What happens when you touch a pickle to an AM radio tower

Safety and Access Around AM Towers

• Many commenters stress the extreme danger of touching energized AM towers; the inner fence is seen as a last‑line “do not pass” reminder, not the only barrier.
• Some are surprised towers are sometimes protected only by low or modest fencing, worrying about children or TikTok daredevils.
• Others note broader outer fences with barbed wire, warning signs, and rural siting reduce casual access.
• Discussion includes electrocution unpredictability: outcome depends on contact path, moisture, heart phase, etc.

Pickles, Hot Dogs, and Electrical Experiments

• Readers recall similar experiments with mains voltage through pickles/gherkins/hot dogs, making them glow or cook.
• “Grounded” vs “floating” food is highlighted as crucial: a grounded pickle/hot dog can meaningfully shunt current; a floating one only couples capacitively and reacts weakly.
• Several people mention commercial or DIY hot‑dog cookers that run mains across the meat.

How the Food Produces Sound and Light

• Explanations:
  • AM works by varying signal amplitude with audio; any nonlinear element can crudely demodulate it.
  • Food and arcs act as nonlinear, lossy elements, converting strong RF into heat, sparks, and audio.
  • Sparks/plasma themselves produce audible sound; low mechanical efficiency is offset by huge local field strength.
• There is some uncertainty on whether glowing pickles are true incandescence or mostly internal arcing; anecdotal evidence suggests both can occur.

RF vs “Normal” Electric Shock

• One view: in the pickle demo, most visible destruction is from substantial RF/AC current to ground, not subtle RF effects.
• RF burns are described as different from power‑line shocks: nerves don’t sense high frequency directly, but intense localized heating causes burns and tissue damage.
• Anecdotes include Tesla-coil “bites,” RF exposure from military ECM gear, capacitor discharge arcs, and household shock incidents.

AM Radio, Modulation, and Use Cases

• AM towers are dangerous because the entire tower is the antenna, carrying many kilowatts; FM typically uses small antennas atop grounded structures.
• AM’s varying amplitude allows visible/audible modulation in arcs and ad‑hoc “receivers” like grass or food.
• Some note AM remains useful for long‑range traffic reports and other services.

Regulation, Hobbyist AM, and Aviation

• A thread branch advocates opening (now underused) AM bands to low‑power community or hobby broadcasters, arguing educational, cultural, and environmental benefits.
• Others discuss licensing trade‑offs: minimal licensing for interference and safety versus reducing barriers.
• Aviation keeps AM in VHF because:
  • No capture effect, so overlapping transmissions can both be heard.
  • Audio loudness roughly tracks signal strength (distance cue).
  • AM degrades more gracefully at low signal than FM.