Quantum Materials: Tiny Wonders, Big Revolution – Material Science
November 15, 2023
We’re about to dive headfirst into the wild world of quantum materials and trust us, it’s a ride you don’t want to miss.
If you think the Wild West is dead, take a stroll down the dietary supplement aisle, where products still operate on an “honor system” that’s ripe for creative interpretation. Stepping into this unregulated frontier is Dr. Gene Hall, an analytical chemistry professor at Rutgers University, who has taken on the role of sheriff, using his Ph.D. and an arsenal of sophisticated lab equipment to uncover what’s really inside those pricey bottles of supplements—like that “Krill Oil” you just bought, which, spoiler alert, may not contain krill at all.
- Howard Frank
Willie Hendrickson, Ph.D., isn’t just running a factory; he’s leading a team of material shapeshifters who take raw solids—and sometimes liquids—and perform a bit of industrial magic. Whether it’s grinding a gritty active ingredient into an ultra-fine powder that vanishes instantly or coating a sticky substance so it flows like silk through a machine, AVEKA ensures these esoteric materials behave exactly as their customers need them to.
- Howard Frank
The relationship between a gemologist and a gemstone is usually one of careful observation, but Professor He’s team took it a step further to clear the fog of uncertainty surrounding these materials. Without answers as to why an agate is pink or a jade turns yellow, the market was just guessing at its value.
- Howard Frank
In the ancient, rolling folds of the Appalachian mountains, a new kind of story is being written, one that involves a crystalline hero known as silicon carbide. While the region has long been defined by its traditional industries, a group of forward-thinking minds at Penn State University is busy weaving a fresh economic tapestry. Led by Dr. Joshua Robinson and the Silicon Carbide Innovation Alliance, this initiative seeks to turn the local workforce into masters of the modern age.
- Howard Frank
This is the tale of Dr. Kaori Taguchi, Associate Professor at Kyoto University, and a supposedly “lost masterpiece” called “Girl and Swan,” attributed to the German Expressionist Heinrich Campendonk.
- Howard Frank
A major focus of Dr. Maria G. Corradini’s work is the inadequacy of static expiration dates. These dates often include large safety margins, leading to consumers prematurely discarding perfectly edible food, which squanders resources. Conversely, a static date can be dangerously misleading if the food was improperly handled during transport, potentially causing unsafe consumption.
- Howard Frank
Carbometrics, a University of Bristol spin‑out now backed by Novo Nordisk, has created a molecule that actually *likes* glucose. It’s a chemical “glove” so precise it can spot sugar in your bloodstream faster than you can unwrap a candy bar—and it could mean the end of daily needle jabs forever.
- Howard Frank
So, where do microplastics come from in our daily lives? Turns out, they’re lurking in more places than you might think. Personal care products, like those exfoliating scrubs and facial cleansers, often contain microbeads that wash straight into our waterways. And let’s not forget synthetic textiles; they shed tiny fibers during each wash, adding to the microplastic pollution in aquatic environments.
- Howard Frank
Let’s be honest: Chile is a country that looks like it was drawn by a distracted cartographer with a ruler and a grudge. It’s the world’s longest country—over 2,600 miles of skinny real estate wedged between the Andes (the planet’s longest mountain range) and the Pacific, stretching from the Atacama Desert, which is so dry even the cacti have trust issues, all the way down to the wind-battered, penguin-friendly tip of Tierra del Fuego. And what do you do with a country that’s basically a climate sampler platter? You make wine. Lots of it.
- Howard Frank