks to Stainless Steel: The 193°C Leidenfrost Paradox
2026-10-10 · 3:14
Why Fast Charging Kills Your Phone Battery in 18 Months (3.85V Trap)
2026-10-09 · 3:17
The 30-Second Cold Start Rule That Saves Your Engine $1,850
2026-10-08 · 3:02Shorts
About the channel
Micro-Forensics (@MicroForensicsHQ) explains what is physically happening inside everyday objects: car engines, phone batteries, cookware, plumbing and home electronics. Each episode uses engineering cutaways and cites published standards from bodies such as NIST, SAE, ASTM, IEEE and ISO. Every episode ends with a practical, zero-cost rule viewers can apply at home.