Signals from the world (electromagnetic waves, pressure, chemicals etc) are converted to electrical activity in sensory neurons and processed by neuronal networks in the brain. Insects sense smells ...
Mistral 3 leads GPQA Diamond and supports 40+ languages, helping global products gain sharper reasoning without closed licensing barriers.
Dwave is describing how they adapted the math to work in a superior way on their adiabatic quantum computer system. This solution indicates how much the smart mathematicians and computer algorithm ...
Arborization of a giant GABAergic neuron in an adult locust mushroom body, revealed by intracellular iontophoresis of fluorescent dye and confocal microscopy. Note the varicose axonal projections and ...
Early cortical sensory areas create internal representations of the sensory world. At the level of individual neurons, this process is reasonably well understood. For instance, in the primary visual ...
Sparse coding is a hot area in the field of Deep Learning. Deep learning and sparse coding appears highly promising for increasing the accuracy of image classification and it enables a system to look ...
Most organisms with brains can store and process a staggering range of information. The fundamental unit of the brain, a single neuron, however, can only communicate in the simplest of manners, by ...
(PhysOrg.com) -- Dartmouth researchers Daniel Graham, James M. Hughes, and Dan Rockmore are combining their expertise in brain science, computer science, and mathematics to analyze a series of ...
The brain is a coding machine: it translates physical inputs from the world into visual, olfactory, auditory, tactile perceptions via the mysterious language of its nerve cells and the networks which ...
Results that may be inaccessible to you are currently showing.
Hide inaccessible results
Feedback