Research & Insights

Interrogate Our Data: The Cascade Research Assistant

We do not expect you to sift through hundreds of pages of quantum thermodynamics data. Our built-in research assistant is trained directly on our full library of preprint papers. Ask it about our first-principles design framework, our thermodynamic constraints, or how we manage non-equilibrium steady states.

Proposed solid-state electrical architecture illustrating coherent excited-state migration through a defect pathway network toward a continuous active interface boundary (from Kopylov & Leonard, Nov 2026).

The Current Energy Extraction Frontier

Physical Architectures for Energy Extraction in the Electromagnetic Domain (NOV 2026)

The Relaxation Framework

Time as a Design Variable in Energy Conversion: Relaxation Architecture in the Electromagnetic Domain (OCT 2026)

The NESS Benchmarks

Rethinking the Solid State: Benchmarking Non-Equilibrium Steady-State (NESS) Indicators in Quantum Catalysis (OCT 2026)

Excited-State Foundations

Emergent Materials Design and Electronically Excited-State Catalysis (JAN 2026)

The “Smart Matter” Paradigm

Can Smart Matter Be Modeled by Design? Turning Passive Solids to Active Systems (DEC 2025)

The Foundational Genesis

New Materials Design Using Excitonic Quantum Effects: Applications for Fuel Cells, Catalysts, Superconductive and Bioactive Materials (JUN 2021)

PGM-free three-way redox catalyst monolith mounted in custom flanged test housing.
Custom exhaust retrofit jig and TIG welding assembly for real-world three-way catalyst validation.
Cascade CTO Prof. Vladimir B. Kopylov in the synthesis and characterization lab.
Industrial rotary kiln for continuous activated carbon production from waste, no NOx emissions.

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