The One One Coffee Blog

Upside down with sticky feet

Upside down with sticky feet

Tree frogs live in trees, sticking firmly to branches and leaves - even walking upside down on these surfaces. How do they keep from falling off? It’s all in the...

Upside down with sticky feet

Tree frogs live in trees, sticking firmly to branches and leaves - even walking upside down on these surfaces. How do they keep from falling off? It’s all in the...

How submarines work

How submarines work

Learn how nature's submarines work

How submarines work

Learn how nature's submarines work

Have you heard of buzz pollination?

Have you heard of “buzz pollination?”

Have you heard of “buzz pollination?” Learn more here...

Have you heard of “buzz pollination?”

Have you heard of “buzz pollination?” Learn more here...

Gluing the presidents' faces

Gluing the presidents' faces

Every year at Mt. Rushmore, workers rappel down the cliff face to inject glue intonewly formed cracks on the presidents’ faces.

Gluing the presidents' faces

Every year at Mt. Rushmore, workers rappel down the cliff face to inject glue intonewly formed cracks on the presidents’ faces.

Soft tissue found in dinosaur bones?

Soft tissue found in dinosaur bones? Wha?

More and more paleontologists are cracking open dinosaur bones and finding, to their amazement, the same thing: blood vessels, cell nuclei, tissue elasticity and protein fragments. 

Soft tissue found in dinosaur bones? Wha?

More and more paleontologists are cracking open dinosaur bones and finding, to their amazement, the same thing: blood vessels, cell nuclei, tissue elasticity and protein fragments. 

Can't take my eyes off of you

Can't take my eyes off of you

Wow.  The design of the trilobite eye makes use of Fermat’s principle, the Abbe sine law, Snell’s laws of refraction, and the optics of birefringent crystals.  How did that happen?

Can't take my eyes off of you

Wow.  The design of the trilobite eye makes use of Fermat’s principle, the Abbe sine law, Snell’s laws of refraction, and the optics of birefringent crystals.  How did that happen?