Glass is the best. Glass is the friend who drives you to the airport without complaining, who helps you move your fourteen-ton couch in exchange for beer, who tells you that you’ll regret the neon green mohawk when you look back at your wedding photos. Glass goes the extra mile. Without glass we’d either live and work in rooms devoid of daylight or we’d punch holes in the walls and our homes and offices would be full of weather, confused seagulls, and the occasional ambitious praying mantis.  It would be chaos.
Now imagine if glass could go …

 
Even thinking about glass fiber reinforced plastic (GFRP) makes me itchy. The reason for this is that the glass strands involved with this material are so fine (by which I mean that they are extremely thin and tiny, rather than that they are really really ridiculously good looking) that they get caught in your skin and clothes and become profoundly irritating, after the manner of a wood splinter or Brett Favre.

Image courtesy taiwan.xpshou.com
At the Actuated Matter Workshop in Zurich, we were introduced to a particular configuration of GFRP developed by …

In ninth grade English class I was forced to read a book called Frankenstein, which I found horrifying not only because it chronicled the slow march to destruction of a hideous, emotionally overwrought monster created out of various bits and pieces of the recently deceased, but also because the denouement takes place up at the north pole. In my imagination the north pole is bitterly cold and dark, full of craggy icebergs, ancient snow, and super predators including walruses with pointy tusks, hungry polar bears, and ferocious cold-adapted velociraptors.

Image courtesy mirror.uncyc.org
In the case of Frankenstein’s monster, manufacturing a …

“I got tiger blood, man. My brain…fires in a way that is – I don’t know, maybe not from this particular terrestrial realm.” – Charlie Sheen
Until this week I thought that Charlie Sheen was your ordinary aging Hollywood actor. Really, if I thought about him at all, I assumed he was working on a TV show, staying tan/undergoing the occasional face lift, failing at some marriages, and I believed that human blood and maybe some high-quality cocaine were flowing through his veins. But now I have a completely different perspective.  Now I know that …

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, …

Let’s assume for a moment that you are the Pope (because hey, this is the Internet and we can pretty much assume anything that suits our purposes, right?)  Okay, so let’s say your Holiness wants to head out of the Vatican and take a brief vacation at a villa that the Church happens to own on the Italian Sea Coast.  The ride out there shouldn’t be much of  problem danger-wise, because everybody knows that the “Popemobile” is bulletproof and “thicker than a 300 page novel” (Verrico).  But what if someone wants to cause trouble …

Not too long ago, a group of researchers at the University of British Columbia (namely associate professor of chemistry Mark MacLachlan, PhD student Kevin Shopsowitz, post-doctoral fellow Hao Qi, and one Wadood Hamad of FPInnovations) were working to create a material that could be used to store hydrogen.  From what I hear, British Columbia is a heavily forested part of the world, and the researchers wanted to derive the new material from a byproduct of the local wood processing industry, nanocrystalline cellulose.
Nanocrystalline cellulose, a “building block” of wood pulp, is organized in a helical structure …

 
My apologies to bird lovers, but it can’t be denied that our feathered friends are somewhat lacking in gray matter.  To put it bluntly: birds are dumb.  They’re good at certain things like flying and pecking and saying “ca-caw!” but they have tiny brains.  The reason this becomes important in an architectural context is that you can’t reason with a bird.  You can’t say, “hey, maybe you should think about the fact that a lot of the openings you’re trying to fly into are actually filled with glass, and when you …

I’ve been thinking about bubbles today.  I’ve been thinking how they are friendly and approachable, associated with sunny days in the park, foam parties, and protective packaging for new glassware.  Soap bubbles are fleeting – one minute they’re launching themselves off the end of a little pink plastic wand, the next they’re floating through the air, and then … they pop.  Bubblewrap doesn’t last long either because it is so tempting to sit around compulsively popping all the air pouches.  Bubbles do stick around when you trap them in something like plastic or glass – which brings me to …

I’m not sure why this product is called “Bio Glass” because to me using the prefix “bio-“ should signify that the material is somehow alive.  But perhaps I’m being needlessly particular about my prefixes (and you know, it wouldn’t be the first time).  After all, slabs of Bio Glass do look like they’re made out of compressed jellyfish. 

Image credit coveringsetc.com
So now, I’m sure you’re wondering, exactly what Bio Glass is when it’s at home?  It’s a solid surfacing for counter tops, walls, floors, and other applications.  Bio Glass is “made from 100% recycled glass, heated and …