Participants of the inaugural Battery Student Slam at the 231st ECS Meeting, from left to right: Sunhyung Jurng (session chair), University of Rhode Island; Mickdy Milien (session chair), University of Rhode Island; Robert Masse, University of Washington; Jeffrey Smith, University of Michigan; Jennifer Hoffmann (session chair), BASF Corporation; Vaclav Knap, Aalborg University; and Edward Thai, California State University, Long Beach.
(Click to enlarge.)

The first ever ECS Battery Student Slam symposium took place at 231st ECS Meeting in New Orleans, providing young researchers a new experience in presenting oral presentations at ECS meetings. After the success of the inaugural symposium, the Battery Student Slam is set to make its second appearance at the upcoming 232nd ECS Meeting in National Harbor, MD, October 1-5.

“We’re trying to create a symposium format that’s student-friendly,” says Brett Lucht, lead organizer of the symposium at the 231st ECS Meeting.

The symposium is open to students pursing undergraduate or graduate degrees geared toward battery-related research, ranging from battery materials and design to fuel cells and supercapacitors. Each student participating in the symposium delivers a 10 minute presentation about their work followed by two minutes of questions and discussion from the audience. The top three presentations in the symposium are then recognized with cash prizes and awards as judged by the symposium organizers.

“By putting students in their own symposium and giving them shorter periods of time for their presentations, we felt it would create less stress for the students,” Lucht says.

During the inaugural symposium at the 231st ECS Meeting, Wenhao Li from the University of Massachusetts at Amherst took home the first place prize with his talk, “Nanoimprinting of Woodpile Electrodes for 3D Lithium-Ion Microbatteries with Both High Capacity and Power.”

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Researchers have developed a new method for evaluating drug safety that can detect stress on cells at earlier stages than current methods, which mostly rely on detecting cell death.

The new method uses a fluorescent sensor that is turned on in a cell when misfolded proteins begin to aggregate—an early sign of cellular stress. The method can be adapted to detect protein aggregates caused by other toxins as well as diseases such as Alzheimer’s or Parkinson’s.

“Drug-induced protein stress in cells is a key factor in determining drug safety,” says senior author Xin Zhang, assistant professor of chemistry and of biochemistry and molecular biology at Penn State.

“Drugs can cause proteins—which are long strings of amino acids that need to be precisely folded to function properly—to misfold and clump together into aggregates that can eventually kill the cell. We set out to develop a system that can detect these aggregates at very early stages and that also uses technology that is affordable and accessible to many laboratories,” Zhang says.

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Researchers have developed an inexpensive and scalable technique that can change plastic’s molecular structure to help it cast off heat.

Advanced plastics could usher in lighter, cheaper, more energy-efficient product components, including those used in vehicles, LEDs, and computers—if only they were better at dissipating heat.

The concept can likely be adapted to a variety of other plastics. In preliminary tests, it made a polymer about as thermally conductive as glass—still far less so than metals or ceramics, but six times better at dissipating heat than the same polymer without the treatment.

“Plastics are replacing metals and ceramics in many places, but they’re such poor heat conductors that nobody even considers them for applications that require heat to be dissipated efficiently,” says Jinsang Kim, a materials science and engineering professor at the University of Michigan. “We’re working to change that by applying thermal engineering to plastics in a way that hasn’t been done before.”

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S.V. Babu courtesy of Clarkson University

ECS recently announced the reappointment of S.V. Babu, Distinguished University Professor of Chemical and Biomolecular Engineering in Clarkson University’s Wallace H. Coulter School of Engineering, to its Editorial Advisory Committee (EAC).

The EAC expedites and facilitates evaluation and publication decisions of manuscripts submitted to ECS journals. In this role, experts like Prof. Babu, provide support to the journal editors in areas where existing technical editors and associate editors may need additional assistance. Committee members are available for a rapid review and additional opinions to supplement conflicting or imbalanced comments from other reviewers; processing assistance in the journal areas that receive a large number of annual submissions; and reviewing and expediting articles that go in the Society’s other communications media.

Babu is the past director of Clarkson’s Center for Advanced Materials Processing and an expert in the field of chemical-mechanical planarization (CMP), holding 31 patents. He has supervised 44 PhD and 38 MS students and is a co-author of more than 250 professional publications, including 198 peer-reviewed publications. He has organized and co-organized many conferences and symposiums, as well as served as keynote speaker numerous times. He has been named twice with the IBM Faculty Award (2004 and 2016), and acknowledgement of his contributions to education and research from Intel, The Chinese Academy of Sciences, and the World Education Congress among other external recognition.

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ECS has experienced outstanding growth in several areas as highlighted in our 2016 Annual Report. This is great for the health of the society. As ECS continues the commitment to disseminate electrochemistry and solid state science research, the need for our members becomes ever so important. The question has become – how can ECS best serve its members?

For years ECS has offered member benefits that include access and downloads from the ECS Digital Library, meeting registration and publication discounts, open access article publishing credits, and many more. But, our landscape is changing – as it is for all membership based organizations.

To increase the value of our membership, ECS has or is launching several upcoming programs*:

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ECS Transactions 77(11) “Selected Proceedings from the 231st ECS Meeting: New Orleans, LA – Spring 2017,” has just been published.

This issue contains papers from the following symposia:

A01 – Battery and Energy Technology Joint General Session

A02 – Large-Scale Energy Storage 8

A04 – Battery Safety

A05 – Lithium-Ion Batteries and Beyond

A06 – Battery Student Slam 1

B01 – Carbon Nanostructures for Energy Conversion

B02 – Carbon Nanostructures in Medicine and Biology

B04 – Endofullerenes and Carbon Nanocapsules

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Image: CC0 Public Domain

Researchers at Los Alamos National Laboratory (LANL) are taking a closer look at fuel cell catalysts in hopes of finding a viable alternative to the expensive platinum and platinum-group metal catalysts currently used in fuel cell electrodes. Developments in this area could lead to more affordable next-generation polymer electrolyte fuel cells for vehicles.

The research, led by ECS fellow Piotr Zelenay, looks at the fuel cell catalysts at the atomic level, providing unique insight into the efficiency of non-precious metals for automotive and other applications.

“What makes this exploration especially important is that it enhances our understanding of exactly why these alternative catalysts are active,” Zelenay says. “We’ve been advancing the field, but without understanding the sources of activity; without the structural and functional insights, further progress was going to be very difficult.”

This from LANL:

Platinum aids in both the electrocatalytic oxidation of hydrogen fuel at the anode and electrocatalytic reduction of oxygen from air at the cathode, producing usable electricity. Finding a viable, low-cost PGM-free catalyst alternative is becoming more and more possible, but understanding exactly where and how catalysis is occurring in these new materials has been a long-standing challenge. This is true, Zelenay noted, especially in the fuel cell cathode, where a relatively slow oxygen reduction reaction, or ORR, takes place that requires significant ‘loading’ of platinum.

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Researchers have found a way to use magnetic nanoparticle clusters to punch through biofilms to reach bacteria that can foul water treatment systems.

The nanoclusters then deliver bacteriophages—viruses that infect and propagate in bacteria—to destroy the bacteria, usually resistant to chemical disinfection.

Without the pull of a magnetic host, these “phages” disperse in solution, largely fail to penetrate biofilms and allow bacteria to grow in solution and even corrode metal, a costly problem for water distribution systems.

The Rice University lab of environmental engineer Pedro Alvarez and colleagues in China developed and tested clusters that immobilize the phages. A weak magnetic field draws them into biofilms to their targets.

“This novel approach, which arises from the convergence of nanotechnology and virology, has a great potential to treat difficult-to-eradicate biofilms in an effective manner that does not generate harmful disinfection byproducts,” Alvarez says.

Biofilms can be beneficial in some wastewater treatment or industrial fermentation reactors owing to their enhanced reaction rates and resistance to exogenous stresses, says graduate student and co-lead author Pingfeng Yu.

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Image: CC0 Public Domain

Just a few weeks after France vowed to get gasoline and diesel powered cars off the road by 2040, Australia has joined in on the conversation of transportation transformation. According to a statement, Queensland is looking to kick off an electric vehicle revolution with the implementation of an “electric super highway.”

The highway will incorporate 18 towns and cities in Australia. Officials expect the highway to be completed within the next six months, stretching 1,240 miles along the Queensland’s east coast loaded with 18 fast-charging stations that can charge a car in 30 minutes, allowing electric vehicle drivers to make it from the state’s southern border to the far north.

“EVs can provide not only a reduced fuel cost for Queenslanders, but an environmentally-friendly transport option, particularly when charged from renewable energy,” says Environment Minister and Acting Main Roads Minister Steven Miles. “The Queensland Electric Super Highway has the potential to revolutionize the way we travel around Queensland in the future.”

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Researchers from Lappeenranta University of Technology (LUT) and VTT Technical Research Centre of Finland have successfully created food out of electricity and carbon dioxide, which they hope could one day be used to help solve world hunger.

According to reports, the single-cell protein can be produced wherever renewable energy is available, with uses ranging from food to animal feed.

“In practice, all the raw materials are available from the air. In the future, the technology can be transported to, for instance, deserts and other areas facing famine,” co-author of the research, Juha-Pekka Pitkanen, said in a statement. “One possible alternative is a home reactor, a type of domestic appliance that the consumer can use to produce the needed protein.”

The researchers achieved this result by exposing those raw materials and putting them in a small “protein reactor.” After exposing it to electrolysis, chemical decomposition occurs. After about two weeks, one gram of powder made of 50 percent protein and 25 percent carbohydrate.

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