Ramond Equations of Motion in Superstring Field Theory
Theodore Erler, Sebastian Konopka, Ivo Sachs

TL;DR
This paper extends superstring field theories to include Ramond sectors, providing classical equations of motion for all superstring theories and discussing supersymmetry realization.
Contribution
It introduces a unified framework for superstring field equations encompassing Ramond sectors, advancing the theoretical understanding of superstring dynamics.
Findings
Classical equations of motion for Ramond sectors derived.
Unified superstring field theory framework established.
Discussion on supersymmetry realization included.
Abstract
We extend the recently constructed NS superstring field theories in the small Hilbert space to give classical field equations for all superstring theories, including Ramond sectors. We also comment on the realization of supersymmetry in this framework.
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