/ awards 2015 - 18 Australian Postgraduate Award 2014 Highly Commended award for city constructed from
sleeping brain activity data, Fremantle Arts Centre Print Award, Perth 2014 Visual Arts New Work Grant, Australia Council (as Té with Andrew Brooks) 2013 Best Design for Wintering by Aimee Smith, Western Australian Dance Awards (video design, in collaboration with Ben Taaffe and Craig McElhinney) 2013 Young People and the Arts Fellowship, WA Department of Culture and the Arts 2013 Australia Council Artstart Grant 2013 WA Screen Awards, Outstanding Achievement Award: Best Interactive Narrative for Sound Chamber (with Yvette Coyne and Malcolm Riddoch) 2012 JUMP Mentorship Grant, to study with audio - visual artist Robin Fox 2010 Decibel Commission, to compose the audio - visual work Split Mirror Planes, performed at Decibel's Camera Obscura Concert
Not exact matches
«Because
brain cells release amyloid beta during
activity, we think if the
brain cells can't rest the way they're supposed to and get that deep
sleep, they produce a relative excess of amyloid,» Dr. Yo - El Ju of Washington University, an author of that study, told Reuters.
Studies have shown that the prefrontal cortex of the
brain, the backbone of your willpower, is most active when you wake up — meaning that creative
activity is highest during and immediately after
sleep.
The research release explains that «
sleep spindles,» a particular kind of
brain activity that occurs in
sleep, may help us tag and then recall important information.
When the
brain -
activities change in one way, consciousness changes in another; when the currents pour through the occipital lobes, consciousness sees things; when through the lower frontal region, consciousness says things to itself; when they stop, she goes to
sleep, etc..
Volume XIV, Number 1
Sleeping on It: The Most Important
Activity of a School Day — Arthur Auer Advantages and Disadvantages of
Brain Research for Education — Christian Rittelmeyer What Makes Waldorf, Waldorf?
And
sleep studies that record
brain activity show that people experience multiple arousals during the night — about 10 - 20 per hour (Bonnet and Arand 2007).
In one experiment, babies who were living with angry, squabbling parents showed heightened
activity in parts of the
brain that process stress, even during
sleep.
Your baby's pulse increases, his or her muscles twitch and
brain activity increases during this stage of
sleep.
Some scientists believe
brain development occurs during REM
sleep, mainly because of the
brain activity.
We all pass through
sleep cycles during the night — we switch from REM to non-REM and the change in our
brain activity wakes us up a little bit.
What we know from research is that there's lots of
activity going on inside your baby's growing
brain when she's in the early stages of
sleep.
A 2012 study showed that pink noise made a measurable difference in the quality in
sleep, both in how participants felt afterwards and as measured by
brain activity monitors).
Sleep disturbed by night terrors means that there is irregular
brain activity going on — most of the
brain is «asleep,» but the small part that controls movement, voice, and expression actually remains awake.
When researchers looked at their
brain activity during these times, they saw that one hemisphere of the
brain had electrical patterns resembling nighttime
sleep, whereas patterns from the other hemisphere indicated wakefulness.
Charles Walcott, a neurobiologist at Cornell University, says he's «always a little suspicious» of electrical
brain activity studies, because it can be difficult to tease out what's
sleep and what isn't.
Punctuating REM are interludes of slow - wave
sleep, a state in which
brain activity ebbs and the waves become more synchronized.
During REM
sleep, the
brain generates high - frequency waves of electrical
activity and the eyes flicker; in humans, REM is closely linked to dreaming.
Adult neural stem cells in the hypothalamus — a
brain region that regulates hunger,
sleep, body temperature and other
activities — appear to orchestrate the body's aging process, they found.
Harvard neurobiologist J. Allan Hobson used recordings of
brain activity from
sleeping people to gleefully trash psychoanalytic dream theory, and by implication, the central Freudian ideas of censorship and repression.
Sleep was assessed in the children during one night with in - home electroencephalography (EEG)-- a method used to record electrical activity in the brain and makes it possible to identify different sleep stages — whilst parents reported their own insomnia symptoms and their children's sleep prob
Sleep was assessed in the children during one night with in - home electroencephalography (EEG)-- a method used to record electrical
activity in the
brain and makes it possible to identify different
sleep stages — whilst parents reported their own insomnia symptoms and their children's sleep prob
sleep stages — whilst parents reported their own insomnia symptoms and their children's
sleep prob
sleep problems.
New
sleep aids block the
activity of
brain peptides called orexins, which play a role in addiction
The hypothalamus, shown in red, is a region in the
brain that regulates hunger,
sleep, body temperature and other
activities.
After only getting half of a night's worth of
sleep, the children showed more slow - wave
activity towards the back regions of the
brain — the parieto - occipital areas.
As they
slept, researchers recorded their electrical
brain - wave
activity using scalp electroencephalography (EEG).
The team also measured how this deep
sleep activity correlated with the myelin content of the
brain — a cornerstone of
brain development.
To discover why some people can
sleep through noise while others awake at the faintest disruption, Jeffrey Ellenbogen and colleagues at Harvard Medical School used electrodes to monitor the
brain activity of 12 people while they
slept in a pitch - black, soundproof room.
In the late 1990s Goadsby and his colleagues linked cluster headaches to heightened synaptic
activity falling in or near the hypothalamus, a
brain region that mediates hunger, thirst,
sleep, sex drive and more.
Objectively, however, this improvement was not verified in any EEG - derived measures of
sleep or oscillatory
brain activity.
This involved measuring
brain activity, tracking eye movements and monitoring the chin muscles, which are paralysed during REM
sleep.
They stimulated a cluster of key
brain cells, boosted the production of a protein linked to
sleep or gave the flies a drug that mimicked the
activity of an important chemical messenger.
The study, published in Nature Communications, found that
activity in dendrites increases when we
sleep, and that this increase is linked to specific
brain waves that are seen to be key to how we form memories.
The data show that around the full moon,
brain activity related to deep
sleep dropped by 30 percent.
Sleep spindles are half - second to two - second bursts of
brain activity, measured in the 10 - 16 Hertz range on an EEG.
Lack of
sleep affects appetite, too: A 2012 Swedish
brain - scan study identified heightened
activity in the right anterior cingulate cortex — a
brain region associated with hunger control — in the
sleep - deprived.
Then, working at a
sleep lab, she hooked up her subjects to electrodes that measured EEG
activity all over the
brain — including the temporal lobes — and recorded everything that happened while they
slept.
«We were fascinated to observe how
sleep deprivation dampened
brain cell
activity,» said lead author Dr. Yuval Nir of Tel - Aviv University.
The easiest way to determine if someone has temporal lobe epilepsy is to monitor the
brain waves during
sleep, when there is an increased likelihood of
activity indicative of epilepsy.
When
sleep - deprived and waiting in suspenseful anticipation for a neutral or disturbing image to appear,
activity in the emotional
brain centers of all the participants soared, especially in the amygdala and the insular cortex.
While previous research has indicated that
sleep disruption and psychiatric disorders often occur together, this latest study is the first to causally demonstrate that
sleep loss triggers excessive anticipatory
brain activity associated with anxiety, researchers said.
Slow - wave
sleep is also the time when neurons rest and the
brain clears away the molecular byproducts of mental
activity that accumulate during the day, when the
brain is busily thinking and working.
Slow oscillations in
brain activity, which occur during so - called slow - wave
sleep, are critical for retaining memories.
They exposed
sleeping volunteers to noise that incorporated repeated sounds and then tracked their
brain activity using electroencephalography.
The participants were asked to recall some of the word pairs ten minutes later, then left to
sleep overnight while the researchers recorded the electrical
activity of their
brains.
The switch works by regulating the
activity of a handful of
sleep - promoting nerve cells, or neurons, in the
brain.
Using electroencephalograms (EEG) that measure
brain activity, they recorded how deep and how long each participant's nightly
sleep was in a controlled, laboratory setting.
Slumber is known to improve recall in creatures from fruit flies to humans, and the reigning theory among neuroscientists has been that the waves of
brain activity during deep
sleep reactivate neurons that were triggered during the day, strengthening neuronal connections and cementing them into solid memories.
This demonstrates an easy and noninvasive way to influence human
brain activity to improve
sleep and enhance memory.
In a study of 92 primary / elementary school aged children, Mr Coussens measured more than 30 different
sleep parameters, such as muscle movements, breathing, eye
activity and changes in the
brain's processing.
We even did gene - expression studies in flies showing that genes in their
brains change their level of
activity in waking and in
sleep.