Category Batteries

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.


A New Spring for Polymers in Japan

Supported by government funding, researchers in Japan have invented an array of novel polymers. One such material is a new type of aerogel called superfunctional air, or Sufa. Made of up to 98% air, it has superb insulation properties and transparency similar to glass, making it excellent for use in windows. And unlike other aerogels, it is softer, retains its shape after being pressed, and dries on its own, dramatically driving down production costs. [C&EN]


Electric Car Battery with 600 Miles of Range? This Startup Claims to Have Done It

Innolith, a Swiss startup, claims to have made the world’s first 1,000 Wh/kg rechargeable lithium battery. With most electric car batteries topping out at about 250 Wh/kg, it sounds like a specious claim. But Innolith says the difference lies in the technology: they use an inorganic, salt-like material instead of the highly flammable organic solvent traditionally used in “wet” lithium-ion batteries. Plans are to launch a pilot program in Germany, and have the batteries ready for market by 2022. [VERGE]


Maslow Didn’t Make the Pyramid that Changed Management History

According to a new study by three management professors, the ubiquitous Maslow’s Pyramid infographic was not designed by the psychologist, but by a management consultant inspired by a theorist’s flawed interpretation of Maslow’s ideas (which many believe to be flawed themselves). When the oversimplified interpretation was applied to business management, it took on a life of its own. [QUARTZ]


Teaching Machines to Reason About What They See

Researchers want computers to reason more like humans. To accomplish this, they are merging statistical with symbolic programming. Popular in the mid-twentieth century, symbolic AI uses less data and inputs, instead relying on rules and logic to help machines connect images with words and make comparisons, much like a young child would. Studies led by the MIT-IBM research team are showing promising results. [MIT]


Video: Phase-Changing Material Keeps Ice at Bay

Accumulation of ice on wind turbines or power lines can be damaging and dangerous. This short video details how dimethyl sulfoxide, which freezes at a higher temperature than water, is employed to keep ice from forming on surfaces. [C&EN]

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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.


Superconductor Boosts Lithium-Sulfur Battery Performance

Next-generation batteries based on lithium-sulfur chemistry could store more energy in lighter packages than today’s best lithium-ion batteries. But the intricacies of Li-S chemistry also limit its durability. Now researchers have found they can rein in the chemistry of Li-S cathodes by adding nanoparticles of the superconductor magnesium diboride. [C&EN]


Carbon Dioxide Emissions from the U.S. Power Sector Have Declined 28% Since 2005

Carbon dioxide emissions from the electric power sector have been on a steady decline and are now at the lowest level since 1987. Driven by low demand, state policies, and federal tax incentives encouraging the use of noncarbon electric generation like solar and wind, this decline in emissions will likely be a continuing trend. [EIA]


Lean StartUp’s Newest Tool: Innovation Accounting

A recent study of 1200 executives found that over half of them struggle with connecting their business and innovation strategies. Almost 75% believe they are not out-innovating their competition. Eric Ries, author of The Startup Way, thinks it’s because companies are measuring their progress using wild guesses; they should start using science instead. [INC]


Redefining the Kilogram

The official object that defines the mass of a kilogram is a tiny, 139-year-old cylinder of platinum and iridium that resides in a triple-locked vault near Paris. Because it is so important, scientists almost never take it out; instead they use copies called working standards. But the last time they did inspect the real kilogram, they found it slightly heavier than all the working standards, which have been leaving behind a few atoms of metal every time they are put on scales. The result: representatives from 57 countries are meeting this month to vote on a proposal to make the International System of Units fully dependent on constants of nature. The ampere, kelvin, mole, and kilogram are all expected to get new definitions. [SCIENTIFIC AMERICAN]


The 8 Best Science Images, Videos, and Visualizations of the Year

From basic principles that explain our universe, to the newest technology, science can be weird, fun, and down right exciting. But science can also be strikingly beautiful. These 8 visuals are the best this year that not only explain scientific concepts clearly, but also show just how stunning science can be. [POP SCI]

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In the course of our research for clients across many industries and fields, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we deliver five interesting things we came across during the preceding weeks. And no filler.


Nokia and Vodafone Will Bring 4G to the Moon

With upcoming, non-governmental space missions delivering two new rovers to the lunar surface, Nokia and Vodafone are partnering to create a 4G base-station on the moon. The Vodafone station will use Nokia hardware to communicate more seamlessly with the rovers as well as stream high-def video back to Earth. [ENGADGET]


Investment in Lithium-ion Technologies May Crowd Out Future Innovation

This article highlights how the growth of lithium-ion-based battery infrastructure is creating technological lock-in: in spite of known thermal hazards and the impracticality of lithium-ion for powering airplanes and large trucks, chemistries beyond lithium-ion are facing higher barriers to entry and, thus, less commercial interest. The article suggests policymakers need to respond to lithium-ion lock-in by promoting research and development in high energy density alternatives, like aluminium-air or lithium-sulfur. [BROOKINGS INSTITUTION]


Lego Bricks to Be Made from Plants

Implementing a sustainability roadmap developed in 2015, the Danish manufacturer began production of Lego blocks from bio-based polyethylene. Beginning with the plant-like tree and leaf Lego pieces, the move from ABS to more sustainable materials will start small but looks to provide a different meaning and a sustainable future for “block polymers.” [CHEMICAL & ENGINEERING NEWS]


Biocomputer and Memory Built Inside Living Bacteria

Reporting on two separate feats in bioengineering, this article recaps original research in which the DNA of e.coli was manipulated to store data and, indirectly, perform basic logic functions. Researchers at Harvard archived a 36×26 pixel GIF in the e.coli DNA and then were able to retrieve the GIF with 90% efficiency and obviously recognizable form. Separately but concurrently at Harvard, a synthetic strand of DNA introduced to e.coli directed the cell to produce a RNA-based “computer” capable of basic logic and programming. [IEEE SPECTRUM]


The Five New Forces In Innovation Strategy

The article summarizes some key topics from the Drucker Forum 2017 with a focus on the five new forces outlined by Lean Start-Up pioneer Steve Blank. In addition to discussing the five forces, the article notes the importance of avoiding “innovation theater” by maintaining a healthy innovation pipeline with measured results. [FORBES]

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