The first 2016, biannual meeting of the ALISTORE European Research Institute of leading European battery technology scientists took place in the CSIC (Consejo Superior de Investigaciones Cientificas) (National Research Council of Spain) European Office in Brussels across the 14th and 15th June 2016.

The two day event started with the theme “Future aspects of Materials Sciences & Electrochemistry research in the European Green Energy Economy: The role of the ALISTORE European Research Institute.” Discussion topics included : the current basic economics of energy storage technologies and those which can be coupled to renewable energy systems, the current bottlenecks in the improved performance greener battery supply chain and how we can create even better European – as opposed to national – efforts of R&D on energy storage solutions leading to faster product development and entry into the marketplace.

Member of the Environment Committee in the European Parliament Julie Girling chaired the debate by the scientific leaders in the first part of the meeting. The panel of scientific experts who led the debate included Dr. Anne de Guibert (SAFT, France, Industrial Club Member), Prof. Clare Grey (University of Cambridge, UK, Academic Member), Prof. Patrik Johansson (Chalmers University of Technology, Sweden, Academic Member), Dr .Yann Laot (TOTAL, France, Industrial Club Member), Dr. M. Rosa Palacin (ICMAB-CSIC, Spain, Academic Member).

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This week, The Moth podcast celebrated the world of science by going beyond the technical aspects to capture the behind-the-scenes stories. Listen to scientists and storytellers discuss everything from 8th grade science fairs to the Nobel Ceremony.

You can find The Moth on iTunes, Android, and through their RSS feed.

Listen to the ECS Podcast for more stories on the impact of science and the minds behind some of today’s biggest breakthroughs and innovations.

Nobel laureate and climate advocate Al Gore is optimistic about climate change in his new TED Talk. In his talk, Gore proposes three questions — the answers of which help make the case for optimism on climate change.

We’re delving into our archives as part of our continuing Masters Series podcasts. In 1995, ECS and the Chemical Heritage Foundation worked to compile various oral histories of some of the biggest names in electrochemical and solid state science.

One of those key figures was Norman Hackerman, a giant among giants. Hackerman was a world renowned scientist, an outstanding educator, a highly successful administrator, and a champion for basic research. Hear his voice once again as he tells colorful stories of the science, his life, and everything in between.

Listen and download these episodes and others for free through the iTunes Store, SoundCloud, or our RSS Feed. You can also find us on Stitcher.

An infographic that can visually tell the story of climate changes has been making its rounds on the internet.

Brainchild of climate scientists Ed Hawkins and Jan Fuglestvedt, the animation shows how global temperatures have spiraled upwards and outwards since 1850.

Spiralling global temperatures from 1850-2016 (full animation) https://t.co/YETC5HkmTr pic.twitter.com/Ypci717AHq

— Ed Hawkins (@ed_hawkins) May 9, 2016

The magic number here is 2°C. Once the global temperature hits 2°C above the average temperature between 1850 and 1900, many scientists believe that at least some aspects of climate change will be irreversible.

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As part of our continued commitment to Open Access publishing, ECS is in the process of ensuring an increasingly robust management of article credits, APCs, and APC discounts. ECS is pleased to announce we are partnering with CCC RightsLink, which is a sophisticated self-service system that allows authors to pay the appropriate fee or select the article credit for their articles. CCC RightsLink will help ECS to future-proof its Open Access activities in a sustainable way.

As of May 12, 2016 CCC RightsLink will be fully integrated with our article submission process. Authors will be able to pay color charges, supplemental material fees, and claim Open Access article credits through RightsLink’s self-service portal. (more…)

The future of technology

The iconic Moore’s law has guided Silicon Valley and the technology industry at large for over 50 years. Moore’s prediction that the number of transistors on a chip would double every two years (which he first articulated at an ECS meeting in 1964) bolstered businesses and the economy, as well as took society away from the giant mainframes of the 1960s to today’s era of portable electronics.

But research has begun to plateau and keeping up with the pace of Moore’s law has proven to be extremely difficult. Now, many tech-based industries find themselves in a vulnerable position, wondering how far we can push technology.

Better materials, better chips

In an effort to continue Moore’s law and produce the next generation of electronic devices, researchers have begun looking to new materials and potentially even new designs to create smaller, cheaper, and faster chips.

“People keep saying of other semiconductors, ‘This will be the material for the next generation of devices,’” says Fan Ren, professor at the University of Florida and technical editor of the ECS Journal of Solid State Science and Technology. “However, it hasn’t really changed. Silicon is still dominating.”

Silicon has facilitated the growth predicted by Moore’s law for the past decades, but it is now becoming much more difficult to continue that path.

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May the 4th be with you

Whether you’re a Star Wars superfan or find yourself lost when the conversation turns to discussions of the feasibility of the Death Star, you can probably identify the epic space series’ iconic lightsaber. The lightsaber has become one of the most recognizable images in popular culture, but is it purely fiction or could it be a reality?

According to the Star Wars books, lightsabers are pretty complex devices but essentially boil down to a few key elements: a power source and emitter to create light, a crystal to focus the light into a blade, a blade containment field, and a negatively charged fissure. In the Star Wars galaxy, a lightsaber creates energy, focuses it, and contains it.

But that’s fiction and those ideas are not in line with current science and technology. So how could we build a lightsaber with the tools we have today?

Many people look initially to laser technology when discussing a practical lightsaber. It’s unrealistic to say that light could be the source of the blade seeing as light has no mass (creating a pretty insufficient weapon), but lasers could be an alternative. It may seem contradictory to say that lasers could be the blade in a lightsaber when lasers are essentially light focused to a very fine point, but as Looper puts it, light is to a laser what a tree is to paper.

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While you may be unfamiliar with Khalil Amine, he has made an immense impact in your life if you happen to use batteries in any way.

As a researcher with a vision of where the science can be applied in the market, Amine has been monumental in developing and moving some of the biggest breakthroughs in battery technology from the lab to the marketplace.

Amine is currently head of the Technology Development Group in the Battery Technology Department at Argonne National Laboratory. From 1998-2008 he was the most cited scientist in the world in the field of battery technology.

He is the chair of the organizing committee for the 18th International Meeting on Lithium Batteries being held this June in Chicago.

Listen to the podcast and download this episode and others for free through the iTunes Store, SoundCloud, or our RSS Feed. You can also find us on Stitcher.

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A giant among giants

Harry Kroto, distinguished chemist and pioneering nanocarbons researcher, passed away on April 30, 2016 at the age of 76. Kroto, a giant among giants, made an immense impact not only on ECS and its scientific discipline – but the world at large.

“Harry Kroto’s passing is a great loss to science and society as a whole,” says Bruce Weisman, professor at Rice University and division chair of the ECS Nanocarbons Division. “He was an exceptional researcher whose 1985 work with Rick Smalley and Bob Curl launched the field of nanocarbons research and nanotechnology.”

Revolutionizing chemistry

That work conducted by Kroto, Smalley, and Curl yielded the discovery of the C60 structure that became known as the buckminsterfullerene (or the “buckyball” for short). Prior to this breakthrough, there were only two known forms of pure carbon: graphite and diamond. The work opened a new branch in chemistry with unbound possibilities, earning the scientists the 1996 Nobel Prize in Chemistry.

The field of nanocarbons and fullerenes, since the discovery by Kroto and company, has evolved into an area with almost limitless potential. The applications for this scientific discipline are wide-ranging – from energy harvesting to sensing and biosensing to biomedical applications and far beyond. Research in this field continues to fill the pages of scholarly journals, making possible innovations that were not even conceived before the seminal 1985 work.

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