We are fast approaching the exact date of our 115th anniversary. On April 2, 1902, the American Electrochemical Society (as ECS was called in the beginning) held its first meeting in Philadelphia. In the transactions of the first meeting, President Joseph Richard’s wrote:

Such is the force, the necessary condition, which has brought into existence The American Electrochemical Society… being, therefore, a necessity, a pressing need, its formation was inevitable… The results having justified the insight of the projectors of the society, the first meeting has been an enthusiastic success, the organization now exists, its future assured of usefulness. With confidence we stand out to sea.

Today, we feel the same “necessary condition” and “pressing need” for inevitable change. This time, however, our goal is to change our publishing business model to completely open the ECS Digital Library while maintaining our high standards of peer review and adapting new technologies and principles related to open science.

We believe that we have an imperative to implement Free the Science, both from a research standpoint—our sciences have broad implications for human and environmental sustainability—and from a scholarly communication perspective—we believe everyone should have the same access to share and acquire knowledge. With open access and open research receiving such a crescendo of support from governments, funders, advocates, and scientists, we believe that ECS can provide leadership in the impending publishing revolution.

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Reports of a woman’s headphones catching fire while on a flight from Bejing to Melbourne has once again heightened interest in lithium-ion battery safety. According to the Australian Transport Safety Bureau, the incident occurred while the woman was sleeping mid-flight wearing battery-powered headphones.

Early in 2016, battery expert and ECS fellow, K.M. Abraham, talked to ECS about lithium-ion battery safety concerns amidst reports of exploding hoverboards. Below are some excerpts of what he had to say.

“It is safe to say that these well-publicized hazardous events are rooted in the uncontrolled release of the large amount of energy stored in lithium-ion batteries as a result of manufacturing defects, inferior active and inactive materials used to build cells and battery packs, substandard manufacturing and quality control practices by a small fraction of cell manufacturers, and user abuses of overcharge and over-discharge, short-circuit, external thermal shocks and violent mechanical impacts,” Abraham told ECS. “All of these mistreatments can lead lithium-ion batteries to thermal runaway reactions accompanied by the release of hot combustible organic solvents which catch fire upon contact with oxygen in the atmosphere.”

Read Abraham’s full article.

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Sensors have become intertwined with our everyday life. From the cars to phones to medical devices, sensors are embedded in many of the technologies we consistently use.

However, microelectromechanical systems (MEMS) accelerometers, which measure the rate of change in an object’s speed, can be tricked, according to a new study from the University of Michigan.

This from the University of Michigan:

Researchers used precisely tuned acoustic tones to deceive 15 different models of accelerometers into registering movement that never occurred. The approach served as a backdoor into the devices—enabling the researchers to control other aspects of the system.

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One of the keys to developing a successful electric vehicle relies on energy storage technology. For an EV to be successful in the marketplace, it must be able to travel longer distances (i.e. over 300 miles on a single charge).

A team of researchers from Georgia Institute of Technology, including ECS fellow Meilin Liu, has recently created a nanofiber that they believe could enable the next generation of rechargeable batteries, and with it, EVs. The recently published research describes the team’s development of double perovskite nanofibers that can be used as highly efficient catalysts in fast oxygen evolution reactions. Improvements in this key process could open new possibilities for metal-air batteries.

“Metal-air batteries, such as those that could power electric vehicles in the future, are able to store a lot of energy in a much smaller space than current batteries,” Liu says. “The problem is that the batteries lack a cost-efficient catalyst to improve their efficiency. This new catalyst will improve that process.”

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ECS is a sponsor of the 68th Annual Meeting of the International Society of Electrochemistry (ISE) being held August 27 – September 1, 2017 in Providence, Rhode Island.

The scientific theme of the meeting is Electrochemistry without Borders, meant to emphasize the global character of the electrochemical community encompassed by the ISE.

ECS is continuing its partnership with ISE and will be presenting a symposium on “Education for Electrochemistry and Electrochemical Engineering” covering present and future trends in electrochemistry and electrochemical engineering education at undergraduate and/or graduate levels.

Also, ECS President Krishnan Rajeshwar from The University of Texas at Arlington will be presenting “Photoelectrochemistry, Solid-State Chemistry, and Solar Fuels: A Nexus?” at this meeting.

Please visit the conference website for more information and to submit your abstract before March 22.

ECS is sponsoring the XXXII National Congress of the Mexican Society of Electrochemistry (SMEQ) and 10th Meeting of the ECS Mexico Section. The meeting will take place June 5-8, 2017 in Guanajuato, Mexico.

ECS President Krishnan Rajeshwar will be a featured speaker at the congress.

Learn more about SMEQ.

By: Mary Yess, ECS Deputy Executive Director & Chief Content Officer

Richard Poynder (@RickyPo) is well-known and well-respected in the open access community, especially for his “Open and Shut?” blog. Poynder has written an excellent post, which is part interview with Philip Cohen, founder of the SocArXiv preprint server, and part synopsis of the resurgent preprint server movement. The precursor of them all is arXiv, which was founded way back in 1991. Poynder asks, can preprint servers “gain sufficient traction, impetus, and focus to push the revolution the open access movement began in a more desirable direction?”

The post also talks a good bit about the preprint server framework created by the Center for Open Science (COS). ECS, who is working with COS on launching our own preprint server, gets several mentions in the article as well. In this age of 8-second attention spans, it’s a long article, but it’s well worth the read.

By: Jeff Inglis, The Conversation

Editor’s note: The following is a roundup of archival stories.

On March 14, or 3/14, mathematicians and other obscure-holiday aficionados celebrate Pi Day, honoring π, the Greek symbol representing an irrational number that begins with 3.14. Pi, as schoolteachers everywhere repeat, represents the ratio of a circle’s circumference to its diameter.

What is Pi Day, and what, really, do we know about π anyway? Here are three-and-bit-more articles to round out your Pi Day festivities.

A silly holiday

First off, a reflection on this “holiday” construct. Pi itself is very important, writes mathematics professor Daniel Ullman of George Washington University, but celebrating it is absurd:

The Gregorian calendar, the decimal system, the Greek alphabet, and pies are relatively modern, human-made inventions, chosen arbitrarily among many equivalent choices. Of course a mood-boosting piece of lemon meringue could be just what many math lovers need in the middle of March at the end of a long winter. But there’s an element of absurdity to celebrating π by noting its connections with these ephemera, which have themselves no connection to π at all, just as absurd as it would be to celebrate Earth Day by eating foods that start with the letter “E.”

And yet, here we are, looking at the calendar and getting goofily giddy about the sequence of numbers it shows us.

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The winter 2016 issue of Interface is now available in the ECS Digital Library! This issue celebrates 25 years of Interface! Since its establishment, Interface has continuously provided Society members with top of the line technical articles about the latest developments in the fields of solid state and electrochemical science and technology. It also provides news and information about and for members.

This issue includes a special reflection article on its 25 years that contains highlights from every past quarterly issue of Interface, since its start in 1992. It also covers the highlights from PRiME 2016, where 67 countries were represented.

With Interface, members never miss out on updates such as Society news, people news, student news, and important technology highlights. Featured articles from the sensor division issue include:

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ECS is committed to open access through Free the Science, an initiative to completely open our research library and implement open science tools to further scientific advancement in our fields of research.

Our efforts are part of a much larger movement happening across the world. The Open Research Funders Group was announced late last year with foundational support from big names like the Bill & Melinda Gates Foundation, Alfred P. Sloan Foundation, Laura and John Arnold Foundation, and the John Templeton Foundation, to name a few. Recently, the James S. McDonnell Foundation joined the group that is committed to increasing access to research outputs. Using their positions as major funding institutions, the group believes that openness accelerates discovery, reduces information-sharing gaps, encourages innovations, and promotes reproducibility. See a complete list of members of the Open Research Funders Group here.

Former U.S. Vice President Joe Biden announced in a speech to the American Association for Cancer Research that open access, open data, and new research incentives are the best way to contribute to the fight against cancer. In line with his Cancer Moonshot initiative, Biden laid out a series of policy priorities to incentivize open sharing of research data and open access to research articles. Learn more about the Cancer Moonshot initiative here.

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