Toyota has just unveiled the prototype of their 3-wheel i-ROAD urban mobility vehicle at the TED Conference in Vancouver.

Those who experienced the vehicle described it as a cross between a zip scooter and an eco-friendly electric car. Toyota is describing this electric two-seater as a “personal mobility vehicle.” The company used the TED Conference as their launching platform for to gauge how the attendees see the future of mobility.

However, the i-ROAD is not designed to be your primary highway-driving vehicle. John Schultz of Toyota Motor Sales USA states that the vehicle would be most effective for every day short trips, such as running errands and grocery shopping.

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With U.S. healthcare costs of juvenile diabetes approaching $14.9 billion annually due to the upwards of 3 million Americans affected by this type of diabetes, researchers and scientist are looking for more affordable and effective ways to diagnose and treat. Now, researchers from Oregon State University believe they have found that answer.

A paper recently published in ECS Journal of Solid State Science and Technology (JSS) entitled, “Fabrication of a Flexible Amperometric Glucose Sensor Using Additive Processes”, details a novel development in sensor technology to create an improved type of glucose sensor for those with juvenile diabetes. The researchers state that this new technology cold provide a more cost effective and comfortable sensor with better efficiency.

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Cammy Abernathy of the University of Florida will be awarded the 2015 Electronics and Photonics Division Award for spearheading research in materials science and engineering through thin-film electronic material innovation and novel research in metal organic chemical vapor deposition.

The prestigious award was established in 1968 to encourage excellence in electronics research and outstanding technical contribution to the field of electronics science.

Dr. Abernathy started her journey through solid state science at MIT in 1980, where she received her degree in materials science and engineering. After furthering her education at Stanford University, Dr. Abernathy continued in the world of academia at the University of Florida. She was appointed the College’s Associate Dean for Academic Affairs in 2004, and currently holds the position of Dean of the College of Engineering.

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The research gives scientists clues about the genes that control plant structures and how we can manipulate them to our advantage.
Source: Paul Efland/UGA

Researchers at the University of Georgia (UGA) are looking to accelerate the biofuel industry with this new development in plant gene structure.

The UGA scientists have discovered that manipulating a certain gene in a hardwood tree makes easier the process of breaking wood into fuel, and simultaneously increases the pace of tree growth.

This from UGA:

In a paper published recently in Biotechnology for Biofuels, the researchers describe how decreasing the expression of a gene called GAUT12.1 leads to a reduction in xylan and pectin, two major components of plant cell walls that make them resistant to the enzymes and chemicals used to extract the fermentable sugars used to create biofuels.

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The new development provides a mechanism for engineers to design a simpler proton separation membrane.
Image: Nature Communication

We’ve all heard of graphene’s tremendous potential, which may be able to change the manufacturing process in many industries. The wonder material could make production faster, cheaper, and more efficient across the board.

Now, three ECS members have collaborated with other fellow scientists to develop a single layer graphene that could change the landscape of hydrogen fuel cell technology.

ECS members Robert Sacci, Sheng Dai, and Matthew Neurock are contributing authors on the recently published paper, “Aqueous proton transfer across single-layer graphene”.

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ECS Executive Director Roque Calvo sits down with the National Renewable Energy Laboratory’s John A. Turner to talk about all things renewable energy and try to connect the dots between the science, our everyday lives, and the sustainability of the planet.

Listen to the first ECS Podcast below and download it for free! (Also available through the iTunes Store and RSS Feed.)

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Another possibility for this novel technique is to introduce intentionally imperfections into graphene’s lattice structure to create specific mechanical and electronic attributes.
Image: Nature Communications

A new development out of Caltech could be the first step to producing commercially feasible graphene-based solar cells and LEDs, large-panel displays, and flexible electronics.

“With this new technique, we can grow large sheets of electronic-grade graphene in much less time and at much lower temperatures,” says Caltech staff scientist David Boyd, who developed the method.

While the amazing potential of graphene is universally accepted among the scientific community, scientists have struggled with achieving the properties of the material on an industrially relevant level. The existing techniques either require temperatures that are too hot, or have intrinsic flaws such as deformation of the materials that compromise strength properties.

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Just in time for the celebration of Saint Patrick’s Day, a day known for wearing green, we at ECS are making a conscious decision to become more “green” and environmentally friendly.

If you have renewed your ECS membership lately, you may have noticed a recent addition to all our email communications.

PS: Did you know? We are going green! In the era of sustainability, we want to do our part. Membership renewals for 2015 will be paperless. To request a paper invoice, please contact customerservice@electrochem.org.

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Saint Patrick’s Day could have a multitude of different meanings depending on who you ask. For some, it holds a religious value. For others, it’s about celebrating the heritage and culture of Ireland. And for those who don’t fall into either of those categories, it’s simply an excuse to celebrate.

Here at ECS, we’re taking a different route this Saint Patrick’s Day. We’re shifting gears to take a look at the important scientists of Ireland who have helped shape electrochemistry and solid state science, as well as the modern Irish scientists who are working to advance the science and bolster innovation.

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The 2014 Outstanding Student Chapter Award Plaque with Prof. Arumugam Manthiram (front left) with UT-Austin Student Chapter President (Josephine Cunningham, front middle) and Vice-President (Donald Robinson, front right) and student members Matthew West, Daeil Yoon, Ke-Yu Lai, and Benjamin Weaver (back left to right).

Submission deadline is March 31st for the ECS Outstanding Student Chapter Award.

Up to three winners will be selected. One Outstanding Student Chapter will be selected with the winner receiving $1,000, and recognition with a plaque and chapter group photo in  Interface. One or two additional Student Chapters may be selected as runners-up, and designated as Chapters of Excellence. Find out more.

The 2014 ECS Outstanding Student Chapter Award recipient was The University of Texas at Austin. Founded in 2007, The University of Texas at Austin Student Chapter has provided an interdisciplinary forum for students from different branches of the physical sciences and engineering to meet and discuss emerging ideas about electrochemistry and solid state sciences.

Led by faculty advisor Arumugam Manthiram and Chapter President Josephine Cunningham, the UT Austin Student Chapter has worked on improving the lives of the students and community in the Austin, TX area through outreach programs and organized seminars.

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