It is a system that integrates autonomy and intelligence within large language models (LLMs) like ChatGPT and Gemini into daily workflows, specifically tailored for chemistry.
It is a system that integrates autonomy and intelligence within large language models (LLMs) like ChatGPT and Gemini into daily workflows, specifically tailored for chemistry. This system, called “Agentic Chemistry,” enables users to enhance scientific ideation, experimentation, discovery, and chemistry process development by leveraging AI-driven agents. These agents are designed to streamline workflows, bridge in-house software, and integrate research findings into scientific documents or archives for future retrieval and reuse.
PARAMUS offers a range of agents, including open-source agents (free), specialized agents for tasks like computational chemistry, and the ability to connect legacy systems such as electronic lab notebooks (ELNs). Each agent has its own set of skills or tools, and a supervisor agent acts as a partner to manage and coordinate tasks. Users can bookmark and integrate PARAMUS dialogs for reuse in scientific work, quality assurance (QS) filings, or daily production management.
The platform supports a growing community of chemistry-related agents, such as those for RDKit or PSI4, and allows users to bridge their in-house software to PARAMUS through custom-designed agents. By combining the expertise of traditional chemists with AI-driven systems, PARAMUS accelerates workflows and provides deeper insights into chemistry processes. This innovative approach aims to unlock collective intelligence and pioneer the next stage of AI in chemistry.
PARAMUS is developed by Paramus Transform LLC, located at 2020 N Academy Blvd, Ste 261 #3770, Colorado Springs, CO 80909, U.S.A. For more information, visit paramus.ai.
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