Candle light
Candle Light adjusts its brightness in response to subtle vibrations and wind, mimicking the flickering movement of a candle flame. A mobile placed at the center of the light contains an accelerometer that detects slight changes in rotation and tilt. When the mobile moves due to vibrations or wind, the LED light's brightness changes accordingly
Candle Light adjusts its brightness in response to subtle vibrations and wind, mimicking the flickering movement of a candle flame. A mobile placed at the center of the light contains an accelerometer that detects slight changes in rotation and tilt. When the mobile moves due to vibrations or wind, the LED light's brightness changes accordingly
Candle Light adjusts its brightness in response to subtle vibrations and wind, mimicking the flickering movement of a candle flame. A mobile placed at the center of the light contains an accelerometer that detects slight changes in rotation and tilt. When the mobile moves due to vibrations or wind, the LED light's brightness changes accordingly
Group / Individual
Group / Individual
Group / Individual
Individual Project (Personal Project)
Individual Project (Personal Project)
Individual Project (Personal Project)
Location
Location
Copenhagen Institute of Interaction Design (Bergamo, Italy)
Copenhagen Institute of Interaction Design (Bergamo, Italy)
Copenhagen Institute of Interaction Design (Bergamo, Italy)
Duration
Duration
Duration
2024. 12. 16 ~ 12. 20 (5 days)
2024. 12. 16 ~ 12. 20 (5 days)
2024. 12. 16 ~ 12. 20 (5 days)
Inspiration
Inspiration
Inspiration
A candle reacts to physical external factors such as vibrations, sound, and wind that we can perceive. It is fragile and easily extinguished, making it highly sensitive to these external influences and responsive to their movements. Through a candle, we can indirectly sense subtle changes in the physical environment of the place where we stand.
This project was inspired by curiosity about what it would be like to incorporate the unique characteristics of a candle into the artificial light sources we commonly use, such as bulbs or LEDs
A candle reacts to physical external factors such as vibrations, sound, and wind that we can perceive. It is fragile and easily extinguished, making it highly sensitive to these external influences and responsive to their movements. Through a candle, we can indirectly sense subtle changes in the physical environment of the place where we stand.
This project was inspired by curiosity about what it would be like to incorporate the unique characteristics of a candle into the artificial light sources we commonly use, such as bulbs or LEDs
A candle reacts to physical external factors such as vibrations, sound, and wind that we can perceive. It is fragile and easily extinguished, making it highly sensitive to these external influences and responsive to their movements. Through a candle, we can indirectly sense subtle changes in the physical environment of the place where we stand.
This project was inspired by curiosity about what it would be like to incorporate the unique characteristics of a candle into the artificial light sources we commonly use, such as bulbs or LEDs
The X, Y, and Z values generated by the accelerometer in response to vibrations or wind are sent to the Arduino, which then adjusts the LED brightness based on the received values. The mobile with an embedded accelerometer is suspended at the center inside the lampshade, enabling it to respond even to subtle vibrations or wind
The X, Y, and Z values generated by the accelerometer in response to vibrations or wind are sent to the Arduino, which then adjusts the LED brightness based on the received values. The mobile with an embedded accelerometer is suspended at the center inside the lampshade, enabling it to respond even to subtle vibrations or wind
The X, Y, and Z values generated by the accelerometer in response to vibrations or wind are sent to the Arduino, which then adjusts the LED brightness based on the received values. The mobile with an embedded accelerometer is suspended at the center inside the lampshade, enabling it to respond even to subtle vibrations or wind
