All articles tagged with #molecular logic
The article presents a novel enzyme-free DNA circuit architecture that uses heat to reset and recharge molecular systems, enabling sustainable, out-of-equilibrium computation, neural networks, and logic gates without waste build-up, scalable to complex systems like a 100-bit neural network for digit classification.
Researchers have discovered how distinct neuron types in the Drosophila fruit fly differentiate their functions despite originating from a similar genetic framework. By analyzing the gene expression profiles of two closely related neuronal subtypes, the study found that over 800 genes were expressed differently, directly influencing the observable distinctions between the neuron types. These findings shed light on the intricate cell development in the brain and have implications for understanding how diseases may affect it.