& creation computation
Brains Talking (2021)
Brains Talking is an interactive artwork that explores the concept of consciousness in the human mind, focusing on the study of Bluetooth Low Energy (BLE). Consciousness encompasses various elements such as experience, cognition, feelings, imagination, and volition. Through our consciousness, we can perceive and absorb information from the world, with our brain being the vital tool that allows us to do so.
Our brain contains numerous nerve systems that enable us to experience sensations. We can speak, touch, taste, and smell, all of which facilitate our interaction with the world. In contrast, understanding unconsciousness is comparatively easier. When entities lack consciousness, they lack self-thoughts, awareness, and the ability to interact. Examples of such entities include stones, sculptures, installations, and even our technology-driven world.
To represent the complexities of the human brain and its potential in the future, we combine still acrylic material with laser cutting techniques. By cutting the outline of the human brain, we create a visual representation that mimics the possibilities of future human brains.
Considering the question of what humans can do when consciousness becomes unconscious, it raises profound philosophical inquiries. In states of unconsciousness, human agency and interactive capabilities diminish significantly. However, the exact implications and limitations of unconsciousness vary depending on its context. Exploring this theme further within the artwork can prompt contemplation on the nature of consciousness and its role in defining our human experience.
1.0 Concept
Neurofeedback, as an alternative treatment method, involves retraining brain waves through auditory or visual stimuli. This allows us to translate everything in our physical world into sound, activating our neurological system and providing feedback. The central concept in this artwork revolves around the creation of a virtual environment capable of interacting with future brains.
The artwork incorporates sounds derived from our daily lives. The audio track in this installation captures real-life experiences such as elevator movements, boiling water, key rattling, handrail flapping, and door closures. These unintentional sounds inadvertently contribute to our communication system. Within the installation, a specific distance is established that triggers the corresponding sound. People can adjust this distance to control the volume of the sound, emphasizing the idea that they are always within close proximity to each other.
It is widely recognized that with the ongoing advancement of technology in our modern world, human relationships have become increasingly muted. Our focus often fixates on intelligent devices, leading us to disregard the people in our immediate surroundings. The intention behind this installation is to critique this phenomenon, highlighting how meaningful human connections have been marginalized.
When brains are left in isolation, they often become noisy, with electronic devices playing a significant role in this phenomenon. However, when they are brought close to other brains, a sense of synchronization can arise, leading to a potential for calmness. In this experiment, we aim to represent this proximity through a physical installation consisting of two objects symbolizing the two brains. These objects are activated by changes in their positions, and when moved, they emit the reverberating noise of everyday sounds. However, when the brains come together and touch each other, these sounds come to a standstill, creating a moment of silence. This installation intends to convey the profound effect individuals have on each other.
2.0 Circuit connection
3.0 Installation Design
3.1 Laser Cut
When constructing the brain-shaped installation, the decision has been made to utilize laser cutting techniques to create the shape of the brain. Laser cutting is chosen due to its versatility in designing and cutting various shapes with precision and ease. By using laser cutting technology, the intricate details and complex contours of the brain can be accurately replicated in the chosen material.
3.2 Circuit Board
Additionally, an external battery will be employed to provide power. In this case, it becomes essential to consider how to conceal the circuit board within the installation.
One approach could be to integrate the circuit board within the structure of the brain itself. This can be achieved by carefully designing the internal cavities of the brain shape to accommodate the circuit board, ensuring that it fits seamlessly without compromising the overall aesthetic.
Another option is to place the circuit board in a separate compartment or enclosure adjacent to the brain installation. This compartment can be strategically positioned to maintain a clean and visually appealing presentation. Consideration should be given to incorporating removable panels or hidden access points to allow for easy maintenance and replacement of the battery or circuitry if needed.
Furthermore, the choice of materials can play a role in hiding the circuit board. Translucent or opaque materials can be selected for the brain structure, allowing for the circuit board to be partially concealed while still maintaining an intriguing visual effect.
Overall, the objective is to find a balance between functionality and aesthetics, ensuring that the circuit board is discreetly integrated or hidden within the brain-shaped installation to create a seamless and captivating artwork.
