The Felluss Institute
for Adversarial Performance
The Felluss Institute for Adversarial Performance conducts rigorous research on how performers maintain reference signal organization and decision quality under maximum competitive pressure. Grounded in Perceptual Control Theory, our work examines the mechanisms through which constraint saturation triggers architectural reorganization across adversarial domains.
We investigate the gap between stated and operative reference signals—the often-invisible organizing principles that govern actual behavior when conventional control strategies collapse. Our research spans competitive sport, financial markets, and cross-cultural performance traditions.
Theoretical Grounding
Our research is anchored in William T. Powers' Perceptual Control Theory (PCT), which proposes that organisms maintain goal states through hierarchical feedback control loops. Rather than responding to external stimuli, organisms actively control their perceptions to maintain reference signals—the desired states they are organized to achieve.
In adversarial contexts, this framework reveals a critical problem: when opponents actively disrupt an athlete's or trader's ability to perceive and control their reference signals, the entire organizational structure becomes unstable. The Felluss Institute investigates how performers reorganize their reference signal architecture when constraint saturation makes their current control strategy impossible.
This is not a problem of motivation or technique. It is a problem of control architecture itself—how the nervous system reorganizes its hierarchy of goals when the conditions for achieving them fundamentally change.
Research Trajectories
Theoretical Foundations
Empirical Research Programs
Extended Applications
Key Constructs
Reference Signal Architecture
The hierarchical organization of goals and subgoals that structure perception and action. In adversarial contexts, this architecture becomes the target of opponent disruption.
Opacity Tolerance
The capacity to maintain decision quality and performance when opponent behavior becomes unpredictable. A measure of control system robustness.
Constraint Saturation
The moment when external constraints exceed the performer's capacity to maintain their current reference signal organization. The threshold of architectural collapse.
Transfer Ignition
The discrete reorganization of previously learned capacity under pressure. The mechanism through which constraint saturation triggers access to new control strategies.
The Drum State
The coherent state achieved when reference signal architecture aligns with environmental dynamics. Opponent unpredictability becomes the rhythmic field the performer moves within.
Ground Communion
An alternative reference signal organization based on environmental attunement rather than opposition. The organizing principle underlying non-adversarial performance traditions.