Sentences with phrase «brain processes visual»

The brain processes visual images 60,000 times faster than text (40 percent of all nerve fibers in the brain are connected to the retina).

Washington University cognitive neuroscientist Jeffrey Zacks studies how the brain processes visual imagery, including what we see on film.

Neuroscientists from Tübingen have discovered how our brain processes visual stimuli above and below the horizon differently.

Now a team of scientists at Beth Israel Deaconess Medical Center (BIDMC) has shed light on how the needs of the body affect the way the brain processes visual food cues.

The robot's brain processes visual information in real time, enabling it to do more than simply navigate from one spot to another.

According to Noudoost, scientists have been trying to learn exactly how the brain processes these visual stimuli during saccadic eye movement and this research offers new evidence that the prefrontal cortex of the brain is responsible for visual stability.

An MSU assistant professor in neuroscience is part of a team that has made progress understanding how the brain processes visual information.

Prof. Sonja Hofer and her research team at the Biozentrum, University Basel, investigate how the brain processes visual stimuli and how contextual information shapes our visual perception.

Game - playing actually changes the way our brains process visual information.

In fact, the brain processes visuals 60,000 times faster than text (Zabisco).

The pictures will also make it easier to stay focused because the brain processes visuals much more quickly than plain text.

Not exact matches

Mentioning that the human brain is made for visual processing, the study notes that people remember 80 % of what they see, and only 20 % of what they do.

According to the latest neuroscience, the human brain uses neurons in the left visual cortex to process written words as whole word units.

«Most of our brain is wired for processing visual information,» says Barry.

90 % of all information transmitted to the brain is visual, and visuals are processed 60,000 X faster in the brain than text.

It appears that somewhere in the brain the information is being processed, but it can not be accessed as part of a visual field.

Most visual processing occurs in the back of the brain, which is why we see «stars» when we receive a blow to the back of the head.

We can be aware in a general way of the role of our eyes in mediating visual experience, but we have no awareness of the work of the brain or of the process by which its work is translated into our conscious experience.

As a rule, verbal and spatial processing are more sharply divided between the two halves for men, whereas verbal and visual processing tend to be distributed more equally in female brains.

Consider also his claim that «the right way to think» about a visual experience is that «photons reflected off objects attack the photoreceptor cells of the retina and this sets up a series of neuronal processes (the retina being part of the brain), which eventually result, if all goes well, in a visual experience that is a perception of the very object that originally reflected the photons» (MC 64).

A visual experience, for instance, lends itself to description as a complex semiotic process involving transmissions and integrations of signs, or bits of information, to a central organ, the brain, and more localized processes of selection, sorting, and evaluation (i.e., gradations as to relevance of various types of information) that sometimes issue in tentative (and often only vague) interpretations.

Different parts of the brain process different sensory inputs; adding visual info through AR risks overload the visual processing (the tendency will be to filter out one or the other input, so umpires will eventually use only the AR overlay and ignore what they're actually seeing, or use only what they're seeing and ignore the AR overlay), while adding haptic input calls on a different part of the brain to process the information in conjunction with the visual input.

Making an activity more active can help her brain process the information in more than one way — as verbal or visual information and as a muscle memory.

While your newborn's eyes are physically capable of seeing just fine at birth, his brain isn't ready to process all that visual information, so things stay pretty fuzzy for a while.

As Larry Leverenz, Ph.D, ATC, a co-author of the groundbreaking 2010 study (4) that was the first to identify such athletes noted, because such athletes have not suffered damage to areas of the brain associated with language and auditory processing, they are unlikely to exhibit clinical signs of head injury (such as headache or dizziness), or show impairment on sideline assessment for concussion, all of which test for verbal, not visual memory.

«About 50 percent of the brain's pathways are tied in some to way to vision and visual processing,» said Dr. Steven Galetta, chairman of neurology at N.Y.U. Langone Medical Center and senior author of the study, which was published in The Journal of Neuro - Ophthalmology.

Learning disabilities in basic reading likely involve difficulty with language processing and visual reasoning centers of the brain.

The test, Raven's Progressive Matrices, usually entails both visual and symbolic reasoning, although brain imaging of study subjects with autism showed they were able to score well using only the areas of their brains associated with visual processes.

Some RGC axons grew all the way back to the brain's visual - processing areas.

In a University of California, San Diego School of Medicine study published July 13 in the online journal Nature Neuroscience, a research team led by Takaki Komiyama, PhD, assistant professor of neurosciences and neurobiology, reports that in mouse models, the brain significantly changed its visual cortex operation modes by implementing top - down processes during learning.

Recent research has confirmed that in blind subjects who use echolocation to navigate, it is the visual part of the brain that processes the auditory echoes.

Notes one of the authors: «How much your brain tricks you depends on how much «real estate» your brain has put aside for visual processing.»

Rugani says animals and humans may instinctively count from the left because the right hemisphere of the brain — which processes the left field of vision — is dominant in visual tasks.

The experimental setup was designed to individually observe the phases of the visuomotor transformation in the brain, namely the processing of visual object properties, the motion planning and execution.

«We wanted to find out how and where visual information about grasped objects, for example their shape or size, and motor characteristics of the hand, like the strength and type of a grip, are processed in the different grasp - related areas of the brain,» says Schaffelhofer.

Each of these subtypes has to form connections with a different area of the brain that processes visual information.

Mapping the path of the tentacle nerves showed that they feed into an area of the brain that processes sensory signals, close to where it responds strongly to visual signals.

Designed to test the brain «sability to process visual information, the machine works by shining asplit laser beam into a subject's eye.

By peering into the eyes of mice and tracking their ocular movements, researchers made an unexpected discovery: the visual cortex — a region of the brain known to process sensory information — plays a key role in promoting the plasticity of innate, spontaneous eye movements.

According to the scientists, the study offers evidence neurons in the prefrontal cortex of the brain start processing information in anticipation of where we are going to look before we ever do it, suggesting that selective processing might be the mechanism for visual stability.

Such results also explain why it is so important to be able to equip congenitally - deaf children during their first few months, i.e. before the onset of the reorganisation of the visual and auditory brain circuits, a process which may compromise their ability to access orality.

Visual processing is likely to be similar to how the brain processes smells, touch or sounds, the researchers say, so the work could elucidate processing of data from these areas as well.

These similar kinds or synchronized signals were found in brain areas that are connected with the early - stage processing of visual stimuli, detection of movement and persons, motor coordination and cognitive functions.

If certain areas of the brain that process visual information are activated — by a blow to the head, for example — tiny stars of light appear.

We know, for example, that different areas of the brain are involved in processing color and form of visual images.

A brief period of postnatal visual deprivation, when early in life, drives a rewiring of the brain areas involved in visual processing, even if the visual restoration is completed well before the baby reaches one year of age, researchers at the University of Trento, McMaster University, and the University of Montreal revealed in Current Biology.

Over the course of the next several months, Hubel and Wiesel made humanity's first crucial steps forward in understanding the brain's visual processing systems.

During the first two seconds, the brain is processing the visual cue.

However, the new findings represent the first time such an approach has been used to see how the brain processes movies of natural scenes, a step toward decoding the brain while people are trying to make sense of complex and dynamic visual surroundings, said doctoral student Haiguang Wen.

This discovery that certain visual information can be processed unconsciously in a parallel brain pathway reminds us of the enigmatic neurological syndrome of blindsight.