Join The Electrochemical Society on August 19–23 at the 256th ACS National Meeting & Exposition in Boston, MA.

The ACS meeting is a great opportunity for ECS to connect with our members and other interested scientists, researchers, and academics to discuss what’s new and exciting in the field and with ECS. The ACS meeting offers a place for chemistry professionals to meet and share ideas. There will be over 16,000 attendees and over 300 exhibitors at this year’s Boston meeting, offering workshops, career training, social events, new technology and research, and career development opportunities.

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Photo Credit: Imperial College London (Click to enlarge)

The future may seem intangible, but according to Business Insider, Academics at Imperial Tech Foresight are helping us grasp just what it might look like. Inspired by the periodic table of chemical elements, the academics replaced its contents with elements we may very well one day see.

The predictions are slotted into a space across two axis: The Y-axis ranks the potential for disruption from high to low, while the X-axis determines how soon it will become a reality. All elements are also color-coded to reflect the present, 20 years into the future, and up to the far away future.

For example, green elements are a reality now: Cm – Cultured meat, Pp – Predictive policing, and Rc – Robotic care companions.

And yellow elements are those that may occur in the near future: Em – Emotionally aware machines, Mm – Public mood monitoring, and Bs – Artificial human substitutes.

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For the legendary actor Alan Alda, it was the same curiosity that drew him into acting that propelled him into the world of science.

“I remember as a kid always trying to figure out why things were the way they were. How they got to be the way that they were,” says Alda. He was fascinated with the world around him, from examining a flame at the end of a candle to contemplating human behavior. “Why did adults say the things they said and why they behave the way they did?”

Then, an opportunity arose that mixed a little bit of each world. Alda was asked to host the television show Scientific American Frontiers. A show that discussed new technologies and discoveries in science and medicine.

“I said ‘yes’ on the condition I could actually interview the scientists and not just read a narration,” says Alda, “because I really wanted to hear from the scientists about their work. And I wanted to understand it better. That kind of lead to what I do now which is to help scientists communicate better.”

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According to Science Magazine, a new science adviser may soon join President Donald Trump’s team. Trump announced on August 2, that he intends to nominate meteorologist Kelvin Droegemeier, a university administrator and former vice-chair of the governing board of the U.S. National Science Foundation, to be director of the White House Office of Science and Technology Policy. This decision made after 560 days, double the amount of time taken by any other president to name a White House Office of Science and Technology Policy director.

Droegemeier’s position would mean advising the president on technical issues and overseeing coordination of federal science policy. With Droegemeir in office, the science community has high hopes for the future of climate change and his ability to advocate for it.

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(Learn more about electrochemical engineering and pharmaceutical compounds, visit us at AiMES 2018 in Cancun, Mexico from September 30 – October 4, 2018.)

Carbon-nitrogen bonds are the stuff pharmaceuticals are made of. And according to Cornell University, they’re so essential that over 85 percent of the top selling pharmaceuticals have at least one carbon-nitrogen bond. That is to say, advances in carbon-nitrogen bond technology would mean great advances to the drug industry.

Song Lin, a Cornell University researcher in the chemistry and chemical biology field and ECS member of the organic and biologic division, is working on doing just that. He says that with electrochemistry, a process that directly uses electricity to drive chemical reactions, it would be possible to create carbon-nitrogen bonds in a sustainable manner. The only problem is that electrochemical reactions often do not offer the chemical selectivity and efficiency needed to accomplish a particular transformation – a problem Lin and his team are working to solve.

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According to the Georgia Institute of Technology, crab shells and trees may soon replace the flexible plastic packaging used to keep food fresh. The innovative process involves spraying multiple layers of chitin from crab shells and cellulose from trees to form a flexible film similar to plastic packaging film. Once fully dried, the material is flexible, strong, transparent, and compostable.

Not only will these lifeforms become a source of sustainable and renewable wrapping, but they will also help improve food quality. Compared to conventional plastic packaging, the new technology offers a 67 percent reduction in oxygen permeability, allowing food to stay fresh even longer.

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According to Research4Life, the Research4Life partners have announced their agreement to extend their commitment to free and low-cost access to peer-reviewed eResources to 2025. The renewed commitment means that nearly 85,000 peer reviewed academic journals, including the Journal of The Electrochemical Society and the ECS Journal of Solid State Science and Technology, available through the public-private Research4life partnership, will continue to reach research communities in low and middle income countries.

The program’s success in reducing the knowledge gap between high, middle, and low income countries has received an overwhelming amount of support from the partners, which lead to the extension, says Daniel M. Dollar, chair of the Research4Life executive committee and associate university librarian for collections, preservation, and digital scholarship at Yale University Library.

“Research4Life is a shining example of public and private organizations coming together with a shared vision of the power of information to improve people’s lives,” says Dollar.

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(Eric Wachsman will be presenting Safe, High-Energy-Density, Solid-State Li Batteries at AiMES 2018 in Cancun, Mexico on October 1, 2018.)

Behind the wheel of a ’68 Dodge Charger, Eric Wachsman discovered his passion for clean energy technology. He was a teenage boy in high school, and the open road was calling out to him.

“I just lived for cars,” says Wachsman, who serves on the ECS board of directors. “I could not wait to get my first car.”

So when he hit the road in his $1,500 hot rod, loaded with a holley double pumper carburetor, headers. “You name it.” He was thrilled. “That thing was the fastest thing around.”

However, life on the road soon came to a screeching halt.

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An ECS editor recently shared a peculiar, but not uncommon, experience in the world of publication. He and a colleague were chatting, when she began to share details of a recent experience she had. She had been invited to speak at an international conference in Europe. Before she accepted, she looked at the plenary speaker, who was advertised extensively, and was a Novel Laureate. She was told the registration fee of $800 and travel expenses would not be covered, however, after reviewing the event, she decided to accept. When she arrived, she soon realized the only “name” person at the meeting was the Nobel Laureate and attendance was very low.

According to Physics Today, it’s not unusual for speakers invited to give keynote addresses to be tricked for the organizer’s profit.

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