Biomolecular Computers TRIZ Cases
- Scaffolded Molecular Computing for Thermodynamically Stable Outputs
A scaffolded tile architecture makes correct molecular bindings enthalpically favored, replacing mismatches and stabilizing computation at equilibrium.
- Nanoparticle Von Neumann Computing With Reprogrammable DNA Instructions
Separate DNA instructions from nanoparticle hardware to enable resettable molecular computing without redesigning the nanostructure.
- Scaffolded DNA Computing for Thermodynamically Stable Outputs
Correct compute-domain bindings are made enthalpically favored in a scaffolded DNA computer, enabling stable outputs without error-correction subsystems.
- Nanoparticle Computing Architecture for Programmable Resettable Logic
A nanoparticle Von Neumann architecture separates DNA software from hardware, enabling reusable logic operations without structural redesign.