don't go too far, my head. it's almost the end! _1
from the pixelized neutron, I had to figure out the 'interactive' sound plus mov. So rather just keep stucking on first animation, I thought to making another movie. and this expresss the surface grain on space itself.
PN test ii
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sound interactive movie//
premier pro, aftereffect.
Original movie make me headache, too bright.
so I edit to cooling down and darken the image.//
on going.
sound interactive movie//
premier pro, aftereffect.
Original movie make me headache, too bright.
so I edit to cooling down and darken the image.//
on going.
PN_ image test movie
>>> TTesst mov.
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습기찬 공간과 더블카메라.
사우나의 부처님, 수영장샤워실의 빈 공간에서 영감을 얻음.
미디어는 매개체, 중간자; 메시아; 중성자
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moisture space, double cameras.
Buddha in Sauna, Empty Shower room in swimming pool.
inpirations..
Media is medium, mesotron, messiah; electon, neutron
fliming by Jihyeon
edited by Yuri& Jihyeon
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습기찬 공간과 더블카메라.
사우나의 부처님, 수영장샤워실의 빈 공간에서 영감을 얻음.
미디어는 매개체, 중간자; 메시아; 중성자
-
moisture space, double cameras.
Buddha in Sauna, Empty Shower room in swimming pool.
inpirations..
Media is medium, mesotron, messiah; electon, neutron
fliming by Jihyeon
edited by Yuri& Jihyeon
Pixelized Neutron_process
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The iphone screen is the only media, other is analogue material(water), and recording process.
I used Premier pro for editing.
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Materials
/laboratory dish, fountain filter, my iphone, water
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The iphone screen is the only media, other is analogue material(water), and recording process.
I used Premier pro for editing.
-
Materials
/laboratory dish, fountain filter, my iphone, water
-
1. polynuclear field
the volume focuses on alternatoves to the modernist space of the masses and the provate spaces of absence, and on the social orderings being produced through the spaces of the super=urban and sub-urban megalopolis being orderings in themselves rather than deviations from now historical metropolitan model.
/from Space Reader, En route, Michael Hensel
monography on Balloon.
-photography by Opiumblue
projection onto balloon:
프로젝션을 하는데, 다시 이 풍선을 만들 생각을 하니 좋다.
저번에 풍선만들땐 실수를 많이 해서 헬륨이 모자랐다.
가능하다면 더 크게 만들고 싶다.
/1
풍선을 상상하면 탱탱하게 터질 듯하여 삐익하는 소리가 나는데,
친구는 그게 잔뜩 좋은 걸로 포장되어서 빵빵하게 터질 것 같은, 진짜 안에는 그 반대의 모습이 꽉 꽉 차 있는 사람이 생각난다고 한다. 삐에로에 대한 막연한 공포처럼, 칠판 긁는 소리처럼.
/2
초등학교 아이들한테 고양이를 본 적 있냐고 물어보자
한 아이가 머뭇거리면서 따라오라고 한다.
자전거를 타고 한참을 달려서 꼬마애는 여기에 있는 고양이가 아니냐며
나에게 죽어있는 고양이를 보여주었다.
/3
니체가 "신은 없다"고 선언하기도 전에 이미 기원전 5세기에 석가모니는, 이렇게 말한 바 있습니다.
스스로를 구원하라
다른 누가 구원해주기를 기다리지 말고.
바르게 보고,
인과관계를 명확하게 깨닫고,
바른 행위를 통해 이웃에게 유익한 일을 하고,
개인의 앎을 실천하고,
그럼으로써 당신 스스로를,
당신이 처해있는 나쁜 상황에서 구제해 내라.
진흙탕 속에 빠져있는 코끼리가 진창을 벗어나듯이.
storyboard_2
When I went to the sauna, I saw one woman sitting in the middle of sauna space, Zazen with odd vapor. I thoght it's related with Mahayana Buddihsm in Korea.
strory board_1
- please see from 0:55 sec
my original storyboard
1. empty space
2. Particle shapes coming out
3. shapes travel
4. gathering in one spot
5. make big metalic balloon
hmm.
It's all computer graphics, so I think I am stuck in technical part:. kind of lost in the concept.
chamber series
The cloud chamber can detect the radiation from the close object.
I like those interesting shapes of line and particle.
With these theme, I can apply the cloud chamber-blue-in radiatic space.
Now, Radiation Phobia all around the air; motived from the situation.
>>
The cloud chamber, also known as the Wilson chamber, is used for detecting particles of ionizing radiation. In its most basic form, a cloud chamber is a sealed environment containing a supersaturated vapor of water or alcohol. When an alpha or beta particle interacts with the mixture, it ionizes it. The resulting ions act as condensation nuclei, around which a mist will form (because the mixture is on the point of condensation). The high energies of alpha and beta particles mean that a trail is left, due to many ions being produced along the path of the charged particle. These tracks have distinctive shapes (for example, an alpha particle's track is broad and shows more evidence of deflection by collisions, while an electron's is thinner and straight.). When any uniform magnetic field is applied across the cloud chamber, positively and negatively charged particles will curve in opposite directions, according to the Lorentz force law with two particles of opposite charge. For more detailed track-shape information, see bubble chamber.
- from wiki
The Spark chamber
>>
A spark chamber (also called a streamer chamber) is a particle detector, a device used in particle physics for detecting electrically charged particles. It was most widely-used in the 1970s, and has since been superseded by more sophisticated detectors such as drift chambers and silicon detectors. Spark chambers are still of scientific value due to their relative simplicity.
- from wiki
I like those interesting shapes of line and particle.
With these theme, I can apply the cloud chamber-blue-in radiatic space.
Now, Radiation Phobia all around the air; motived from the situation.
>>
The cloud chamber, also known as the Wilson chamber, is used for detecting particles of ionizing radiation. In its most basic form, a cloud chamber is a sealed environment containing a supersaturated vapor of water or alcohol. When an alpha or beta particle interacts with the mixture, it ionizes it. The resulting ions act as condensation nuclei, around which a mist will form (because the mixture is on the point of condensation). The high energies of alpha and beta particles mean that a trail is left, due to many ions being produced along the path of the charged particle. These tracks have distinctive shapes (for example, an alpha particle's track is broad and shows more evidence of deflection by collisions, while an electron's is thinner and straight.). When any uniform magnetic field is applied across the cloud chamber, positively and negatively charged particles will curve in opposite directions, according to the Lorentz force law with two particles of opposite charge. For more detailed track-shape information, see bubble chamber.
- from wiki
The Spark chamber
>>
A spark chamber (also called a streamer chamber) is a particle detector, a device used in particle physics for detecting electrically charged particles. It was most widely-used in the 1970s, and has since been superseded by more sophisticated detectors such as drift chambers and silicon detectors. Spark chambers are still of scientific value due to their relative simplicity.
- from wiki
