ARCHITERIALS is a year old now, and like most healthy, well-adjusted one-year-olds it needs to be changed constantly, crawls all over my apartment, and makes strange burbling noises.  No, really – it does.  It’s terrifying.
Over the past year I’ve profiled approximately 65 materials and learned about blogging, bacteria, and biscuits, although I must confess that the biscuts were a side project.  A delicious, buttery side project.  Anyhow, to celebrate the birthday of ARCHITERIALS and the fact that the tagline “Investigating architectural materials since 2010” has finally attained temporal legitimacy, I’ve compiled for this, …

 
Life is funny sometimes.  Just yesterday I was talking to a coworker about this crazy book I’m reading that I may have mentioned in a previous post called The Singularity is Near by Ray Kurzweil, in which the author posits that we are moving towards a world where our technology and biology fuse to become indistinguishable, and now today I’m writing about solar cells powered by bioluminescent jellyfish.  Let me also say that I’d much rather write about jellyfish than swim with them; they navigate the sea in creepy pulsing motions and some of them …

Imagine it’s the late 1990’s.  The Backstreet Boys are playing without a trace of irony on the radio and Bill Clinton is President of the United States.  People are using dial-up modems and AOL for their Internet and email needs.  In Germany, in Pfinztal near Karlsruhe, a group of scientists at the Fraunhofer Institute for Chemical Technology are inventing a renewable plastic that has wood-like qualities but can be cast by a machine.
Scientists Juergen Pfitzer and Helmut Naegele, working with Norbert Eisenreich, Wilhelm Eckl and Emilia Inone-Kauffmann found that lignin, …

I live in an apartment in the city, and while the demising walls between units are relatively stout, it should be noted that I often hear the shrill bark of my neighbor’s dog and the skittering sound of scampering paws.  On occasion my upstairs neighbor will take to jumping rope, which produces a curious rhythmic click-slap followed by a kind of “bam!” sound as said neighbor’s feet hit the slab above my head.  When I found out about Green Glue Noiseproofing Compound, I wondered what kind of damping effect judicious application throughout my abode might …

If you’ve ever accidentally superglued your fingers together, you know firsthand (so to speak) that adhesive forms powerful bonds with materials.  When it happened – a self-gluing accident happens to everyone eventually – you probably did a little Internet research (which was itself a challenge since you’d only eight or so unstuck fingers with which to type) and found out that superglue dissolves away with the application of a little acetone.  I bring this up to highlight a fundamental law of gluing: sticking two things together is useful; being able to unstick as them as needed is even more useful.  To that end, General Motors researchers have created an …

Your friendly neighborhood scientists are messing around with nanoparticles.  They’re doing it because materials take on new properties and even behave differently at such small sizes.  If you want to learn more about nanotechnology before we dive into liquid glass, take a look at this video from KQED:

Now let’s consider glass.  We are most of us by now fairly familiar with the material;  its primary ingredient is silica, it’s brittle, at earthly operating temperatures it tends to be fairly solid, and it loves long walks on the beach, horseback riding, and watching the sunset.  But when …