The continued advancement of organic electronic technology will establish organic
electrochemical transistors as pivotal instruments in the field of biological detection. Here …

Recently optoelectronic synapses generating light-driven electrical memories have played a
vital role in the neuromorphic computing of visual perception. However, all the …

In modern computing, the Von Neumann architecture faces challenges such as the memory
bottleneck, hindering efficient processing of large datasets and concurrent programs …

Although there are significant advancements in device‐level artificial tactile and visual
perception systems based on in‐sensor computing paradigms, the development of …

Graphene has demonstrated potential for use in neuromorphic electronics due to its superior
electrical properties. However, these devices are all based on graphene sheets without …

Drosophila can rapidly and precisely detect changes in light in their surroundings and
achieve acute perception of motion information with high energy efficiency and adaptivity …

Advances in the semiconductor industry have been limited owing to the constraints imposed
by silicon-based CMOS technology; hence, innovative device design approaches are …

Neuromorphic devices encounter constraints associated with complementary metal–oxide–
semiconductor technology, such as intricate electronics and high power consumption …

We demonstrate a bipolar graphene/F 16 CuPc synaptic transistor (GFST) with matched p-
type and n-type bipolar properties, which emulates multiplexed neurotransmission of the …

Abstract Zirconium (Zr)-doped NiO films with different contents were successfully
synthesized via the chemical spray pyrolysis technique. The structure, morphology, optical …