Category Textiles

In the course of our research for clients, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we pick five articles, videos, or podcasts that we found interesting and send them your way.

ENERGY | PAINT

Solar Paint Can Split Water Vapor and Generate Hydrogen

Researchers from RMIT University in Melbourne, Australia, have developed a solar paint that can absorb water vapor and split it to generate hydrogen. The paint relies on a new synthetic molybdenum-sulfide compound which both absorbs water and also acts as a semiconductor which catalyses the splitting of water molecules. [SCIENCE DAILY]

FUTURE OF WORK | AUTOMATION

Machines Will Create 58 More Million Jobs Than They Replace

As a counterpoint to a story we included back in July describing the millions of workers who are likely to be displaced by automation, the World Economic Forum now reports that while 75 million worldwide jobs may be lost to automation in just the next four years, 133 million will be created over the same period as business develop a new division of labor between people and machines. The report warns, however, that a lose-lose scenario is still possible if businesses do not invest in “upskilling” their workers. [WASHINGTON POST]

LEADERSHIP | MANAGEMENT

The Biggest Mistakes Bosses Make When Making Decisions — and How to Avoid Them

It almost goes without saying that decision making is one of the most crucial aspects of leadership. Now research shows that how bosses make decisions is just as important as what decisions they make. Do it right, and you have employees who are more satisfied with their jobs and bosses. Do it wrong, and you have employees who are frustrated, resentful, angry and confused. Unfortunately, too many bosses do it wrong. Where do decision-making processes go awry? And how can bosses make it right? Here are four ways that bosses trip themselves up. [WSJ]

TEXTILES | TECHNOLOGY | VIDEO

Kjus Launches the First Ski Jacket Powered by a Charged Membrane

Swiss brand Kjus, just launched a new ski jacket powered by a an electronically charged textile membrane that it claims moves sweat away from the body 10 times faster than traditional membranes. This new technology, developed by Osmotex, is known as Hydro_Bot and works using electro-osmosis controlled by a small module inside the garment. The jacket comes with a USB charging cable and—of course—a corresponding smartphone app. It can be yours for $1700. [WEARABLE TECHNOLOGIES]

ASTRONOMY

Six Strange Facts about the Interstellar Visitor ‘Oumuamua

On October 19, 2017, the first interstellar object, ‘Oumuamua, was discovered by the Pan-STARRS survey. It’s even stranger than you think, and we still can’t rule out the possibility that its origin is artificial. [SCIENTIFIC AMERICAN]

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In the course of our research for clients, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we pick five articles, videos, or podcasts that we found interesting and send them your way.

BIOENGINEERING | TEXTILES

Next Generation Cotton You Won’t Have to Iron

A team at Australia’s Commonwealth Scientific and Industrial Research Organization has started working on a cotton with many of the properties of synthetics, such as being stretchy, non-creasing and even waterproof, while retaining its natural fiber feel. “We’re looking into the structure of cotton cell walls and harnessing the latest tools in synthetic biology to develop the next generation cotton fiber,” CSIRO scientist Dr. Madeline Mitchell said. The goal: use the next generation cotton to take substantial market share from the current synthetics industry. [CSIRO]

INNOVATION

The Future Belongs to Whoever Creates It

An interesting blog post from Jeffrey Phillips, author of Relentless Innovation: “The fact is that the future doesn’t belong to anyone. Given the rapid pace of change and the emergence of new technologies and solutions, you can’t say with much certainty who will win . . . but if we try just a bit we can understand what’s likely to happen and in some instances perhaps even influence it.” [INNOVATE ON PURPOSE]

ENERGY | ENVIRONMENT

The Big Bet in Fracking: Water

Some investors see fortunes to be made in the U.S.’s hottest oil field—by speculating in water, not crude. Fledgling companies, many backed by private equity, are rushing to help shale drillers deal with one of their trickiest problems: what to do with the vast volumes of wastewater that are a byproduct of fracking wells. The wastewater is commonly removed by truck, 125 barrels at a time, and start-ups are focused on building pipelines to handle the volume. It’s tempting to think of this as an infrastructure play, but global companies should be thinking about the opportunity in other ways because there is a lot of money to be made: rising water management costs can add as much as $6 to the cost of producing a single barrel of crude. [WSJ]

DRONES

Warehouse Drones are Ready for the Spotlight

Delivery drones may have been getting the most press, but warehouse drones are are already making a difference in many industries. This is just the start of many in-plant uses of drones and other autonomous robot, and it’s a great proving ground: Warehouses are much more physically structured than manufacturing plants and so make it easier to develop capabilities. [SUPPLYCHAINDIVE]

PHYSICS | BIOLOGY | (OLD) INFOGRAPHIC

Revisiting a 1958 Map of Space Mysteries

A year after Sputnik launched in 1957, speculation was sizzling. Surely, humans would be up there before too long, which in turn would finally put us in a position to answer our many, many questions about the universe. In 1958, the American Oil Company (AMOCO) released a pictorial map outlining some of the most bedeviling space-related puzzles of the age and predicting what might happen when space explorers were able to get a closer look. Some of these questions were tied up pretty quickly, but the rest aren’t so neatly resolved. Sixty years later, Atlas Obscura checked in with space experts to weigh in on which have been cracked, and what continues to confound. Use the zoom tool to take a closer look. [ATLAS OBSCURA]

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