The lowest domination coin from each of the world’s currencies imaged by the Advanced Engineered Materials Group at the National Physical Laboratory, using an Alicona infinite focus 3D optical microscope. These are small low resolution versions from orginals containing over 400 million pixels.
“The economic system, which has raised to such notorious prominence in recent years because of its obvious impact on our lives, is a complex structure whose functioning is increasingly necessary to understand and, as much as possible, to predict or even control. In this sense, and in response to the dominance of macroeconomics in the discourse of the media, the artist chooses a microscopic view of the world economy. The Fundamental Units, a series that begins with the works produced by Horrach Moyà Gallery for this exhibition, is an exploration of the lowest denomination coins from the world’s currencies using an infinite focus 3D optical microscope at the National Physical Laboratory in Teddington (UK). The images obtained with the microscope have been combined to form an extremely detailed large scale reproduction of the least valuable coins from Australia, Chile, the Euro, Myanmar and the Kingdom of Swaziland. In these images the humble metal acquires a planetary dimension and is displayed as the atoms that shape the global economy”. – Pau Waelder, Curator
Text and Image via The Fundamental Units
Fingerprints of Drinkable Culture is a photo series by photographer William LeGoullon that explores what popular beverages look like under a microscope. He writes:
“In this series, I treat the world’s top five most consumed man-made beverages like scientific specimens, allowing each liquid sample to dry before photographing them using a microscope. The resulting images provide us with a chance to analyze these fingerprints of drinkable culture as an act of art consumption.”
Expresso, wine, and tea above. See +++ HERE
Text via PetaPixel
THE United States interstate highway system is often celebrated as a simple yet highly efficient transportation scheme — one that, starting in the 1950s, transformed the American economy and lifestyle. Its network of roads was designed to maximally span the country with a minimal number of links, while still allowing for enough redundancy to help drivers overcome wrong turns and missed exits.
But it’s worth remembering that the highway system was created by mere humans, using only human intelligence. To find out if it’s optimally designed, we need to consult a higher authority. Namely, slime mold.
Let us explain.
There is a slime mold known as Physarum polycephalum that lives in forests around the world. It feeds on various kinds of microscopic particles. As it forages for food, protoplasmic tubes of slime extend out and bifurcate like tree branches; whenever it happens upon a source of nutrients, it gathers into a bloblike formation. The whole thing — blobs connected by tubes — is a single organism, and the network serves to transport nutrients throughout its “body.”
Excerpt of an article written by ANDREW ADAMATZKY and ANDREW ILACHINSKI, NYT. Continue HERE