GMU:Sustainable Aesthetics/Dahye Seo: Difference between revisions

Latest revision as of 10:59, 20 April 2023

Happy birthday to you

‘Happy Birthday to You’ is an artistic research project inspired by the similarities between how nature change over time and how analog electronic signals work. A digital signal consists of only 0 and 1. Analog signals, on the other hand, operate on a continuum of numbers between 0 and 1. Whereas a digital signal is a binary outcome, an analog signal is a process of constant change. The nature that surrounds us changes just like an analog signal. The sun doesn't rise and set like a switch (on-off/ 1-0). The sun is constantly rotating, and its light gradually gets brighter and dimmer. The same goes for the way a day goes, the seasons change, and even the way all beings are born and die include human. Life is a continuous process of change. It doesn't change digitally, it changes analogically. 'Happy Birthday to You’ represents poetically the constant physical change of nature actor as analog signals in real time. It proposes a new dialogue about the circularity and continuity of time and the relationship between nature and technology in the context of the current environmental crisis.

Technical solution

1. put birthday candles in snow (snow cake)
2. Install the camera facing the snow cake and monitor
3. connect the camera to the monitor.
4. cut the video cable connecting the camera and monitor.
5. put the two cutted cables into the snow cake
6. Snow has little conductivity, and water has a high conductivity. As the snow melts into water, the amount of active electrons between the cutted cables increases.
7. The snow cake appears on the monitor affected by the process of melting the snow cake itself.

Experiments

1. Sound installation

Interactive process

1. Fire melts Snow
2. Snow makes Water drop (through condensation)
3-1. Water drop put out the Fire
3-2. Water drop melts Snow

Sound

Sound 1 : The moment the fire meets the snow
Sound 2 : The moment the water drops falling on snow and fire

Technical position

A microphone is used to amplify the sound.
piezo mic experiments
condenser mic test

2. Video Installation

The process of interaction between snow and fire interacts again with electricity.

Technical position

3. Sculpture

Class expriments

References

Nam June Paik’s TV Buddhas, https://medium.com/@codenamecatstac/nam-june-paiks-tv-buddhas-e3606957b23f

@@ Line 1: / Line 1: @@
+==Happy birthday to you==
-{{#ev:youtube|kQXCTdoNFIo}}
+{{#ev:youtube|6Zj0429g3BY}}
-== '''Happy birthday to you'''  ==
+‘Happy Birthday to You’ is an artistic research project inspired by the similarities between how nature change over time and how analog electronic signals work. A digital signal consists of only 0 and 1. Analog signals, on the other hand, operate on a continuum of numbers between 0 and 1. Whereas a digital signal is a binary outcome, an analog signal is a process of constant change.
+The nature that surrounds us changes just like an analog signal. The sun doesn't rise and set like a switch (on-off/ 1-0). The sun is constantly rotating, and its light gradually gets brighter and dimmer. The same goes for the way a day goes, the seasons change, and even the way all beings are born and die include human. Life is a continuous process of change. It doesn't change digitally, it changes analogically.
+'Happy Birthday to You’ represents poetically the constant physical change of nature actor as analog signals in real time. It proposes a new dialogue about the circularity and continuity of time and the relationship between nature and technology in the context of the current environmental crisis.
+==Technical solution==
-Snow melts by fire. Fire goes out the moment it meets the snow. This work poetically represents  ''life'' consisting of infinite cycles of yin and yang through a process in which two substances with opposite properties affect each other.
+*1. put birthday candles in snow (snow cake)
+*2. Install the camera facing the snow cake and monitor
+*3. connect the camera to the monitor.
+*4. cut the video cable connecting the camera and monitor.
+*5. put the two cutted cables into the snow cake
+*6. Snow has little conductivity, and water has a high conductivity. As the snow melts into water, the amount of active electrons between the cutted cables increases.
+*7. The snow cake appears on the monitor affected by the process of melting the snow cake itself.
+==Experiments==
-눈이 불에 의해 녹는다. 불은 눈과 접촉하는 순간 꺼진다. 이 작업은 눈과 불, 극의 성질을 가진 두 물질이 서로 영향을 주고 받는 과정을 통해 음과 양의 무한한 순환으로 이루어진 생을 시적으로 재현한다.
+=== 1. Sound installation ===
-In this class, I want to explore three different ways (sound/ electronics/ sculpture) to realize this idea.
-== 1. Sound installation ==
@@ Line 20: / Line 26: @@
-'''Interactive process'''
+====Interactive process====
-. Fire melts Snow
+*1. Fire melts Snow
+*2. Snow makes Water drop (through condensation)
+*3-1. Water drop put out the Fire
+*3-2. Water drop melts Snow
-. Snow makes Water drop (through condensation)
+====Sound====
--1. Water drop put out the Fire
+*Sound  1 :   The moment the fire meets the snow
+*Sound  2 : The moment the water drops falling on snow and fire
--2. Water drop melts Snow
+====Technical position====
-'''Sound'''
+*A microphone is used to amplify the sound.
+*[[piezo mic experiments]]
+*[[condenser mic test]]
-Sound  1 :   The moment the fire meets the snow
-Sound  2 : The moment the water drops falling on snow and fire
+=== 2. Video Installation ===
+The process of interaction between snow and fire interacts again with electricity.
-'''Technical position'''
-A microphone is used to amplify the sound. I am currently testing a piezo mic and a condenser mic.
-[[piezo mic experiments]]
-'''idea 2'''
 [[File:ideaSketch_snow-electricity.jpeg|400px]]
@@ Line 56: / Line 53: @@
 [[File:idea 2_1.jpeg|400px]]
+====Technical position====
+*[[ video - analogue _ camcorder - tv ]]
+*[[ USB - Webcam ]]
+*[[snow - electricity ]]
+*[[peltier expriment]]
+*[[water sensor test]]
-'''idea 3'''
+===3. Sculpture===
 [[File:idea 3.jpeg|400px]]
+==Class expriments==
-==expriment==
+*[[joule thief]]
+*[[ martin howse's circuit]]
-[[condenser mic test]]
-[[snow - electricity ]]
-[[water sensor test]]
-[[peltier expriment]]
-[[joule thief]]
-[[ martin howse's circuit]]
 ==References==
 * Nam June Paik’s TV Buddhas, https://medium.com/@codenamecatstac/nam-june-paiks-tv-buddhas-e3606957b23f