Thy-Fernando Research Framework: Four Interdisciplinary Scientific Contributions (2007-2024)

This dataset presents the Thy-Fernando Research Framework, comprising four interconnected scientific contributions developed between 2007-2024:

1. ATHY-FERNANDO LAW (2007): Viscoelastic extension of Athy's porosity-depth relationship for sedimentary basins. Includes validation data from Campos Basin (Brazil) showing 17-22% improvement over classical Athy predictions.

2. DIRECT INSERTION METHOD - DIM (2010): Computational technique for viscoelastic wave propagation modeling. Includes validation data for quality factors Q=10, 20, 30, 50 with error L2=3.11-4.58% and correlation coefficients 0.99971-0.99995.

3. TRIANGULAR COLLECTIVE OSCILLATOR - TTC (2015): Classical dynamical system exhibiting emergent discrete energy spectra without quantum postulates. Demonstrates hydrogen-like energy scaling from purely classical nonlinear dynamics.

4. ETERNAL EVENTS THEORY - TEE (2018): Theoretical framework proposing reality as ensembles of instantaneous events, with time emerging from renewal statistics. Unifies renewal processes, optimal transport, and quantum dynamics.

This framework demonstrates unified viscoelastic and temporal principles across geological, computational, and fundamental physical domains. All materials are provided for verification and further research.