System Active

HRV0.82

COH0.71

BPM62

ARCH_SYS_REF // 0042-MT

Signal Active

System Pathway // 2026

Research & Residency // 2026

The body composes.

Physiological signals translated into living environment.

Heart 0.82hrv

Coherence

Brain α 9.4hz

Embodied Systems

Measurable States

Performative Inquiry

Mila Tina develops research-based systems that translate physiological signals, movement, and language into responsive sonic and visual environments, operating at the intersection of performance, technology, and cognitive science

Language functions as a regulatory signal within this system, shaping how perception, physiology, and behavior organize in real time.

Initiate Collaboration Explore the System

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PATHWAY.03

ENGAGEMENT CONTEXT

This pathway is designed for institutions, labs, and residency programs engaging interdisciplinary work grounded in both artistic and systemic investigation.

Each collaboration functions as a live research environment.

Signal // Manifesto_v1

Manifesto

01

File: Manifesto_01.log · Status: Signal_Detected

Before language, there is rhythm.
Before meaning, there is signal.

02

File: Manifesto_02.log · Status: Pattern_Forming

The body generates patterns.
Perception organizes them.

03

File: Manifesto_03.log · Status: Structure_Confirmed

Every emotional state carries structure.
Every structure can be measured,
translated, and perceived.

04

File: Manifesto_04.log · Status: Source_Located

Most systems analyze behavior.
This system listens to its source.

05

File: Manifesto_05.log · Status: Boundary_Dissolved

The boundary between body and environment
becomes continuous exchange.

06

File: Manifesto_06.log · Status: Language_As_Signal

Language operates as signal within this exchange,
shaping how the system organizes and responds.

07

File: Manifesto_07.log · Status: Composition_Active

The body has always been composing.
This system makes it perceptible.

∞

File: Manifesto_Final.log · Status: Execution_Complete

Before language, there is rhythm. Before meaning, there is signal. The body generates patterns. Perception organizes them. Every emotional state carries structure. Every structure can be measured, translated, and perceived. Most systems analyze behavior. This system listens to its source. The boundary between body and environment becomes continuous exchange. Language operates as signal within this exchange, shaping how the system organizes and responds. The body has always been composing. This system makes it perceptible.

01 / 08

I

Physiological data as compositional material

HRV, breath, and neural activity function as primary compositional material.

II

Rhythm as a cognitive and regulatory structure

Rhythmic entrainment is measurable. External pulse reorganizes autonomic tone, attention, and inter-body synchronization.

III

Emotional states as translatable signals

Affect produces distinct physiological signatures. Fear, grief, coherence, and joy register as measurable patterns. These patterns become audible and shared.

IV

Intersubjective synchronization between bodies

Shared rhythmic experience produces physiological convergence. Heart rates align. Neural coherence spreads. This convergence becomes audible.

V

Language as a system shaping perception and behavior

Internal narrative drives physiological response. Specific linguistic patterns alter HRV, cortisol, and autonomic tone in measurable ways. Language operates as a structural signal within the system, shaping how the body generates measurable output. The word enters the body. The body generates the signal.

The body, the signal, and language operate as a continuous regulatory system.

PHASE I // Individual System BioSymphony Bio-Kinetic Performance System

Physiological signals (HRV, embodied percussion) are translated into generative sonic and visual environments in real time.

INPUTS
HRV (System_01)
Embodied Percussion (System_02)

PHASE II // Language System SLRSystemic Linguistic Recalibration

Linguistic patterns function as measurable inputs, shaping physiological signals and behavioral output. Language operates as a regulatory signal within the system, structuring how cognition and physiology organize and respond. SLR engages language at the level of structure, where syntax and patterning influence system dynamics directly.

PHASE III // Collective System Collective BioSymphony Intersubjective Signal Field

Multiple bodies contribute physiological signals to a shared system, generating environments shaped by collective states. The system expands from individual signal to intersubjective field. The environment is no longer driven by one body, but by many in relation.

DEV DEVELOPMENT LAYER // Neural Integration EEG Integration Expanding the BioSymphony Signal Chain

Direct neural signals are being integrated into the BioSymphony input matrix, further closing the loop between cognition and generative environments. This layer deepens the system without replacing it.

Current Status: [ SYSTEM_EXPANDING ] // Resident Inquiry Open

SYSTEM_01 // Bio-Kinetic

BIOSYMPHONY

BIO-KINETIC PERFORMANCE SYSTEM

BioSymphony is a live research and performance system where internal physiological signals generate sound and visual outputs in real time.

Infrastructure // Signal_Capture_v1

CURRENT RESEARCH SYSTEM

The BioSymphony system operates through three integrated capture layers.

INPUT_01 // Physiological

HRV Coherence

Inner Balance™ Coherence Plus, HeartMath Institute

Real-time psychophysiological data functions as a primary compositional input. HRV coherence reflects the relationship between heart rhythm, breath, and autonomic activity. Within the performance, both coherence and disruption are tracked and translated into sound and visual output.

Shifts between tension, fragmentation, synchronization, and release shape the structure of the work. The system does not seek constant coherence. It renders movement between states.

INPUT_02 // Embodied

Percussion Data

Korg Wavedrum Protocol

Strike position, pressure, and velocity are captured as embodied gesture. The instrument translates physical input into measurable kinetic data, mapping the relationship between physiological signals and expressive movement in real time.

FUTURE // Neural Integration

EEG Integration

Neural Signal Layer — Development Phase

Extending the input matrix with neural signals, further closing the loop between cognition and generative sonic environments.

CORE // Translation

Signal Processing

Custom Software Architecture

Python // librosa // MNE // scipy
Raw signal translation engine.

Custom signal processing architecture for real-time data translation.

Built in Python using librosa, MNE, and SciPy, the system processes multi-modal input streams and maps them to generative sonic and visual parameters.

Ableton Live operates as the performance engine, translating data into dynamic sonic output in real time.

EEG Neural Integration: [ SYSTEM_EXPANDING ] // Resident Inquiry Open

// Neural_Driver

Language acts as a direct input to the nervous system.

// Architecture

Internal narratives form the architecture of behavior.

// Modulation

Verbal patterns modulate emotional and physiological states. Language operates as signal and structure within the system.

SYNT

MODULE_X_SYSTEM_INT

Core Synthesis

System Intersection

When combined, these systems investigate how language and internal narrative influence measurable physiological output.

Language

Physiology

Data

Environment

A continuous regulatory feedback system across cognition, body, and environment.

METHOD

METHODOLOGY // SYSTEM_PROTOCOL_v4

01 Capture

Physiological and kinetic signals are recorded through sensors and live input.

02 Translation

Signals are mapped into sound, rhythm, and visual parameters.

03 Performance

The performer actively modulates internal states through breath, focus, movement, and language.

04 Feedback

The system responds in real time, influencing the next state.

Language functions throughout this process as an active input shaping system organization and response. A continuous exchange between body, environment, and perception.

RESI

MILA_RESEARCH_v1

Site-Responsive Framework

Residency Structures

Mila Tina develops site-responsive research within institutional environments.

Research residency

Primary laboratory phase for system development, signal mapping, and initial testing.

Open studio

Transparent exhibition of the live system, inviting observation of real-time translation.

Public performances

Sonic environments generated live by physiological input, with potential audience data integration.

Workshops

Experiential sessions exploring breath, focus, perception, and internalized narrative systems.

Collaboration

Cross-disciplinary research and dialogue with scientists, technologists, and fellow artists.

System Variables

Space

Audience

Technology

Context

Each variable reshapes the system.

System Activation

The Collaboration activates the system

A collaboration activates the system within your environment, generating:

Site-specific performance

Real-time physiological data

Research outputs and documentation

Linguistic input and internal narrative participate directly in shaping these outputs. Each context produces new data, new compositions, and new insight into the relationship between body, signal, and perception.

ACTION

LOG // SELECTED_CONTEXT

Symbiotrix Neural-visual performance presented at Miami Art Basel

Herratic / Mujer Luna Interdisciplinary performance across theater and art institutions

BioSymphony Ongoing development as a multi-performer system

Evidence System_in_action

BioSymphony has been developed and tested across live performance and research contexts.

Symbiotrix
Presented at Miami Art Basel
Real-time physiological signals translate into compositional output within a public environment. Internal state registers visibly. Audience proximity to coherence signals produces measurable shifts in attention and synchronization.

Herratic / Mujer Luna
Developed across theater and interdisciplinary institutions Language, physiology, and performance operate as a single system. Internal narrative drives physiological state and becomes compositionally active.

Across contexts
Internal language patterns function as compositional drivers. Each performance generates data and expands system parameters.

[ The system learns from every performance. ]

Archive // BIOSYM_042 Ref: Significance // 01

Significance Why this matters

ABSTRACT // PERFORMANCE PHILOSOPHY

The nervous system participates directly in the creative act. Physiological signals shape perception, timing, rhythm, and expression.

BioSymphony renders these processes perceptible through real-time signal translation, mapping biosignals such as heart rate variability, respiration, and neural activity into dynamic sonic and visual environments.

At a time when collective regulation and human connection define critical research frontiers, this system establishes a direct link between measurement and lived experience: a live, measurable, and aesthetic demonstration of the body’s capacity for synchronization, adaptation, and pattern formation.

SLR extends this by positioning language as a measurable input within these processes.

For Science

Generating real-time psychophysiological data in ecologically valid conditions, extending beyond the lab.

For Institutions

A transdisciplinary system bridging neuroscience and computational media for experiential legibility.

For Audiences

A direct sensory encounter with internal physiological dynamics experienced as rhythm and sound.

The body has always been composing. This system allows it to be perceived.

Methodology

Research
that performs.

Activation

Performance
that investigates.

IDEAL

COLLAB_REF // INT_042

Strategic Alignment

Ideal Collaborators

[ 01 ]

Media and technology labs

[ 02 ]

Neuroscience and cognitive science

[ 03 ]

Sound and music research

[ 04 ]

Performance and movement institutions

[ 05 ]

Museums exploring interactive work

This work is designed for environments where art and research intersect.

Status: Open for Research

Initiate Collaboration

Research residencies

Institutional partnerships

Experimental commissions

Secure Transmission Inquire & Initiate pulse@milatina.io