IRSFP research areas: physics, cosmology, thermodynamics, complex systems, data and mathematical models.
A research direction does not, by itself, establish experimental success; we distinguish models, tests and independent validation in our presentation.
The study of cosmological models, physical fields and their underlying assumptions.
02Modelling irreversibility, computational efficiency and decision-making processes.
03Models of stability, transitional regimes and time series.
04Mathematical modelling, data analysis and simulation methods.
05Connecting physics, computer science, biology and medicine.
06Reproducibility, public documentation and scientific critique.
Across fields, we follow a common approach: define the system, operationalise measurements, specify the model and hypothesis in advance, compare results against an appropriate reference, and delimit their validity. Similarity of approach does not imply a single universal mechanism spanning physiology, financial markets, geophysics and cosmology.
Physiological PSI, the separate financial Perturbation Susceptibility Index metric, and the geophysical Planetary Stability Interface. These different operationalisations require independent validation procedures.
OSD, proposed preclinical testing in tumour biology, PSI–NeuroCodec, and objective measurement of voluntary motor control. A published protocol is not evidence that a clinical study has been carried out.
IET, VIRR and VSTF share an interest in stable, measurable and methodologically admissible results. Each claim relates to its stated assumptions and tests.
A separate research branch using explicit mathematical models and comparisons with observational data; it does not presume confirmation of a mechanism shared with other programmes.
IRSFP