Fabrication of flexible reconfigurable battery based on liquid metal

A gallium liquid metal–based highly flexible and reconfigurable battery enables reconfigurable voltage tuning via microfluidic control, providing a versatile #EnergyStorage solution for #WearableElectronics & #SoftRobotics. #NanoEnergy #MaterialsScience
#IJEM #OpenAccess: doi.org/10.1088/2631...

Strong piezoelectric-like electromechanical response from single granular PMMA interface Energy harvesting devices, namely triboelectric nanogenerators (TENGs) and piezoelectric nanogenerators (PENGs), are rapidly garnering interest. As su…

What if tiny plastic beads could harvest energy⁉️
This sounds tricky, but it turns out if you assemble ⚪⚪ them into thin layers, with a structure like an #opal 💎, and move them around together 🪇 - you get the spark you need ⚡.
Read of the work in #NanoEnergy: www.sciencedirect.com/science/arti...

We are pleased to announce that Nanoenergy Advances (ISSN: 2673-706X) has been accepted into ESCI in Web of Science.

Find out more about submitting a manuscript to Nanoenergy Advances: buff.ly/3WBOPpD

#mdpi #openaccess #nanoenergy #research

Nano Research Energy

Nano Research Energy Details:
⚡ Real-time CiteScore: 41.4
⚡ Q1 in materials science
⚡ Focuses on nanomaterials for energy
⚡ Published globally via SciOpen Read more: www.sciopen.com/journal/2791...

#NanoEnergy #OpenAccess #SciOpen #TUP

Temperature-dependent thermal behavior of BTP-4F-12-based organic solar cells Heat is one key factor contributing to performance decreases, which would lead to inevitable morphological changes in the active layers. Common resear…

Heat damages organic solar cells, but not only because they get hot. Researchers led by @muellerb.bsky.social use real-time X-ray studies to show how heating & cooling cycles disrupt molecular structures and provide info on more stable solar cells.
www.sciencedirect.com/science/arti... #NanoEnergy

The Journal covers cutting-edge areas of fundamental and applied nanoscience, including #NanoEnergy ⚡, #Nanoelectronics 💻, #LowDimensionalMaterials 📏, #ComputationalNanomaterials 🧮, #QuantumNanomaterials 🌌, and #Nanobiotechnology 🧬