📓 Ned’s Notes: #23 — A Honda Odyssey and the Science of Shattered Truths

Ned taking a photo of the damaged front end of a Honda Pilot after it hit a brick wall.

Hi guys, Detective Ned here again.

Still vertical. Still caffeinated. Still wondering why bad things happen to good bumpers.

🚗💥🧱🪟 So there I was, replaying the scene from Wrecks These Automobiles Will Be the Death of You. Our murder victim’s last drive was probably just as adventurous as all of them. But it wasn’t the one that ended courtesy of a rear-end collision by a Honda Odyssey *. And not just any Odyssey. This one might just hold the key to everything. Find out yourself. Or write it as an ending (find out how by reading the book).

Wrecks exists to make you laugh and want to write. It doesn’t go into lab details. I save that for my nightmares. But let’s just speculate for a second. Two cars kiss at 40 mph, glass goes flying. The back windshield of the victim’s car shatters, little fragments spraying like confetti at the world’s worst party. You have to determine if that glitter of doom came from the Odyssey. Alternatively, did it stay loyal to the victim’s ride?

🚗💥Glass: The Silent Witness

Here’s the thing about glass. You’d think it’s all the same: transparent, fragile, ruins your day when it’s on the floor.

Wrong.

Each piece of glass has its own fingerprint: density and refractive index. Big words that mean this: how heavy it feels for its size and how light bends through it.

If the Honda’s headlight left a fragment behind, the lab can measure its properties. If the victim’s car left a fragment, the lab can measure those properties too. If they don’t match? Boom. Two strangers at a crime scene. If they do match? Well, not so fast.

Even if density and refractive index line up, you can’t just slap high-fives. It doesn’t mean it’s the same source. Why? Because some glass twins are out there. Like evil twins in soap operas, but shinier.

That’s where the FBI’s glass database comes in. Yeah, they’ve got a whole library of glass stats. How common certain properties are In The Wild 🦁 🦍 🦒 🐘. So if our fragments are super rare? Jackpot.

Are they as common as Florida traffic jams? Ask Bob the Crime Scene Tech. (Bob can be found in the Crack the Case Book series).

Lessons From the Lab 🧪🧫🔬🧬⚗️🥼

(and the Honda 🚙💨)

  1. Glass isn’t generic. It’s got personality.
  2. Matching two pieces doesn’t mean you solved the puzzle. Statistics matter.
  3. Always check your blind spot. And your alibi.

Stay safe out there, folks. Drive carefully and keep your windshields intact. If your car ends up in my notes, let’s hope it’s just because you parked illegally.

Until next week ⌛📅🔜
Detective Ned

🧪 🔍 Crime Scene Tech Tip

When comparing glass fragments, forensic scientists use density. They also use refractive index to determine whether two pieces could share a common origin. But here’s the catch: similar numbers don’t guarantee they came from the same source. That’s why the FBI maintains a database of glass properties and their frequency in the U.S. population. The rarer the match, the stronger the evidence.

Think of it like dating apps (such as the one in Pairs). Sure, you both like coffee and dogs, 🐾☕🐶, but so does half the planet. Real compatibility? You’ll have to Crack the Case.

Disclaimers:

* Honda Odyssey is a trademark of Honda Motor Co., Ltd. This blog post is fictional and not affiliated with the brand.

This blog post was created with the assistance of AI for brainstorming and editing. All of my books, however, are 100% written by me without the use of AI. Human-Crafted Fiction. 🕵️‍♀️🧩

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