Slicing time - a moment as an object, Shinae Kim
This project is based on understanding a moment as a complex spatial experience, which occurs in the relationship between materiality and information. Because of the limit of human perception, humans experience time as a moment.In our daily life we are experiencing time as continuous moments.Geological or astronomical time cannot be experienced as a whole. It is only possible to experience them as sliced moments. This sliced moment will be built in a new spatial relationship of selected time information and digital materials.
"We can only see pieces of hyperobjects at a time. The Reason why that appear nonlocal and temporally foreshortened is precisely because of this transdimensional quality. We only see pieces of them at once, like a tsunami or a case of radiation sickness. If an apple were to invade a two-dimensional, first the stick would people see some dots as the bottom of the apple touched their universe, then a rapid succession of shapes that would appear like an expanding and contracting circular blob, diminishing to a tiny circle, possibly a point, and disappearing. What we experience as a lava lamp fluidity-flowing and oozing metaphors abound in the new materialism-is precisely a symptom of our less than adequate perception of higher dimensions of structure, which is where the hyperobjects live"
Hyperobjects Philosophy and Ecology-Timothy Morton
time modelling
geological time transformation
800,000 years = 1000 years x 800
each pillar 1000 years
150,000 years = 1000 years x 150
each pillar 1000 years
10,600 years = 100 years x 106
each pillar 100 years
1000 years = 100 years x 10
each pillar 100 years
30 years = 1 year x 30
each pillar 1 year
103 years = 1 year x 103
each pillar 1 year
human time transformation
5,400 seconds = 10 seconds x 540
each cube 10 seconds
4,600 seconds = 10 seconds x 460
each cube 10 seconds
9,240 seconds = 10 seconds x 924
each cube 10 seconds
16,320 seconds = 10 seconds x 1,632
each cube 10 seconds
28,560 seconds = 10 seconds x 2,856
each cube 10 seconds
540 seconds = 10 seconds x 54
each cube 10 seconds
Selected time information
Katla (Icelandic pronunciation: [ˈkʰaʰtla]) is a large volcano in southern Iceland. It is very active; twenty eruptions have been documented between 930 and 1918, at intervals of 20–90 years. It has not erupted violently for 103 years, although there may have been small eruptions that did not break the ice cover, including ones in 1955,1999, and 2011.
Dishwasher
Eco 50°C running time 9,240 seconds
Bosch
Netflix movie
Running time 5,400 seconds
Black Mirror: Bandersnatch
Leirhnjukur is a great example of why I love Iceland: this is a place where you can feel the power of Nature. Indeed, this geothermal area in North Iceland is partly composed of a lava field that is still steaming 30 years after the last volcanic event. As you will see in the photos below, this small hike was like landing on another planet.
Washing Machine
cotton 1400 spin 40 °C
running time 6,900 seconds
Hotpoint 8KG RW11430
An ice core is a core sample that is typically removed from an ice sheet or a high mountain glacier. Since the ice forms from the incremental buildup of annual layers of snow, lower layers are older than upper, and an ice core contains ice formed over a range of years. Cores are drilled with hand augers (for shallow holes) or powered drills; they can reach depths of over two miles (3.2 km), and contain ice up to 800,000 years old.
Mac book pro
screen time 28,560 seconds
18.01.2021
Ice core dates A difficulty in ice core dating is that gases can diffuse through firn, so the ice at a given depth may be substantially older than the gases trapped in it. As a result, there are two chronologies for a given ice core: one for the ice, and one for the trapped gases. To determine the relationship between the two, models have been developed for the depth at which gases are trapped for a given location, but their predictions have not always proved reliable.[39][40] At locations with very low snowfall, such as Vostok, the uncertainty in the difference between ages of ice and gas can be over 1,000 years.
iPhone 7
screen time 16,320 seconds
19.01.2021
Soviet ice drilling projects began in the 1950s, in Franz Josef Land, the Urals, Novaya Zemlya, and at Mirny and Vostok in the Antarctic; not all these early holes retrieved cores.[108] Over the following decades work continued at multiple locations in Asia.[109] Drilling in the Antarctic focused mostly on Mirny and Vostok, with a series of deep holes at Vostok begun in 1970.[110] The first deep hole at Vostok reached 506.9 m in April 1970; by 1973 a depth of 952 m had been reached. A subsequent hole, Vostok 2, drilled from 1971 to 1976, reached 450 m, and Vostok 3 reached 2202 m in 1985 after six drilling seasons.[111] Vostok 3 was the first core to retrieve ice from the previous glacial period, 150,000 years ago.
Iphone 7
using call 540 seconds
19.01.2021
structured moment - not observed
new structured moment
sliced moment by observation
modified and magnified moment
film Interstella, 2014, timespace model study
studying waves as layering in time
studying stratum as layering over time
the glacier in Katla, Iceland
researching other layered structures in nature.
Ice and waterfall material study in digital.
3D Rhino modelling of sliced Turmaline
abstract spatial drawings of a layered structure using folding paper and graphic tape.
A further drawing study of the structure and the surface of the diverse perspectives of the mineral.
The model study is focused on the colour and layered structure of the Tourmaline.
Tourmaline: Schorl It is a dark, almost black and vitreous mineral with a layered structure.
Slicing time - a moment as an object, Shinae Kim
This project is based on understanding a moment as a complex spatial experience, which occurs in the relationship between materiality and information. Because of the limit of human perception, humans experience time as a moment.In our daily life we are experiencing time as continuous moments.Geological or astronomical time cannot be experienced as a whole. It is only possible to experience them as sliced moments. This sliced moment will be built in a new spatial relationship of selected time information and digital materials.
"We can only see pieces of hyperobjects at a time. The Reason why that appear nonlocal and temporally foreshortened is precisely because of this transdimensional quality. We only see pieces of them at once, like a tsunami or a case of radiation sickness. If an apple were to invade a two-dimensional, first the stick would people see some dots as the bottom of the apple touched their universe, then a rapid succession of shapes that would appear like an expanding and contracting circular blob, diminishing to a tiny circle, possibly a point, and disappearing. What we experience as a lava lamp fluidity-flowing and oozing metaphors abound in the new materialism-is precisely a symptom of our less than adequate perception of higher dimensions of structure, which is where the hyperobjects live"
Hyperobjects Philosophy and Ecology-Timothy Morton
time modelling
geological time transformation
800,000 years = 1000 years x 800
each pillar 1000 years
150,000 years = 1000 years x 150
each pillar 1000 years
10,600 years = 100 years x 106
each pillar 100 years
1000 years = 100 years x 10
each pillar 100 years
30 years = 1 year x 30
each pillar 1 year
103 years = 1 year x 103
each pillar 1 year
human time transformation
5,400 seconds = 10 seconds x 540
each cube 10 seconds
4,600 seconds = 10 seconds x 460
each cube 10 seconds
9,240 seconds = 10 seconds x 924
each cube 10 seconds
16,320 seconds = 10 seconds x 1,632
each cube 10 seconds
28,560 seconds = 10 seconds x 2,856
each cube 10 seconds
540 seconds = 10 seconds x 54
each cube 10 seconds
Selected time information
Katla (Icelandic pronunciation: [ˈkʰaʰtla]) is a large volcano in southern Iceland. It is very active; twenty eruptions have been documented between 930 and 1918, at intervals of 20–90 years. It has not erupted violently for 103 years, although there may have been small eruptions that did not break the ice cover, including ones in 1955,1999, and 2011.
Dishwasher
Eco 50°C running time 9,240 seconds
Bosch
Netflix movie
Running time 5,400 seconds
Black Mirror: Bandersnatch
Leirhnjukur is a great example of why I love Iceland: this is a place where you can feel the power of Nature. Indeed, this geothermal area in North Iceland is partly composed of a lava field that is still steaming 30 years after the last volcanic event. As you will see in the photos below, this small hike was like landing on another planet.
Washing Machine
cotton 1400 spin 40 °C
running time 6,900 seconds
Hotpoint 8KG RW11430
An ice core is a core sample that is typically removed from an ice sheet or a high mountain glacier. Since the ice forms from the incremental buildup of annual layers of snow, lower layers are older than upper, and an ice core contains ice formed over a range of years. Cores are drilled with hand augers (for shallow holes) or powered drills; they can reach depths of over two miles (3.2 km), and contain ice up to 800,000 years old.
Mac book pro
screen time 28,560 seconds
18.01.2021
Ice core dates A difficulty in ice core dating is that gases can diffuse through firn, so the ice at a given depth may be substantially older than the gases trapped in it. As a result, there are two chronologies for a given ice core: one for the ice, and one for the trapped gases. To determine the relationship between the two, models have been developed for the depth at which gases are trapped for a given location, but their predictions have not always proved reliable.[39][40] At locations with very low snowfall, such as Vostok, the uncertainty in the difference between ages of ice and gas can be over 1,000 years.
iPhone 7
screen time 16,320 seconds
19.01.2021
Soviet ice drilling projects began in the 1950s, in Franz Josef Land, the Urals, Novaya Zemlya, and at Mirny and Vostok in the Antarctic; not all these early holes retrieved cores.[108] Over the following decades work continued at multiple locations in Asia.[109] Drilling in the Antarctic focused mostly on Mirny and Vostok, with a series of deep holes at Vostok begun in 1970.[110] The first deep hole at Vostok reached 506.9 m in April 1970; by 1973 a depth of 952 m had been reached. A subsequent hole, Vostok 2, drilled from 1971 to 1976, reached 450 m, and Vostok 3 reached 2202 m in 1985 after six drilling seasons.[111] Vostok 3 was the first core to retrieve ice from the previous glacial period, 150,000 years ago.
Iphone 7
using call 540 seconds
19.01.2021
structured moment - not observed
new structured moment
sliced moment by observation
modified and magnified moment
film Interstella, 2014, timespace model study
studying waves as layering in time
studying stratum as layering over time
the glacier in Katla, Iceland
researching other layered structures in nature.
Ice and waterfall material study in digital.
3D Rhino modelling of sliced Turmaline
abstract spatial drawings of a layered structure using folding paper and graphic tape.
A further drawing study of the structure and the surface of the diverse perspectives of the mineral.
The model study is focused on the colour and layered structure of the Tourmaline.
Tourmaline: Schorl It is a dark, almost black and vitreous mineral with a layered structure.