Electrochemistry News Items & Facts - November 2026

Every day, we use battery-powered devices at home, drive vehicles, eat packaged foods, and drink clean water. These are just a few examples of how our modern lifestyles rely on electrochemistry—the study of how electricity interacts with materials.

As an electrochemistry instrumentation company, Admiral Instruments proudly serves customers who are among the millions of scientists, engineers, and technicians worldwide. They use potentiostats and battery cyclers to uncover new ways electrochemistry can benefit us all.

Innovations in Electrochemistry

To celebrate how electrochemistry has shaped the past, touches our present, and influences the future, Admiral Instruments shares five notable news articles, publications, and trivia related to electrochemistry each month. Click on each entry to read more from the source article!

Electrochemistry News Items & Facts for November 2026:

1. Photovoltaic panels have an average power degradation rate of 0.5% per year, mostly due to potential induced degradation (PID), when the panel’s voltage potential and leakage current drive ion mobility within the module between the semiconductor material and other elements of the module – for example the glass, mounting hardware, or frame.

   
   

2. A fatal natural gas pipeline explosion in Coolidge, Arizona in 2021 was due to corrosion along a seam weld, which was unanticipated because of incorrectly recorded data about the pipe coating.

   
   

3. Although balsa wood is an insulating material, it can be made into transistors by removing its lignin and adding PEDOT:PSS conducting polymer which has potential applications for sensors embedded in trees.

   
   

4. The human brain functions with approximately 20W, which is efficient versus computers due to the dense network of compute and storage nodes (akin to neurons & synapses) integrating processing capability and memory storage.

   
   

5. Radar-absorbing materials consist of ferromagnetic particles suspended in a polymer matrix with a high dielectric constant, absorbing EM waves by oscillating and dissipating as heat.

   
   

The Future of Electrochemistry

The future of electrochemistry is bright. As we continue to innovate, we can expect new discoveries that will enhance our lives. The potential applications are vast, from energy storage solutions to advanced materials that can change how we interact with technology.