A new biosensor technology, commonly referred to as a “lab on a chip,” could monitor your health and alert you of exposure to bacteria, viruses, and pollutants.

“This is really important in the context of personalized medicine or personalized health monitoring,” says Mehdi Javanmard, co-author of the recently published work on the development. “Our technology enables true labs on chips. We’re talking about platforms the size of a USB flash drive or something that can be integrated onto an Apple Watch, for example, or a Fitbit.”

This from Rutgers University:

The technology, which involves electronically barcoding microparticles, giving them a bar code that identifies them, could be used to test for health and disease indicators, bacteria and viruses, along with air and other contaminants, says Javanmard, senior author of the study.

In recent decades, research on biomarkers—indicators of health and disease such as proteins or DNA molecules—has revealed the complex nature of the molecular mechanisms behind human disease. That has heightened the importance of testing bodily fluids for numerous biomarkers simultaneously, the study says.

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By: Andrew J. Hoffman, University of Michigan

When politicians distort science, academics and scientists tend to watch in shock from the sidelines rather than speak out. But in an age of “fake news” and “alternative facts,” we need to step into the breach and inject scientific literacy into the political discourse.

Nowhere is this obligation more vivid than the debate over climate change. Contrary to the consensus of scientific agencies worldwide, the president has called climate change a “hoax” (though his position may be shifting), while his EPA administrator has denied even the most basic link to carbon dioxide as a cause.

It’s another sign that we, as a society, are drifting away from the use of scientific reasoning to inform public policy. And the outcome is clear: a misinformed voting public and the passage of policies to benefit special interests.

Using data to meet predetermined goals

We saw this dynamic at work when President Trump announced his intention to withdraw from the Paris Agreement on climate change. In making his case, he presented an ominous economic future: “2.7 million lost jobs by 2025,” and industries devastated by 2040: “Paper – down 12 percent. Cement – down 23 percent. Iron and steel – down 38 percent. Coal – and I happen to love the coal miners – down 86 percent. Natural gas – down 31 percent.”

These data were drawn from a study – one study! – funded by the American Council for Capital Formation, a pro-business lobbying group, and conducted by National Economic Research Associates (NERA), a consulting firm for industrial clients often opposed to environmental regulations. The New York Times Editorial Board called the data “nonsense” and “a cornucopia of dystopian, dishonest and discredited data based on numbers from industry-friendly sources.”

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In an effort to increase security on airplanes, the U.S. government is considering expanding a ban on lithium-ion based devices from cabins of commercial flights, opting instead for passengers to transport laptops and other electronic devices in their checked luggage in the cargo department. However, statistics from the Federal Aviation Administration suggest that storing those devices in the cargo area could increase the risk of fires.

The FAA reports that batteries were responsible for nine airline fires in 2014. The number grew to 16 in 2015 and further to 31 in 2016. Most fires were able to be extinguished by passengers.
According to Homeland Security Secretary John Kelly, the U.S. government is considering expanding the ban to 71 additional airports.

(READ: “What’s Next for Batteries?” with Robert Kostecki.)

Mainstream concern regarding lithium-ion battery safety became widespread in 2016 when videos of hoverboards exploding began to emerge. Since then, news reports of smartphone and laptop batteries have emerged.

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At the 232nd ECS Meeting, we will feature the ECS Career Expo. This expo will be a tremendous platform for organizations to recruit potential employees from various backgrounds during ECS biannual meetings. This is an opportunity for employers to recruit the best and brightest in electrochemical and solid state sciences. The ECS Career Expo will serve as a perfect addition to our meeting and will help our job seeking attendees maximize their career potential by gaining access to a wide range of organizations.

Participating employers are offered the options to purchase a semi-private exhibit booth or an interview table to host interviews, meet and greets, or showcase their organizations. Both options include brand exposure through the meeting website, printed program and signage as well as the increase foot traffic on the exhibit floor which hosts our other exhibits and poster sessions.

Job seekers will be able to meet with employers to discuss career opportunities and how they may fit within their organization. Job hunting is stressful and competitive; let ECS aid you in your search for your seamless transition into a successful career.

If you have any questions or would like to get involved with the ECS Career Expo, contact our Director of Membership Services, Shannon.Reed@electrochem.org.

Student volunteers Alexander Limia (left), Georgia Institute of Technology and Xinyou Ke (center), Case Western Reserve University assist a meeting registrant.

Since its establishment in 2016, ECS’s student volunteer program has helped provide unique opportunities to young researchers in the field while offering complimentary meeting registration. During the 231st ECS Meeting, more than a dozen students from around the world took part in the student volunteer program, working to assist ECS staff in executing a successful meeting while opening new networking and engagement opportunities.

“The highlight of my volunteer experience was helping at the registration booth,” says Julie Anne del Rosario, PhD student at the University of the Philippines Diliman. “I got to do my volunteer work and at the same time meet more people going to the conference. Being a familiar face during the conference helped me start conversations with peers and colleagues.”

Benefits of the program include unique networking opportunities with meeting attendees, symposium organizers, and ECS staff while gaining a behind-the-scenes look into ECS meetings, learning how registration operates, technical sessions run, and how major meeting programs are facilitated.

“I got to see a glimpse of how to manage a large conference such as an ECS meeting,” del Rosario says. “That experience is beneficial to me as our group is also about to organize a symposium.”

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In May 2017, we sat down with ECS journal editors Robert Savinell and Dennis Hess at the 231st ECS Meeting to discuss the future of scholarly publishing, open access, and the Society’s Free the Science initiative. The conversation was led by Rob Gerth, director of marketing and communications at ECS.

In 1978, Savinell became an active member of ECS, serving as an associate editor for the Journal of The Electrochemical Society (JES) in 1984. He was appointed editor of JES in 2013, where he began focusing on continuing the tradition of rigorous review, enhancing timeliness of decision and publication, while transitioning JES to full open access. Savinell has recently been reappointed as editor JES for a three-year period, from May 18, 2017 through May 17, 2020.

Hess became a member of ECS in 1974. He has been active in both the ECS Dielectric Science and Technology and Division and ECS Electronics Division, serving as a divisional editor from 1978 through 1990. Currently, Hess is the editor of the ECS Journal of Solid State Science and Technology.

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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By: Kevin Smith, In the Open

Recently there has been a spate of comment expressing frustration about the allegedly slow progress of open access, and especially Green open access. It is hard to disagree with some of this sentiment, but it is important that frustration not lead us into trying to solve a problem with a worse solution. The key, I believe, to making real advances in open access is to walk away from the commercial publishers who have dominated the market for scholarship. Only if we do that can libraries free up money from our collection budgets to do truly new things. A new business model with the same old players, even if it were possible, would be a mistake.

The most articulate call for an open access future for scholarship – the Budapest Open Access Initiative — was issued fifteen years ago, in February 2002. There is no one better qualified to speak about the meaning of that declaration today than Professor Jean-Claude Guédon, who signed the original Budapest statement and last month published a brilliant and compelling article about where we are and where we need to go next in the movement toward open access scholarship.

Guédon covers a lot of ground in his article “Open Access: Toward the Internet of the Mind.” I want to focus on two points, one I think of as a warning and the other a signpost.

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According to a new report by IBM, consumers are taking cybersecurity issues seriously, with 56 percent stating that security and privacy will be a key factor in future vehicle purchasing decisions. This is leading automakers to take a hard look at potential points of exploitation, suspicious behavior, and response systems.

As technology advances, cars are becoming much more than just a mode of transportation. Stocked with sensors and computers, your vehicle acts as a kind of moving data center. With the rise of the Internet of Things, car technology is also being integrated with outside devices. While this seamless experience is beneficial in many ways for consumers, it also opens up vulnerabilities in technologies capable of being compromised and hacked.

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Researchers from Purdue University are making headway on solving issues in electrolyzers and fuel cell development by gaining new insight into electrocatalysts.

Electrocatalysts are key in promoting the chemical reactions that happen in both fuel cells and electrolyzers. However, while activating theses chemical reactions is crucial, the electrocatalysts tend to be unstable and can corrode when used in fuel cells and electrolyzers.

ECS member Jeffrey Greeley is looking to address this issue by identifying the structure for an active, stable electrocatalyst made of nickel nanoislands deposited on platinum.

“The reactions led to very stable structures that we would not predict by just looking at the properties of nickel,” Greeley says. “It turned out to be quite a surprise.”

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Assuming that the deployment of carbon removal technology will outpace emissions and conquer global climate change is a poor substitute for taking action now, say researchers.

With the current pace of renewable energy deployment and emissions reductions efforts, the world is unlikely to achieve the Paris Climate Agreement’s goal of limiting global warming to 2 degrees Celsius above pre-industrial levels. This trend puts in doubt efforts to keep climate change damages from sea level rise, heat waves, drought, and flooding in check. Removing carbon dioxide from the atmosphere, also known as “negative emissions,” has been thought of as a potential method of fighting climate change.

In their new perspective published in the journal Science, however, researchers from Stanford University explain the risks of assuming carbon removal technologies can be deployed at a massive scale relatively quickly with low costs and limited side effects—with the future of the planet at stake.

“For any temperature limit, we’ve got a finite budget of how much heat-trapping gases we can put into the atmosphere. Relying on big future deployments of carbon removal technologies is like eating lots of dessert today, with great hopes for liposuction tomorrow,” says Chris Field, professor of biology and of earth system science and director of Stanford’s Woods Institute for the Environment.

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