Over the last decade, scientists have dreamed about the development of a bioresorbable
technology that exploits a new class of electrical, optical, and sensing components able to …

Biodegradable electronics can disintegrate and dissolve in liquids, leading to promising
applications in healthcare and consumer electronics. However, biodegradable electronics …

Transient electronics represents a class of technology defined by components that
physically or chemically disintegrate, dissolve, or otherwise disappear in a controlled …

Biodegradable electronics is a rapidly growing field, and the development of controllably
biodegradable, high-conductivity materials suitable for additive manufacturing under …

Implantable and semi-implantable biosensors fabricated with biodegradable materials and
nanomaterials have gained interest in the past few decades. Functionalized biodegradable …

The rapid expansion of electronic technology and short lifespan of consumer devices create
a huge amount of electronic waste. The disposal of discarded devices represents a serious …

One-pot open beaker green synthesis of silver nano-particles (Ag NPs) by ultrasound
energy at room temperature is presented. Citrus fruit-mediated Ag NPs formation was …

The development of simple and high-throughput approaches to yield solid-state nanopores
on large surface membranes may facilitate the prevalence of nanopore analysis technology …

Bioresorbable electronic devices are promising replacements for conventional build‐to‐last
electronics in implantable biomedical systems and consumer electronics. However …

Rapid development of electronic technology shortens the development time for new
products and accelerates the obsolescence of consumer electronics, resulting in the …