Amber is an innovative suite of programs designed for molecular dynamics simulations, specifically focused on proteins and nucleic acids. Established in the late 1970s, Amber encompasses a range of biomolecular simulation tools that include two primary components: AmberTools24 and Amber24. It is widely recognized for its robust molecular mechanical force fields, which are freely available for public use across various simulation platforms.

The development of Amber is a collaborative effort led by a distinguished team of researchers from institutions such as Rutgers University, the University of Utah, and UC Irvine, among others. This active community continuously maintains and updates Amber, ensuring its relevance and effectiveness in cutting-edge research. Amber also provides comprehensive resources, including manuals, tutorials, and installation guides, as well as ongoing support for educators and GPU users.

With its commitment to the advancement of computational chemistry and biomolecular research, Amber remains a foundational tool for scientists worldwide engaged in molecular dynamics simulations