We’ve featured California-based contemporary artist Andrew Myers before (here), but his awesome work deserves a revisit. Myers amalgamates sculpture and portraiture in some really intriguing ways. Whether intentional or not, on some level Myers’ work bears some resemblance (at least conceptually) to that of the great Chuck Close. Rather than splotchy “pixels” of paint, Myers’ work is comprised of screws (yes, as in something you’d get from a hardware store). He painstakingly drives thousands of screws by hand (ranging from a few thousand to over 10,000) at various depths into his “canvas”, then paints over each screw head to create these brilliant works, that in the end are basically three dimensional sculptures. These stunning portraits are engaging viewed from near or far, but as one gets closer, it’s clear that Myers spends some serious time creating these works. He has an obvious love for working with his hands and clearly knows his way around a tool bench… hardware seems to be a common theme in all of his work, from these aforementioned screws to steel rods and even automotive paint. You will see in the video below, Myers has the hands of a carpenter, and we can see why. Tremendous, tactile work… we absolutely love it.
[vimeo 166149898 w=640 h=360]
The connection between mathematics and art dates back thousands of years. From cathedrals to ancient tilings to oriental rugs, mathematics have been fundamental in geometric designs that are now revered and often emulated. In honor of Common Core testing that is taking place here in New York State this week, we thought it fitting to look at the work of Iranian mathematical artist Hamid Naderi Yeganeh. These often delicately intricate works are quite remarkable, and more astounding is that Yeganeh writes computer programs based on mathematical equations to produce them. Though Yeganeh’s mathematical descriptions are way over our heads (example below), the aesthetic and conceptual allure of these works is certainly not lost on us. The results are stunning, and just proof that math can be beautiful.
This first image shows 9,000 ellipses. For each k=1,2,3,…,9000 the foci of the k-th ellipse are:
and the eccentricity of the k-th ellipse is D(k), where
Okay, this is admittedly rather geeky in a way only designers can appreciate, so we are naturally very taken with it. Berlin-based artist/designer/drinker James Edward Murphy developed this clock that corresponds the numbers of the time in a 24-hour clock with hexidecimal color values. Simple concept, but the result is sort of mesmerizing. Time-lapse visual here. Having used it for a little while, we love checking back randomly to see what color it is. To take things a step further, UK web guru Jonic Linley recently turned the clock into a Mac screen saver (download it here).