SCIENTIFIC ARM OF KTR CAPITAL
Quantum systems. Financial dynamics. The structure of life.
We develop and test Fifth-Point Quantum Lattice Theory: a research framework for exploring complex systems through computation and experiment.
ENTER THE RESEARCH BRIEF ↗01 / THE FRAMEWORK
FPQLTFifth-Point Quantum Lattice Theory combines local fields, nearest-neighbor hopping, distance-dependent Ising couplings, and a three-body term. These components couple to a central “fifth point” degree of freedom acting as a source for the lattice.
At KTR Institute, we develop the model and test its behavior through simulation and quantum-hardware experiments.
02 / APPLIED RESEARCH
TWO TRACKSTRACK A / FINANCIAL SYSTEMS
Strike–expiry nodes become lattice sites. Dealer-positioning metrics define local fields. Lattice energy and frustration become candidate predictors of short-horizon index movement for the trading system.
POSITIONING / ENERGY / FRUSTRATION
TRACK B / BIOLOGY & ASCLEPIUS
We investigate quantum representations of DNA through its quaternary encoding, aiming to identify structural signatures relevant to oncology. The research begins with Qiskit simulations and progresses toward hardware validation.
ENCODING / STRUCTURE / ONCOLOGY
Exploratory applications. Predictive performance and biological relevance require separate validation.
03 / HARDWARE EXPERIMENTS
INTERNAL RESEARCH REPORTKTR reports a sign-stable negative energy shift across repeated
variational quantum eigensolver (VQE) runs on an eight-qubit chain
using IBM Quantum’s ibm_torino processor.
This internal result concerns the tested model and implementation. It does not by itself establish financial predictivity or biological validity.
04 / SCIENTIFIC DIALOGUE
For research collaboration and technical inquiries.
CONTACT KTR INSTITUTE ↗