Archive for January, 2010

Date: January 27th, 2010
Cate: artists

more artists: time-based abstract compositions + maths

Robert Fairthorne and Brian Salt Equation X+X=0 1936
5 minutes. Collection: BFI National Film & Television Archive
Equation X+X=0
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Date: January 27th, 2010
Cate: Major Project, research

9 states for chest accelerometer

chestsensorsequence

Date: January 22nd, 2010
Cate: research

DM8003

DM8003

Date: January 22nd, 2010
Cate: research

e skin

e-skin-layers
The e-Skin lab is a transdisciplinary group of designers and engineers exploring new ways in which technologies can expand tactile solutions. e-Skin is a research initiative to create an interface based on the modalities of the human skin (temperature, vibration, pressure, proprioception).

http://www.e-skin.ch/start.html

Date: January 22nd, 2010
Cate: visualization

concordance model

Roger F. Malina – Limits of Cognition: Artists in the Dark Universe

Date: January 21st, 2010
Cate: research

The ultra deep field

I heard on QI that the most species ever found weren’t in the Amazon but were in a woman’s back garden in a surburb in London ( can’t find this little factoid to verify it) Apparently – She studied her garden for 50 years solid and the longer she looked the more she found…
Still very interested in the idea of the internal landscape Anais Nin brings it all into focus

What is the link between outer space and our inner space?

Date: January 20th, 2010
Cate: Breath, research

Six factors accompanying the breath


From universalyoga.com

The breath is related to the following accompanying factors: acoustic vibrations, temperature, internal pressure, forward signals and feedback signals, smoothness of the breath and characteristics of the respiratory pathways.
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Date: January 20th, 2010
Cate: Breath, research

Association of breathing with the state of consciousness

From universalyoga.com
The breathing process is the main one among all the factors of the vital provision of a human being. A man can live without food for a couple of months, without water — for a couple of days, but without breathing a man cannot survive for even ten minutes.

The process of breathing is closely related to the state of consciousness, and its characteristics determine the quality of the psychic-energy structure of a man. It can be said that the rhythms of the breath and the consciousness are similar. Therefore, in order to achieve the principal goal of Yoga, which is the stabilization of consciousness, it is absolutely necessary to completely master the breath.

Through conscious control of breathing, one can directly affect the state of consciousness, and can cause specific effects such as stopping or accelerating the work of the heart, brain, blood, nervous, lymphatic and endocrine systems, and restoration of the organism and the accumulation of the life-power also.

When considering the process of breath, it is essential to understand the wave-like process with which all laws of the wave theory operate. The investigation of various breathing characteristics, rhythms and accompanying processes forms a complete breathing system (to the extent the wave theory is complete). This system consist of all types of breathing rhythms and exercises can. And includes, not only rhythms and exercises discovered empirically and practiced by different world schools, but also that rhythms and exercises which have been overlooked and have been unknown until now.

consiousness
In the process of breathing , the internal volume (V) of the lungs changes with the passing of the time (T). And different characteristics of the breath are described by such characteristics as the depth (amplitude) (A), frequency (B), correlation of the time of the inhalation (C) and of the exhalation (D), volume of the lungs after the full inhalation (E) and after the full exhalation (F).

The «normal» unconscious breath of a man is controlled automatically by a subconscious program. Its pattern is set by the brain’s breathing center, and is usually close to the harmonic sine curve (Fig. 30). The duration of the inhalation and the exhalation in such breath is approximately equal, and there are no delays between the inhalation and the exhalation.

The practice of Pranayama in Yoga implies conscious control of the life-power flow during the process of breathing by controlling the parameters of the breath. In this case any type of breathing, where different characteristics are controlled consciously, is called Sahita Pranayama. And any automatic breath is called Kevala Pranayama and, in addition to «normal» breathing, it can comprise any type of Pranayama with different automatic breathing characteristics, reduced to automatism which do not require conscious control.

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Date: January 20th, 2010
Cate: Breath, Major Project, research

Six characteristics of breathing

1. Harmonious breathing
Harmonious breath is breathing in which the duration (T) and the depth (V) of the inhalations and the exhalations are equal (V1 = V2 and T1 = T2) .
Harmonious breath is called Sama Vritti Pranayama.

2. Shift in the Range of Breathing
A shift in the range of breathing, with respect to the preset «normal» volume of the lungs after a full inhalation (E), and after a full exhalation (F), an increase of volumes (V1 + 1 and V2 + 1), or a decrease (V1 – 1 and V2 – 1) may occur.
breath-range

A shift in the range of breath towards an increase in the volume of the lungs after full inhalation and full exhalation occurs, for example, upon the practice of psychic-energy exercises actuating the upper energy centers (Chakras) during the breath at the marginal point of the inhalation. Whereas the shift of breath towards a decrease of the volume of the lungs occurs, for example, during the practice of Asanas with deep forward bends, back bends and to the sides, and twists of the spine, compressing the thoracic and abdominal cavities.

3. Temporal Correlation
Temporal correlation between the duration of the exhalation (T1) and the duration of the inhalation (T2) may change both towards longer inhalation (T1>T2) and towards relatively longer exhalation (T1

Breathing with different temporal correlations is called Visama Vritti Pranayama, which has numerous variations of the correlation and is widely used in the practice of Yoga.
temporal

 

4. Breath Delays
The breath may be delayed after the inhalation (T1) and after exhalation (T2). According to the temporal correlation, they may be equal (T1 = T2) or different. Delays after the exhalation are longer than after the inhalation (T1 < T2), or the delays after the inhalation are longer than after the exhalation (T1 > T2).
breathdelay

Breathing with delays is called Ujayi Pranayama; it is also widely used in Yoga practice, and has a number of variations differing in the presence of stops and the temporal correlation of the delays after the inhalations and after the exhalations.
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