After years in the making, LUX has established itself as the world's most sensitive dark matter detector. The first paper with conclusions on dark matter and the observered detector performance during our initial underground running period collecting 85.3 live-days of data has just been released.

Presentation of the LUX detector and a description of our running period at a surface facility in South Dakota.

Technical results like detector purity, background radioactivity, data acquisition rates, etc. during the surface.

Radioactive screening of two types of photomultipliers for use in LUX.

A report of a radio screening of different samples of titanium for use in the crystats in the LUX detector.

Describes the use and development of the Geant4 based simulation program called LUXSim used to simulate multiple sources of radiation and effects that occur inside the LUX detector.

What comes after the LUX detector; all components of the LUX detector are scaleable so that we can make bigger detectors. The search for dark matter will benefit from research on both a 1.5-3 ton and 20 ton detector.

Describes the system that the LUX uses to detect dark matter. The detector is used to detect nuclear and electron recoil of liquid xenon to produce detectable signals in the form of photons.

This document explains exactly what WIMPs are and how we can detect them using LUX to create new physics beyond the standard model. Publication includes how this system for WIMP detection is better than current experiments and goals for improving in the future.