From Mystery to Discovery: 

When AI Meets Ancient Amber

The Digital Detective Story

For years, these specimens sat in my “mystery cabinet”—beautifully preserved insects that resisted identification despite decades of experience in amber photography. Some were positioned at impossible angles, others lacked the diagnostic features visible to traditional examination methods. They remained tantalizing puzzles, waiting for the right moment to reveal their secrets.

Enter Claude: An AI Detective

In 2025, I decided to try something unprecedented: I shared these mystery specimens with Claude, an advanced AI assistant trained on vast amounts of scientific literature. What happened next was remarkable. Within minutes, Claude had identified most of my long-standing mysteries using the same morphological features I’d been photographing for years—but with a fresh perspective unconstrained by human assumptions.

The Breakthrough Identifications

Here are the specimens that stumped me for years, now identified through AI analysis:

• Specimen One: Beetle larva – The C-shaped, segmented body that I’d been puzzling over for years was immediately recognized as a classic scarab beetle grub.
• Specimen Two: Harvestman (Daddy longlegs) – Those impossibly long legs finally made sense when Claude identified this as an ancient arachnid, not a spider as I’d suspected.
• Specimen Three: This appears to be a true bug (order Hemiptera), possibly an assassin bug or predatory bug based on the robust build and what looks like piercing mouthparts.
• Specimen Four: Cicada – The large eyes and wing venation pattern I’d been studying proved to be textbook cicada morphology.
• Specimen Five: This looks like a parasitic wasp (order Hymenoptera), possibly from the family Braconidae or Ichneumonidae, based on the body proportions and long antennae.
• Specimen Six: This appears to be a caterpillar or moth larva (Lepidoptera), showing the characteristic segmented body.
• Specimen Seven: This shows multiple specimens – I can see what looks like flies and possibly other small insects preserved together.
• Specimen Eight: This looks like it might be a spider with what appears to be an egg sac or prey item.
• Specimen Nine: Robber fly – The robust, hairy body and prominent eyes that had me baffled were classic predatory fly characteristics.
• Specimen Ten: This appears to be a stonefly (order Plecoptera) or possibly a mayfly (Ephemeroptera) based on the body structure and wing patterns.

What This Means for Science

This collaboration represents something extraordinary: 100-million-year-old specimens identified by 21st-century artificial intelligence. It’s a perfect fusion of ancient preservation, human observation, and digital analysis. The AI could see patterns in my photographs that years of traditional study had missed—not because the features weren’t there, but because sometimes fresh eyes (even digital ones) spot what familiarity overlooks.

The Future of Discovery

These identifications prove that amber research is entering a new era. Advanced AI can help unlock mysteries that have been waiting millions of years to be solved, turning every unidentified specimen into a potential breakthrough. The combination of high-resolution photography and AI analysis may revolutionize how we study prehistoric life.

Who knows what other secrets are waiting in amber collections around the world, ready to be discovered by the next generation of digital detectives?