  We show that four-dimensional de Sitter space is a Glauber-Sudarshan state,
i.e. a coherent state, over a supersymmetric solitonic background in full
string theory. We argue that such a state is only realized in the presence of
temporally varying degrees of freedom and including quantum corrections, with
supersymmetry being broken spontaneously. On the other hand, fluctuations over
the resulting de Sitter space is governed by the Agarwal-Tara state, which is a
graviton (and flux)-added coherent state. Once de Sitter space is realized as a
coherent state, and not as a vacuum, its ability to remain out of the swampland
as well as issues regarding its (meta)stability, vacuum energy, and finite
entropy appear to have clear resolutions.
