Biohybrid Devices

Biological tissue-artificial hybrid devices, also known as biohybrid systems, represent a fascinating intersection of biological and artificial components. These devices combine living biological tissues or cells with synthetic or electronic components to create functional systems with unique capabilities. Here’s an overview of biohybrid devices, their applications, challenges, and examples: Biohybrid Devices Fundamentals: Challenges and Considerations:… Continue reading Biohybrid Devices

Neuromorphic Computing and Cloning of Brain Architecture in CPUs

Artificial Neurons Fundamentals: Neuromorphic Computing: Cloning Brain Architecture in CPUs: Software and Hardware Tools for Artificial Neurons and Neuromorphic Computing: These tools, platforms, and technologies contribute to the advancement of artificial neurons, neuromorphic computing, and brain-inspired architectures, bridging the gap between biological neural networks and computational models for diverse applications in AI, robotics, neuroscience, and… Continue reading Neuromorphic Computing and Cloning of Brain Architecture in CPUs