English

Fixed-Point Traps and Identity Emergence in Educational Feedback Systems

General Mathematics 2025-05-29 v1

Abstract

This paper presents a formal categorical proof that exam-driven educational systems obstruct identity emergence and block creative convergence. Using the framework of Alpay Algebra II and III, we define Exam-Grade Collapse Systems (EGCS) as functorial constructs where learning dynamics φ\varphi are recursively collapsed by evaluative morphisms EE. We prove that under such collapse regimes, no nontrivial fixed-point algebra μφ\mu_\varphi can exist, hence learner identity cannot stabilize. This creates a universal fixed-point trap: all generative functors are entropically folded before symbolic emergence occurs. Our model mathematically explains the creativity suppression, research stagnation, and structural entropy loss induced by timed exams and grade-based feedback. The results apply category theory to expose why modern educational systems prevent {\phi}-emergence and block observer-invariant self-formation. This work provides the first provable algebraic obstruction of identity formation caused by institutional feedback mechanics.

Cite

@article{arxiv.2505.21038,
  title  = {Fixed-Point Traps and Identity Emergence in Educational Feedback Systems},
  author = {Faruk Alpay},
  journal= {arXiv preprint arXiv:2505.21038},
  year   = {2025}
}

Comments

14 pages, no figures. Formal Bourbaki-style proof. Introduces Exam-Grade Collapse Systems. Builds on Alpay Algebra II (arXiv:2505.17480) and Alpay Algebra III (arXiv:2505.19790). Proves categorical fixed-point traps obstructing identity emergence under exam-driven feedback

R2 v1 2026-07-01T02:42:33.994Z