I hope most of you have heard of ECS’s initiative to Free the Science. Our goal is to make our high quality, peer-reviewed research in the ECS Digital Library freely available to everyone. That means authors can publish for free and anyone, anywhere, can read papers, abstracts, or proceedings without a subscription. We think it will revolutionize the progress made in our niche of science and we hope it will set an example for other publishers, especially those that are nonprofit societies, to pursue a more robust open access business model.

As we celebrate our 115th anniversary this year, Free the Science couldn’t be more important. The research that YOU do has the ability to solve some of the world’s most pressing issues from energy independence and clean water, to safety and medical technology. We don’t think it’s too bold to say that our science can save lives and ensure our planet’s sustainability. And that’s why, more than ever, we must work together to Free the Science.

But our initiative to Free the Science is hardly free. While we want to open access to science there is a cost to producing peer-reviewed research. It takes time, money, and know-how to disseminate quality scientific research. After 115 years in the field of scholarly communications, ECS has the knowledge and bandwidth to implement such an initiative, but we need the support of our membership to make it happen.

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Think.Check.Submit.

ECS wants you to learn how to publish with a trusted journal.  A cross-industry initiative called Think.Check.Submit. is led by representatives from various organizations and publishers that encourages authors to find trusted journals for their research. It provides easy steps to follow about safe publishing as well as questions authors should be asking themselves.

ECS and our friends at Think.Check.Submit. are encouraging authors to:

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EJ Taylor is the chief technical officer and intellectual property director at Faraday Technology, which focuses on research and development services related to aerospace, energy, environmental, manufacturing, and medical markets.

He is the current ECS treasurer as well as the chair of the ECS Free the Science advisory board.

Taylor’s work includes corrosion sensing technologies, electrochemical cells for printed circuit boards, and electrochemical water treatment technologies.

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Nominations Deadline: April 15, 2017

The ECS Organic and Biological Electrochemistry (OBE) Division is currently accepting nominations:

OBE Division Manuel M. Baizer Award: established in 1992 to recognize individuals for their outstanding scientific achievements in the electrochemistry of organics and organometallic compounds, carbon-based polymers and biomass, whether fundamental or applied, and including but not limited to synthesis, mechanistic studies, engineering of processes, electrocatalysis, devices such as sensors, pollution control, and separation/recovery. (Specifically excluded are the development of electroanalytical methods and purely physical electrochemistry). The award is sponsored by The Electrosynthesis Company, Inc. and Monsanto Company.

The award consists of a scroll, and a $1,000 prize. The recipient is required to attend the spring 2018 biannual meeting in Seattle, WA to present an award lecture.

The OBE Division Award is part of ECS Honors & Awards Program, one that has recognized professional and volunteer achievement within our multi-disciplinary sciences for decades. Learn more about various forms of ECS recognition and those who share the spotlight as past award winners.

Nominate a colleague today!

By: Tom Solomon, Bucknell University

“The evidence is incontrovertible. Global warming is occurring.” “Climate change is real, is serious and has been influenced by anthropogenic activity.” “The scientific evidence is clear: Global climate change caused by human activities is occurring now, and is a growing threat to society.”

As these scientific societies’ position statements reflect, there is a clear scientific consensus on the reality of climate change. But although public acceptance of climate theory is improving, many of our elected leaders still express skepticism about the science. The theory of evolution also shows a mismatch: Whereas there is virtually universal agreement among scientists about the validity of the theory, only 33 percent of the public accepts it in full. For both climate change and evolution, skeptics sometimes sow doubt by saying that it is just a “theory.”

How does a scientific theory gain widespread acceptance in the scientific community? Why should the public and elected officials be expected to accept something that is “only a theory”? And how can we know if the science behind a particular theory is “settled,” anyway?

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Taking a detailed look inside energy storage systems could help solve potential issues before they arise. A team of researchers from Brookhaven National Laboratory are doing just that by imaging the inner workings of a sodium-metal sulfide battery, leading them to understand the cause of degraded performance.

“We discovered that the loss in battery capacity is largely the result of sodium ions entering and leaving iron sulfide—the battery electrode material we studied—during the first charge/discharge cycle,” says Jun Wang, co-author of the study. “The electrochemical reactions involved cause irreversible changes in the microstructure and chemical composition of iron sulfide, which has a high theoretical energy density. By identifying the underlying mechanism limiting its performance, we seek to improve its real energy density.”

Performance degradation in charge/discharge cycles has been the main problem researchers encounter when pursuing sodium-ion battery research. While the battery’s performance points to degradation issues, not much was previously known about what caused this degradation.

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By: Carolyn Conner Seepersad, University of Texas at Austin

As millions of students of all ages return to school this fall, they are making important choices that have a strong influence on their eventual career path – which college majors to pursue, which high school classes to take, even which elementary school extracurricular activities to join. Many of them – especially women, girls and members of minority groups – make choices that lead them away from professions in the fields of science, technology, engineering and mathematics (STEM).

Women are just 13 percent of mechanical engineering undergraduate students. And women earn only 14.2 percent of doctorate degrees in mechanical engineering. More broadly, women make up 49 percent of the college-educated workforce, but only 14 percent of practicing engineers nationwide.

When these disparities persist, everyone suffers. Women miss out on opportunities in growing and highly paid occupations that require science and engineering skills. Furthermore, diverse design teams are more innovative and often avoid key flaws when designing products and systems with which we interact on a daily basis. Early airbags designed by primarily male design teams worked for adult male bodies, but resulted in avoidable deaths of female and child passengers. Early voice recognition systems failed to recognize female voices because they were calibrated for standard male voices.

How can we get more women into engineering fields, and help them stay for their whole careers? We need their insight and creativity to help solve the problems facing our world.

Options for action

Experts tell us that there are a variety of things that will help. For example, we need to encourage young girls to develop their spatial skills, laying the foundation for further scientific exploration as they grow.

We also need to find ways to help women feel less alone as they help us build a more inclusive engineering community. This includes hosting female-focused engineering interest groups on campuses and in workplaces, and highlighting engineering role models who reflect the true diversity of our population.

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By: Gary W. Hunter, Raed A. Dweik, Darby B. Makel, Claude C. Grisby, Ryan S. Mayes, and Cristian E. Davis

The advent of the Internet of Things suggests the potential for broad dissemination of information through a world of networked systems. An aspect of this paradigm is reflected in the concept of Smart Sensors Systems previously described in Interface: Complete self-contained sensor systems that include multi-parameter sensing, data logging, processing and analysis, self-contained power, and an ability to transmit or display information.

One application of Smart Sensor Systems is in the healthcare field. The concept of smart technologies that can monitor a patient’s health, assist in remote assessment by a health care provider, and improve the patient’s quality of life with limited intrusion and decreased costs is another aspect of a more interconnected world composed of distributed intelligent systems. One area where smart sensor systems may have a significant health care impact is in the area of breath analysis.

Breath analysis techniques offer a potential revolution in health care diagnostics, especially if these techniques can be brought into standard use. Of particular interest is the development of portable breath monitoring systems that can be used outside of a clinical setting, such as at home or during an activity. This article provides a brief overview of the motivation for breath monitoring, possible components of portable breath monitoring systems, and provides an example of this approach.

Read the full article in the winter 2016 edition of Interface.

By: Jonathan Coopersmith, Texas A&M University

Imagine if you could gas up your GM car only at GM gas stations. Or if you had to find a gas station servicing cars made from 2005 to 2012 to fill up your 2011 vehicle. It would be inconvenient and frustrating, right? This is the problem electric vehicle owners face every day when trying to recharge their cars. The industry’s failure, so far, to create a universal charging system demonstrates why setting standards is so important – and so difficult.

When done right, standards can both be invisible and make our lives immeasurably easier and simpler. Any brand of toaster can plug into any electric outlet. Pulling up to a gas station, you can be confident that the pump’s filler gun will fit into your car’s fuel tank opening. When there are competing standards, users become afraid of choosing an obsolete or “losing” technology.

Most standards, like electrical plugs, are so simple we don’t even really notice them. And yet the stakes are high: Poor standards won’t be widely adopted, defeating the purpose of standardization in the first place. Good standards, by contrast, will ensure compatibility among competing firms and evolve as technology advances.

My own research into the history of fax machines illustrates this well, and provides a useful analogy for today’s development of electric cars. In the 1960s and 1970s, two poor standards for faxing resulted in a small market filled with machines that could not communicate with each other. In 1980, however, a new standard sparked two decades of rapid growth grounded in compatible machines built by competing manufacturers who battled for a share of an increasing market. Consumers benefited from better fax machines that seamlessly worked with each other, vastly expanding their utility.

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There’s a lot of noise in our world today about separating fact from fiction. We are constantly bombarded with volumes of information and data—and we are challenged with what and who to believe?

But when it comes to electrochemistry and solid state sciences, and related fields, be assured that the ECS journals are a source that you can trust. For 115 years, ECS has been publishing high quality, peer-reviewed journals that contain work from YOU—renowned scientists, engineers, inventors, and Nobel Laureates. YOU also provide the high quality and knowledgeable peer review of manuscripts submitted for ECS journal consideration. From our meetings proceedings, ECS Transactions, to our journals, the Journal of the Electrochemical Society and the Journal of Solid State Science and Technology, we maintain rigorous standards that land our publications in the top ranked, most cited in the world.

ECS is also one of the only remaining independent, nonprofit society publisher of electrochemistry and solid state science and technology. With over 3.2 million full-text article downloads in 2016, we are seeing an increase in use of the ECS Digital Library since we have transitioned to hybrid open access, with the future goal to completely Free the Science, ensuring complete access to our entire body of knowledge.

We’re proud of this legacy and we thank you for the contributions that you’ve made to ECS publications through the years.

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