In this review, we introduce conjugated polymer-based hydrogels for soft electronic applications and focus on innovative methods that enable precise microfabrication of these wet soft hydrogels.
Learn more ๐
https://t.co/vVVjVlafoq
The ฮฑ-In2Se3 ferroelectric device realizes a multimodal nociceptor, demonstrating key nociceptive behaviors under electrical, optical, or co-stimulation, facilitating biomimetic robotics applications.
Learn more ๐
https://t.co/iYybgHFimG
Weโre continuing the conversation โ in a new place.
AIP Publishing is now posting on Bluesky: @ https://t.co/ebTY6340xw
Follow us there for the latest research๐งช
Weโre continuing the conversation โ in a new place.
AIP Publishing is now posting on Bluesky: @ https://t.co/ebTY6340xw
Follow us there for the latest research๐งช
Enhanced linear dynamic range and response speed in interdigital-electrode solar-blind photodetector by contact engineering.
Learn more ๐
https://t.co/dsjDgOb8Kh
Metal perovskite halides and chalcogenides enable compact, efficient nuclear batteries via direct detection and scintillation towards high sensitivity, energy density, and radiation resistance @NTUEEE
https://t.co/l6IumcCbXv
Binru Zhou etal. from Institute of Semiconductors, CAS and Fudan University demonstrate bio-probes using resonant-cavity ยตLEDs on Si as the stimulation source for precise modulation of neurons. https://t.co/TBu0Fz4af2
๐ข Call For Papers
This Special Topic covers two-dimensional conjugated aromatic sheets and their applications, including energy storage and conversion, next-generation electronics, and optoelectronics. Submit by February 7, 2026!
Learn more ๐
https://t.co/jX2recOfoc
This study explores microrobots for blood clot removal, comparing mechanical and hybrid approaches in ex vivo models while assessing efficiency across various clot compositions.
Learn more ๐
https://t.co/lWmIAixbhl
we report flexible phototransistors based on ultrathin InNbO(5 nm)/ITO(3 nm) channel layers, which possess high mobility (49.21 cm2V-1s-1) and high detectivity (3.02ร1014 Jones) simultaneously.
Learn more ๐
https://t.co/KqVrFLylPT
The linear and angular momentum of light can trap and spin atoms and nanoparticles. We construct of two nanoplasmonic vortices with emergent fields that can act as a conveyor belt for nanotransport.
Learn more ๐
https://t.co/0MmtjvJPyT
We comprehensively overview versatile morphological structure designs for capacitive sensors, their fabrication technologies, and the latest progress in advanced intelligent systems.
Learn more ๐
https://t.co/vOrpn89nO2
By introducing Wigner-Seitz atoms, which tessellate space with minimal quadrupole, a geometry-based band alignment theory emerges, providing completely new perspectives on interfacial physics.
Learn more ๐
https://t.co/wpXgn2K33p
This study presents significant gate-voltage control of anisotropic bilinear magnetoresistance at the KTaO? Rashba interface, and proposes a physical model to elucidate the underlying mechanisms.
Learn more ๐
https://t.co/kRaQc577Ld
Smart diapers use sensors to notify caregivers of soiled status, reducing dermatitis and infections. This review covers their development, technologies, and potential for early disease diagnosis.
Learn more ๐
https://t.co/DR9SIoTeip
The hole mobility of diamond can be efficiently enhanced via slight compressive shear strain over a wide temperature range due to the substantial suppression of interband electron-phonon interactions. @li_shouhang
Learn more ๐
https://t.co/hNJ0HREDOc
Optogenetics, devices that use light to alter the activity of neurons, offer a new way to probe and modulate the neural circuits involved in neurological diseases, such as Parkinsonโs. #scilight
Learn more ๐
https://t.co/KwUuUx7H7F