Sentences with phrase «brain wave processes»

Since brain wave processes are spatially extended, body - mind interaction is possible.

Not exact matches

Although you can access gamma brain waves during periods of extremely high functioning, it's the beta waves that scientists associate with everyday alertness, critical thinking, socialization, learning and cognitive processing.

«We're basically processing these brain waves for a particular biomarker,» he says.

This acclimation process gives the software a chance to record your brain waves and trains you to use them consistently before it throws a series of increasingly difficult challenges at you, such as reconstructing simply via thought a fallen bridge needed for a mystical journey while a fiery sky changes hue in response to your emotional state.

«This wave seems to reflect complex information processing within the brain, and possibly something like conscious thinking, although that is not clearly established» (AT 147).

In accordance with the principle of process, the model implies that a novel idea will be reflected in a novel pattern of brain waves.

A mechanistic physiologist analyses my sitting at my word processor in terms of light waves hitting my retina from the keyboard and the screen which then set in train chemical and electrical processes in my nerves and brain.

This process allows the brain waves to synchronize (brain wave entrainment) which provides our Hypno - mom and Birth Partners to enter hypnosis faster and attain a deeper state of hypnosis called «somnambulism», where Hypno - anesthesia is more easily created and accessed.

Both age groups showed a larger P3a component — a brain wave indicating attentional processing — for feedback on high - confidence errors than for feedback on low - confidence errors.

To precisely identify the neurobiological processes at work when speech is heard by a human brain, Anne - Lise Giraud's team and colleagues at Ecole Normale Supérieure (Paris) built a computerized model of neuronal microcircuits which replicates cerebral waves.

By recording neuronal activity in monkeys as they performed tasks that caused saccades, Dr. Christopher Pack has shown that there are waves of activity that cross specific vision processing areas of the brain in defined patterns, and that these patterns are reorganized by saccadic eye movements.

The spacing of several centimeters or more creates a slight difference in the time it takes sound waves to hit our ears, which the brain processes perceptually so that we can always experience our settings in surround sound.

Theta wave activity starts in the back of the brain, in it's fear center — the amygdala — and then interacts with brain's memory center — the hippocampus — before traveling to the frontal lobe where thought processing areas are engaged.

The brain, it turns out, connects smells to memories through an associative process where neural networks are linked through synchronized brain waves of 20 - 40 Hz.

Those brain waves help regulate how the brain processes and filters sensations, including pain, and memories such as depressive cognitions.

The user wears an electrode cap to detect brain waves that are then translated into outputs such as word - processing, speech, e-mail, environmental control, or movements of robotic devices.

The researchers» findings suggest that Nav1.1 levels in special regulatory nerve cells called parvalbumin cells, or PV cells, are essential to generate healthy brain - wave activity — and that problems in this process contribute to cognitive decline in AD - mice and possibly in patients with Alzheimer's.

During certain cognitive processes a category of brain waves known as gamma oscillations (30 - 80 Hz) increases in prefrontal cortex, and when the scientists activated the PV cells at gamma frequencies the animals solved the task more times.

meshwork is analogous to the process of frontal lobe development in the human brain; each additional cohort is a cascading wave of neurons growing through established layers, establishing new synapses, and responding to dynamic activity in an ongoing process of pruning and strengthening to create an incredibly complex processing unit — dare I call it an «Ed.L.D.