Rosalind Franklin once said that science and daily life cannot and should not be separated. An interdisciplinary area called bioelectronics combines electronics and biology to produce devices that interface with biological processes. These devices can include biosensors, neural implants, and bioelectronic medicine. By integrating electronic components with biological entities, bioelectronics enables applications such as medical diagnostics, prosthetics, and neurostimulation therapies. Advancements in bioelectronics aim to enhance healthcare by providing precise monitoring and intervention tools, fostering personalized medicine approaches. The field holds promise for revolutionizing healthcare delivery by enabling real-time monitoring and targeted interventions at the interface of electronics and biology. Implantable Electronics Implantable bioelectronic devices are designed to be implanted inside the body for therapeutic or diagnostic purposes. These devices often require special consi...