Deadline for Submitting Abstracts
March 16, 2018
Submit today!

Topic Close-up #5

Symposium D06: Surface Characterization and Manipulation for Electronic Applications

Symposium Focus: The properties of interfaces underpin many of the advances and emerging applications in electronics. From studies of charge transport in molecular electronics to interactions between biomolecules in bioelectronics sensing, the ability to understand and control interfacial properties is more important than ever. This symposium aims to address interfacial properties in a variety of electronic applications, where the functionalization of interfaces is demonstrated and characterized in order to advance understanding and to enable new devices and device applications.

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ECS is pleased to announce that, thanks to a $20,000 donation, the 2018 volume of the Journal of The Electrochemical Society has been named in honor of ECS fellow Chung Chiun Liu.

The Chung Chiun Liu Leadership Collection will contain all of the content published in JES volume 165.

Liu is the Wallace R. Persons Professor of Sensor Technology & Control at Case Western Reserve University. He has been an ECS member for over 50 years. During this time, he has given many oral presentations and organized several symposia for Society meetings. He has also received the 2008 ECS Sensor Division Outstanding Achievement Award and many other accolades.

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Deadline for Submitting Abstracts
March 16, 2018
Submit today!

Topic Close-up #4

Symposium A07: Battery Safety and Failure Modes

Symposium Focus: Long life, high power, reliable and safe lithium-ion batteries are needed for new consumer electronics, vehicle and grid storage applications. Demands for increased battery functionality, makes the severity of a potential battery safety incident a growing risk for emerging lithium-ion battery technologies. The objective of this symposium is to address lithium-ion battery durability, reliability and safety from a materials and cell design perspective with the goal of reducing the severity of an energetic safety incident. Better understanding of battery failure modes and effects could enable cell and system design improvements, performance enhancements and facilitate regulatory approvals of advanced lithium-ion battery power systems.

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Deadline Extended: March 19, 2018

The “Semiconductor-Based Sensors for Application to Vapors, Chemicals, Biological Species, and Medical Diagnosis” focus issue of the ECS Journal of Solid State Science and Technology aims to cover various active or passive semiconductor devices for gas, chemical, bio and medical detection, with the focus on silicon, GaN, dichalcogenides/oxides, graphene, and other semiconductor materials for electronic or photonic devices.

The scope of contributed articles includes materials preparation, growth, processing, devices, chemistry, physics, theory, and applications for the semiconductor sensors. Different methodologies, principles, designs, models, fabrication techniques, and characterization are all included. Integrated systems combine semiconductor sensors, electric circuit, microfluidic channels, display, and control unit for real applications such as disease diagnostic or environmental monitoring are also welcome.

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The 2018 Society elections are upon us and ECS wants you to learn more about the candidates, from the candidates. All voting members are eligible to participate via electronic proxy. You would have received an email with voting instructions January 15, 2018.

About ECS elections

The early months of each year are an exciting time here at ECS as officer elections take place via electronic proxy in the two-month period from January 15 to March 15, 2018. Elected officers constitute the organization’s executive committee and include the following positions: president, three vice presidents, secretary, and treasurer. The nominating committee determines the candidates and you determine the winner.

Three Questions with the Candidates allows you a personal glimpse of each volunteer on the current ballot. There is a total of five candidates (one for president and two each for vice president and treasurer). Take a moment to read the full candidate biography and election statement. And then enjoy their reflections on ECS and the marvel that is science.

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By: Srikanth Saripalli, Texas A&M University

Image: CC0 Public Domain

What should a self-driving car do when a nearby vehicle is swerving unpredictably back and forth on the road, as if its driver were drunk? What about encountering a vehicle driving the wrong way? Before autonomous cars are on the road, everyone should know how they’ll respond in unexpected situations.

I develop, test and deploy autonomous shuttles, identifying methods to ensure self-driving vehicles are safe and reliable. But there’s no testing track like the country’s actual roads, and no way to test these new machines as thoroughly as modern human-driven cars have been, with trillions of miles driven every year for decades. When self-driving cars do hit the road, they crash in ways both serious and minor. Yet all their decisions are made electronically, so how can people be confident they’re driving safely?

Fortunately, there’s a common, popular and well-studied method to ensure new technologies are safe and effective for public use: The testing system for new medications. The basic approach involves ensuring these systems do what they’re intended to, without any serious negative side effects – even if researchers don’t fully understand how they work.

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Engineers have, for the first time, come up with a way to safely charge a smartphone wirelessly using a laser.

A narrow, invisible beam from a laser emitter can deliver charge to a smartphone sitting across a room—and potentially charge the phone’s battery as quickly as a standard USB cable.

To accomplish this, the researchers mounted a thin power cell to the back of a smartphone, which charges the smartphone using power from the laser.

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Top 6 reasons to attend the next ECS meeting

ECS biannual meetings are a forum for sharing the latest scientific and technical developments in electrochemistry and solid state science and technology. Scientists, engineers and industry leaders come from around the world to attend the technical symposia, poster sessions, and professional development workshops. Not to mention exciting networking opportunities and social events.

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Exhibit and sponsor deadline March 9!

Don’t miss the opportunity to sponsor or exhibit at our largest spring meeting ever! Join us as ECS heads to the Seattle Sheraton and Washington State Convention Center in Seattle, WA from May 13-17, 2018, for the 233rd ECS Meeting. This is a can’t miss event for electrochemists and solid state scientists, featuring over 2,600 abstracts in over 50 symposia.

In addition to long running symposia on batteries, semiconductors, fuel cells, fullerenes, and luminescent materials, the Seattle meeting will also explore newer areas such as materials recycling, data science for modeling and design, consumer products, and flexible electronics.

This meeting is the perfect opportunity to get your products and services in front of our specialized audience of leading scientist and engineers!

Reserve a booth or browse our sponsorship options
Return applications by Friday, March 9, 2018

If your organization is interested in exhibiting or sponsoring, please contact Ashley Moran, ECS corporate programs manager, via email.

Engineers are developing a new method of processing nanomaterials that could lead to faster and cheaper manufacturing of flexible, thin film devices, such as touch screens and window coatings.

The “intense pulsed light sintering” method uses high-energy light over an area nearly 7,000 times larger than a laser to fuse nanomaterials in seconds.

The existing method of pulsed light fusion uses temperatures of around 250 degrees Celsius (482 degrees Fahrenheit) to fuse silver nanospheres into structures that conduct electricity. But the new study, published in RSC Advances and led by Rutgers School of Engineering doctoral student Michael Dexter, shows that fusion at 150 degrees Celsius (302 degrees Fahrenheit) works well while retaining the conductivity of the fused silver nanomaterials.

The engineers’ achievement started with silver nanomaterials of different shapes: long, thin rods called nanowires in addition to nanospheres. The sharp reduction in temperature needed for fusion makes it possible to use low-cost, temperature-sensitive plastic substrates like polyethylene terephthalate (PET) and polycarbonate in flexible devices without damaging them.

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