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Ancient 3,500-year-old Mycenaean armor tested in epic combat simulation shows Homer’s Iliad wasn’t just a ... This period of destruction and upheaval marked the beginning of the Iron Age ...
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Live Science on MSNArchaeology student used a computer model to predict a Roman army camp's location — and it workedArchaeologists and students in the Netherlands have unearthed a 1,800-year-old temporary Roman military fort in the ...
Our sensitive teeth likely evolved from the armor of ancient fish A new study reveals that the sensitivity of teeth, which makes them zing in a dentist's chair or ache after biting into something ...
Rare armor-piercing arrows from the Genghis Khan era were rediscovered in a Siberian museum decades after their accidental discovery in Krasnoyarsk. ... ancient weapons were found stashed in a museum.
Paleontologists have long believed that teeth evolved from the bumpy structures on this armor, but their purpose wasn’t clear. The new study, published this week in Nature , confirms that these ...
Sensory features on the armored exoskeletons of ancient fish may be the reason why humans have teeth that are sensitive to cold and other extremes.
The research also showed that structures considered to be teeth in fossils from the Cambrian period (485-540 million years ago) were similar to features in the armor of fossil invertebrates, as ...
Teeth first evolved as sensory tissue in the armored exoskeletons of ancient fish, fossil scans find
The research also showed that structures considered to be teeth in fossils from the Cambrian period (485–540 million years ago) were similar to features in the armor of fossil invertebrates, as ...
A new study reveals that the sensitivity of teeth, which makes them zing in a dentist's chair or ache after biting into something cold, can be traced back to the exoskeletons of ancient, armored fish.
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