The phrase "develop proof of concept" is grammatically correct and can be used in written English.
It refers to the process of creating a preliminary model or demonstration that shows the feasibility and potential of a particular idea or project. Example: The team has been working tirelessly to develop a proof of concept for our new product, which will showcase its capabilities to potential investors and partners.
Engineered soil cells were designed to develop proof-of-concept biopiles for white-rot bioremediation of aged PCP-contaminated soil from a former timber treatment site.
Modeling is not the final goal but is a tool to increase understanding of the system, develop proof-of-concept experiments and enable predictions that can be experimentally validated.
We developed proof-of-concept classifiers designed to identify the primary site of a tumor from its genomic profile.
With aim to develop effective proof-of-concept approach which can be used in a development of new preparations for the inhalation therapy, we designed a new screening method for simple and rapid simultaneous determination of antibacterial potential of plant volatiles in the liquid and the vapour phase at different concentrations.
The designed chip was also used to develop the proof-of-concept prototype.
It would be useful to develop a proof-of-concept system running the protocol to test its performance in such nonideal settings.
The announcement of Project Inthanon says: "The BOT and the participating banks will collaboratively design and develop a proof-of-concept prototype for wholesale funds transfer by issuing wholesale Central Bank Digital Currency Wholesale CBDCC)." Phase 1 of Project Inthanon will involve development and testing of key payment features such as a liquidity-saving mechanism and risk management.
The aim of the present study was to develop a proof-of-concept, spatially-explicit simulation model of dengue transmission that incorporates individual humans living in the city of Cairns as well as individual mosquitoes, and uses realistic, heterogeneous human and mosquito population structures and movement patterns.
The focus of the present work is to develop the proof-of-concept for the proposed marker-free gene stacking strategy by characterizing the deletion sites induced by I- SceI and CCR5-ZFN at the Cre-mediated SSI locus in rice, and demonstrate the second round of site-specific integration in the same site.
