THINKTANK

Now at Level99

ThinkTank, 2024

projection on painted wood

interactive

240 x 91 x 2.5 in

unique work


Currently accepting commissions

Contact for pricing and availability


TYPE

🌓 Mixed reality sculpture


ROLE

🎨 Artist / Animator


COMISSIONED BY

Level99


DATE

📆 Spring 2024


SERVICES

  • 👀 Creative Research
  • ⚗️ Experimental R&D

🔮 Conceptual Development

🖱️ 3D Modeling

  • 🔨 Fabrication

💻 Systems Design & Spec.

🚀 MoGraph & Animation

🦺 Installation

✨Projection Mapping

🎞️ Video Documentation

🎵 Musical Composition

👂 Sound Design

CONCEPT


The ThinkTank is a state-of-the-art physical-computing platform for non-human pondering. The tank is used to run different experimental physical-computing methods, including spheral-database WAVE (Wisdom Aggregate Velocity Engine) nets that can be used for NTG (Novel Thought Generation) and CPS (Creative Problem Solving), and for Living SMMC (Slime-Mold Monte Carlo) simulations that can be used to study resource distribution, transportation efficiency, meme propagation (See QR code provided for more on this research).


Our researchers encourage interaction with the systems during realtime simulation as it increases randomness and makes for more statistically robust outcomes. Please, stir up some thoughts.



Submit questions for the ThinkTank to ponder @joshuahjest #ThinkTank.



WARNING

THE LIVING SMMC SIMULATION “CULTURE SHOCK” UTILIZES AND DISTRIBUTES LIVE DATA, AND HAS BEEN FOUND TO BE LOOSELY CORRELATED WITH TRAFFIC CONGESTION IN THE STATE OF MASSACHUSETTS. PLEASE MINIMIZE INTERACTION


iter. 1, WAVE Net


To perform this type of physical computing, the tank is filled with spherical data-storage modules that each contain a specific knowledge base, including fundamental knowledge such as logic, algebra, geography, history, language, economics, code, and calculus, but also other developing, technical, subjective, and alternative knowledge including music theory, quantum-physics, basket weaving, astrology, semiotics, memes, building code, color theory, string theory, and almost every other body of knowledge.



Simple prompts and questions are fed into the chamber via a digital signal. As the data-modules swirl around each other the signal is relayed between spheres via electrical contacts on their surfaces. Similarly to how individual neurons in a brain receive and transmit electrical pulses, each sphere receives a signal, applies its knowledge, and then passes the resulting information to other spheres. At the end of each day the results are harvested by Conceptual Managers and prepared for review by the Thought Police before being entered into record with a Central Intelligence Agent.

iter. 3, HOLOSCOPE


The Holoscope is a volumetric display prototype that utilizes cascading cardioid harmonic interferometry to excite liquid crystals in a stratavision block architecture. This patented technology lowers the bitrate required for 3D video by taking advantages of algorithmic efficiencies unique to the cardioid matrix space, similar to multiplexing and Charliplexing in LED arrays. With this smaller bitrate and derivative codec the Hososcopic ecosystem is able to encode, transmit, and display volumetric video – or holos – at a higher resolution than industry standard cartesian systems.

[ diagram of layers in a conventional OLCD ]

The Holoscope is known for its visual warmth, arising from a unique combination in its interferometry technology and the slower cooldown rate of crystals in a block architecture. The interferometry produces circular artifacts emanating from each exciter. These circular patterns stacks between exciters to produce the display's signature cardioid moiré pattern. The display's block architecture accomplishes the highest 3dpi on the market by sacrificing substrate layers that vent excess charge in other block architectures. As a result, the pixels of the Holoscope have prolonged brightness decay as they discharge, producing an afterimage on the display. The discharging process also excites neighboring pixels, which results in what has been described as a "spatial bloom" effect. Combined, these unique visual artifacts make for holos that seem splash through the glittering voxels of the Holoscope.