Quantum Cognition & Computational Strategy

Expert theoretical advisory, first-principle feasibility analysis, and high-performance software solutions for investors, enterprises, and research institutions.

Unified Theoretical & Computational Strategy

Bridging the gap between fundamental physics and real-world applications.

Theoretical Modeling

Interpreting your experimental data to maximize its value and impact, providing first-principles insights to accelerate R&D.

Innovative Algorithms

Efficient algorithms based as much as possible on analytic solutions, many of which are uniquely ours.

High-Performance Software

Production-grade code built on a high-performance C++ core, ensuring absolute reliability for mission-critical applications.

Current Specializations

First-Principle Feasibility Analysis

Rigorous physical and mathematical auditing for high-stakes projects. We help enterprises and investors evaluate the fundamental viability and technical credibility of deep-tech initiatives from the first principles of physics.

Atomic & Molecular Structures and Interactions

Atomic spectrum, especially Rydberg spectrum; Atom-atom and Ion-atom interactions including Feshbach resonances; etc.

Interactions with Light & External Fields

Atom or molecule photoionization or photodetachment; Strong-field effects; etc.

Quantum Reaction Dynamics

Atom-molecule & ion-molecule gas-phase reaction dynamics, etc.

Success Cases & Collaborations

Real-world validation of our high-precision modeling and computational frameworks.

Harvard University: Quantum Dynamics

Provided the first theoretical analysis of multichannel atomic interaction in optical tweezers, enabling precision control of molecule formation and atom-atom interactions.

Tsinghua University: BEC Research

Use d-wave Feshbach resonance to explore d-wave coupling in a many-body quantum system.

Clinical Bioheat Software

Developed Green's function and FFT-based solvers for hyperthermia cancer treatment, successfully deployed in hospital production environments.

Universal Reaction Modeling

Developed universal quantum models for accurately predicting atom-molecule, ion-molecule, and molecule-molecular reaction rates without the need for exhaustive numerical simulation.

Bridge Theoretical Physics & Strategic Industrial Success

From high-precision modeling to first-principle feasibility audits—elevate your R&D and investment strategies with quantum intelligence.

Strategic Roadmap

Phase 1: Now

Current Specializations

  • • First-Principle Feasibility Analysis
  • • Atomic & Molecular Structures and Interactions
  • • Interactions with Light & External Fields
  • • Quantum Reaction Dynamics
Phase 2: Growth

Expanded Horizons

Broadening coverage to include Quantum Mechanics in Materials and Biological Phenomena.

Phase 3: Vision

Quantum SaaS

A comprehensive Quantum Physics API and dedicated SaaS ecosystem.

Strategic Partnerships

We sincerely invite experts, teams, or enterprises with complementary technical strengths to engage in deep collaboration. Whether expanding service boundaries, integrating cutting-edge products, or jointly building new industry standards for precision physical computation, YiBo Quanta looks forward to creating value together.