Researchers at Johns Hopkins University began using the term organoid intelligence in 2019 to describe a new field combining computer science and biology. This discipline creates biological hardware from three-dimensional cultures of human brain cells known as cerebral organoids.
Brain organoids require only a fraction of the energy needed by conventional machines to perform complex tasks. Scientists compare the energy consumption of organoid intelligence against traditional silicon-based computing systems to highlight these efficiency gains.
Bioinformatics provides the necessary tools to decipher raw information and uncover hidden patterns within living tissue. A Python interface currently exists for researchers to process and interact with brain organoids directly through these digital tools.
One study performed what they called Brainoware computation using spatiotemporal electrical stimulation techniques to reshape functional connectivity within the organoid. Results showed potential for speech recognition tasks and prediction of nonlinear equations through this reservoir computing framework.
Experts discuss moral implications regarding potential sentience in organoids and donor rights within this emerging technology. Questions arise about whether OIs could gain consciousness or self-awareness as systems develop further while current guidelines do not fully address scenarios where an organoid might exhibit signs of awareness.