MAE, a self-supervised learning framework designed to automate 3D segmentation of plant organs from point cloud data.

In the rapid evolution of multimodal large models, the visual module has always been a key cornerstone supporting the entire ...

Oh, and get this—because dear Flurples didn't like the red accents that came with the keycaps, they dyed their own set ...

FLUX GmbH (FLUX), a high-precision encoder company, has announced the publication of a new whitepaper that examines the ...

FLUX has released a new whitepaper that examines the benefits of FLUX inductive technology in enabling next-generation ...

Scientists at NYU Abu Dhabi (NYUAD) have developed an artificial intelligence (AI) model that can forecast solar wind speeds ...

FLUX GmbH has launched a whitepaper that examines the benefits of FLUX inductive technology in enabling next-generation ...

Learn how the brain handles certain optical illusions, causing us to perceive shapes that don't actually exist.

New research into how the brain processes illusions has bombarded mouse neurons with lasers, artificially reproducing the brain activity.

An illusion is when we see and perceive an object that doesn't match the sensory input that reaches our eyes. In the case of the image below, the sensory input is four Pac Man–like black figures.

Neuroscientists are zeroing in on how special kinds of brain cells help us see things that aren't actually there.

Illusion circuits in the visual cortex were uncovered with two-photon holography, advancing perception and neurophysiology studies.