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Biological Computers 2026: Cells Instead of Processors

https://sudonull.com/biological-computers-2026-cells-instead-of-processors

Biocomputing in 2026: Living Neurons, DNA Chips, and Cloud Biodata Centers. Learn how cells replace silicon and where you can already rent capacity for $500/month.

Nano-diodes: sensor, memory, and processing in one element

https://sudonull.com/nano-diodes-sensor-memory-and-processing-in-one-element

Scientists created a p-n diode the size of a nanowire, combining photodetection, data storage, and processing. Learn how this will change electronics for IoT and wearable devices. Read the analysis of implications.

Neuromorphic chip VibroSense for tire-road grip

https://sudonull.com/neuromorphic-chip-vibrosense-for-tire-road-grip

POLYN and GlobalFoundries have created an AI-based VibroSense chip that evaluates road grip directly inside the tire. Learn how the technology will improve the safety of autopilots on slippery surfaces.

BrainChip AKD2500 Chip: Neuromorphic AI Project

https://sudonull.com/brainchip-akd2500-chip-neuromorphic-ai-project

BrainChip creates the AKD2500 silicon chip to demonstrate the Akida 2.0 neuromorphic architecture. Learn how this will change the edge AI and IP licensing market.

From other projects

Chip USC for edge computing in medicine: synaptic plasticity

https://ymaho.com/chip-usc-for-edge-computing-in-medicine-synaptic-plasticity

Analog USC chip mimics the brain, learns without batteries and code. Revolution for wearable devices and implants. Learn how the self-learning memristor works.

Artificial neurons: signals identical to biological ones

https://ymaho.com/artificial-neurons-signals-identical-to-biological-ones

Breakthrough at Northwestern University: printed neurons communicate with living brain in its language. Learn how this will change neuroprosthetics and AI. Read the analysis.

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