This has led to theories that gamma waves are associated with solving the binding problem.

Many animals, including humans, produce gamma waves (40-60 Hz) when focusing attention on a particular object or activity.

A 2009 study published in Nature successfully induced gamma waves in mice brains.

They are also thought to give rise to gamma waves recorded in EEG.

According to a popular theory, gamma waves may be implicated in creating the unity of conscious perception (the binding problem).

As hinted above, gamma waves have been observed in Tibetan Buddhist monks.

The no-room is similarly "not there" for radio waves, gamma waves, X rays, and the like.

Specifically, the presence of gamma waves, induced by the auditory task at hand, were measured from the temples of the subjects.

Gamma waves are observed as neural synchrony from visual cues in both conscious and subliminal stimuli.

The OSP recordings were also characteristically lower in gamma waves, as compared to the complete musical set.

Experiments on Tibetan Buddhist monks have shown a correlation between transcendental mental states and gamma waves.

The suggested mechanism is that gamma waves relate to neural consciousness via the mechanism for conscious attention:

Examples of electromagnetic waves are; light waves, radio waves, infrared radiation, microwaves, and gamma waves.

We know there are fluctuations in radio and gamma waves when the Senites are forced to use their deflectors, so we must be aware of any minute changes."

Such top down biasing can occur through two distinct processes: an attention driven baseline shift in the alpha waves, and a decision bias reflected in gamma waves.

One of his current interests is the neural basis of gamma waves, which have been linked to conscious perception and which are altered in disorders such as schizophrenia.

In EEG recordings, REM sleep is characterized by high frequency, low amplitude activity and spontaneous occurrence of beta and gamma waves.

Gamma waves were initially ignored before the development of digital electroencephalography as analog electroencephalography is restricted to recording and measuring rhythms that are usually less than 25 Hz.

This has been found in single-cell recordings and in electroencephalography (EEG) upon gamma waves, with PET and functional MRI.

Using an electronic scanner, the researchers found that the monks were producing a very strong pattern of gamma waves, a synchronized oscillation of brain cells that is associated with concentration and emotional control.

The gamma waves were most apparent at a frequency of 40 Hz; this indicates that the gamma waves evoked by FS manipulation are a resonating brain circuit property.

It's got cameras and sensors and things, so it can show you an IR scan of the area, or work like a telescope or microscope..." "Not to mention reading and recording the entire EM spectrum from gamma waves to radio," Kaisho put in.

An EEG study by Richard J. Davidson of people who meditate in metta, with a minimum of 10,000 hours practice, showed substantial differences in the magnitude of gamma waves as well as gamma synchronization, particularly during meditative sessions, and directly afterwards.

The beta-wave level of consciousness seems to extend well beyond 30 Hz, but frequencies of 90 Hz or more (gamma waves), are shown to be associated with coordination of signals across longer distances within the brain, facilitating the completion of complex actions or associations which require the simultaneous use of multiple brain regions.