Microsystem Induced CAtalysis (MICA)

Background
The Defense Advanced Research Projects Agency (DARPA) is seeking innovative proposals for the Microsystems Induced CAtalysis (MICA) program, which focuses on the research and development of advanced concepts for modeling, simulation, and fabrication of microsystem-based control of catalytic molecules.

The goal of this contract is to enable revolutionary advances in science, devices, and systems, particularly through the integration of molecular catalysts with microsystems. The program aims to address limitations in current methodologies that hinder the prediction and simulation of catalyst behavior at inorganic interfaces.

Work Details
The MICA program encompasses two primary technical areas: Functional Co-Design (TA1) and Attachment Co-Design (TA2).

In TA1, the objective is to develop multiscale modeling and simulation tools that accurately predict the catalytic activity of attached catalysts in response to physical forces from microsystems. This includes creating data sets, algorithms, and software necessary for validation and verification.

In TA2, the focus is on design and fabrication approaches that ensure accurate placement and robust attachment of catalytic molecules to microsystems for multi-catalyst reaction cascades. Proposals must discuss how proposed catalysts drive chemical reactions with high-impact products while ensuring compatibility with digital logic platforms. The program will also involve collaboration workshops between TA1 and TA2 teams to facilitate technical information exchange.

Period of Performance
The MICA program will be executed over a period of 39 months, divided into two phases: Phase 1 as the Base period and Phase 2 as an Option period.