De Sitter Vacua from a D-term Generated Racetrack Uplift
  We propose an uplift mechanism using a structure of multi-K\"ahler moduli
dependence in the F-term potential of type IIB string theory compactifications.
This mechanism requires a D-term condition that fixes one modulus to be
proportional to another modulus, resulting in a trivial D-term potential. De
Sitter minima are realized along with an enhancement of the volume in the Large
Volume Scenario and no additional suppression of the uplift term such as
warping is required. We further show the possibility to realize the uplift
mechanism in the presence of more K\"ahler moduli such that we expect the
uplift mechanism to work in many other compactifications.
