El agente cuántico
Purpose and distinctive contribution
Automate quantum-simulation workflows from natural-language scientific objectives.
Dynamically reasons over heterogeneous quantum-software documentation and APIs to assemble and validate simulations across state preparation, dynamics, tensor networks, control, error correction and resource estimation.
This page describes the specific system in the cited study, not every capability of the wider El Agente platform.
Publication and full author credit
Ignacio Gustin; Luis Mantilla Calderón; Juan B Pérez-Sánchez; Chris Crebolder; Jérôme F Gonthier; Mohammad Ghazi Vakili; Yuma Nakamura; Karthik Panicker; Manav Ramprasad; Aiwei Yin; Zijian Zhang; Yunheng Zou; Varinia Bernales; Alán Aspuru-Guzik. (2026). El agente cuántico: automating quantum simulations. Reports on Progress in Physics, 89(7), 077602.
Publication or posting date: . Journal article, Reports on Progress in Physics (Crossref).
Preprint and version history →
The linked preprint has a version-specific author list: Ignacio Gustin; Luis Mantilla Calderón; Juan B. Pérez-Sánchez; Jérôme F. Gonthier; Yuma Nakamura; Karthik Panicker; Manav Ramprasad; Zijian Zhang; Yunheng Zou; Varinia Bernales; Alán Aspuru-Guzik. The journal citation above preserves the published author list.
Research roles and contributions
Prof. Varinia Bernales and Prof. Alán Aspuru-Guzik are credited as coauthors alongside the complete team above. Detailed conception, supervision, implementation, and maintainer roles have not been independently verified for this page and are not inferred from author order.
Software, artifacts, and limitations
A public source-code repository, license, and maintained release have not been verified for this page.
Capabilities are bounded by the tasks, tools, models, and evaluation conditions reported in the study. No universal speedup, reliability, or fully autonomous experimental capability is claimed here. Consult the linked manuscript’s methods and limitations before applying its results to a new workflow.