FIELDWORK
Spatial Systems & Kinetic Software
COORDINATES RA 14h 29m / DEC -62° 40'
ACTIVE DRIFT 0.42 km/s
FIELD DENSITY 8 NODES / 3 SURFACES
CONSTELLATION MEMORY ACTIVE
Voyage Memory (Chronological Breadcrumbs) 1/11 Discovered
Starfield Origin
Hold Mouse / Long Press Radial Menu • Drag Pan / Pull Nodes • Wheel Zoom
FIELD
Proximity Resonance Field 48 px
Node Title
Discipline • Year
Brief summary revealing how these spatial concepts connect.
RELEASE TO CONNECT OR CLICK TO DIVE IN ➔
NONLINEAR DRIFT ACTIVE | STATION 1 OF 6
THEME: ATMOSPHERIC TOPOLOGY
Project Aether-09
"We begin where software dissolves into climate. Micro-sensors disperse into cloud formations, turning atmospheric instability into executable typography."
☷ INDEX ARCHIVE
NODE [01] • SYSTEM MEMORY SYNCHRONIZED
Generative Parameter: 50%
ECOLOGICAL COMPUTING

Aether-09: Atmospheric Sensorium

A real-time micro-meteorological observatory and volumetric wind interface capturing turbulent boundary layers across sub-alpine valleys.

Commission / Client Swiss Climate Research Institute
Temporal Horizon 2026 — Ongoing
Typology Kinetic Software & Sensor Lattice
Materials & Stack WebGL 2.0, Web Audio, LoRa MESH, GLSL
01 // The Conceptual Framework

Translating Boundary Friction Into Kinetic Geometry

Modern climate models suffer from cognitive detachment: numerical tables conceal the terrifying physical turbulence of atmospheric collapse. With Aether-09, FIELDWORK engineered an ambient spatial instrument that renders alpine wind velocities not as static contours, but as an elastic, undulating cloth suspended in digital physical space.
"The instrument does not report climate; it breathes it. Every eddy is translated into an instantaneous vector displacement on the screen surface."
02 // Process & Computational Apparatus

Lidar Topology & Micro-Oscillation Harmonics

We deployed 64 battery-less solar nodes across the Engadin valley, streaming wind azimuth and barometric gradient data over a low-frequency mesh network. The spatial engine converts this raw stream into Navier-Stokes grid approximations operating at 60 frames per second.
LIVE COMPUTATIONAL TELEMETRY SIMULATION OSC PROTOCOL: /aether/vector/09
FIELDWORK ARCHIVE REGISTRATION
Project ID: FW-2026-09X
Preservation: Complete Static Autonomous Build
COLLABORATORS & CREDITS
Direction: J. Chen & M. Arisawa • Sound Design: Studio Resonance • Engineering: K. Vane
STUDIO MANIFESTO // VERSION 4.2

Principles of Ambient Computing & Tactical Drift

FIELDWORK operates at the intersection of material reality and digital plasticity. We reject the transactional web of static rectangular boxes and predictable menus. Here are the axioms guiding our practice:

AXIOM 01
The Screen is Not a Window, It is a Surface
We do not gaze through the glass into an illusionary world; we touch an illuminated plane of energized liquid crystal. Navigation should possess friction, momentum, and elasticity. When an interface yields to the hand, digital space becomes tangible.
AXIOM 02
Navigation as Excavation
Finding one's way through an archive should not feel like ordering from a cafeteria menu. It should feel like orienteering across open tundra at dusk. The visitor who wanders arrives with far greater attention than the visitor who clicks a predetermined link.
AXIOM 03
The Machine Remembers and Grieves
Every human traversal alters the environment. Visited territories must bear the subtle scars of exploration: a faint luminescent patina, an updated orbital tension, a breadcrumb of stardust. A system that resets itself completely upon reload is indifferent to human presence.
AXIOM 04
Ecological Computing Over Synthetic Excess
Computation is physical: it consumes watts, heats silicon, and relies on minerals pulled from the earth. We craft lightweight, procedural, code-native visuals that dance within the browser rather than shipping gigabytes of dead video assets.
FIELD JOURNAL & DISPATCHES

Notes from the Computational Perimeter

SEPTEMBER 2026 // DISPATCH #34
On the Acoustic Resonance of Liquid Crystal Matrices
We hooked piezoelectric transducers to a series of high-refresh rate displays in the Zurich studio. As the raster sweeps across the OLED cells at 120Hz, a microscopic acoustic drone emerges around 14.4 kHz. We are now modulating screen layout density specifically to make displays sing in minor chords.
JULY 2026 // DISPATCH #33
Drafting with Gravitational Fields in Kyoto
Walking through the stone gardens of Ryoan-ji, one realizes that empty space is not an absence of content; it is a gravitational anchor. Our constellation physics now incorporates negative mass zones that gently deflect wandering nodes, preserving the tension between emptiness and matter.
MARCH 2026 // DISPATCH #32
The Cold Light of Sub-Arctic Fiber Relays
Testing our LoRa sensor grids in northern Scandinavia revealed how frost altered capacitive touch response on outdoor kinetic panels. Cold glass slows down charge dissipation, creating natural long-decay trails. We have codified this latency into our physics engines.
SIGNAL BEACON // CARRIER FREQUENCY 142.840 MHz

Studio Transceiver & Transmission Surface

FIELDWORK accepts a limited volume of research fellowships, architectural commissions, and experimental software collaborations each cycle. Modulate carrier wave and transmit your signal.

ZURICH STUDIO
Limmatstrasse 214, CH-8005
00:00:00 CEST
KYOTO WORKSHOP
Kamigyo Ward, Kyoto 602-0000
00:00:00 JST
COMMISSION WINDOW
Q4 2026 / Q1 2027
SELECT PROPOSALS
Direct Signal: contact@fieldwork.systems
Audio Synthesis: Initialized
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