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Jaret Heise

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Path Forward for Future Physics Experiments<br />

• Dark Matter<br />

– G1 LUX (0.35T) and potential upgrades<br />

– G2 LZ (8-9T) using existing infrastructure<br />

– G3 (>10T) in a new Lab Module<br />

• Neutrinoless Double-Beta Decay<br />

– G1 and Electroforming Lab for MJD<br />

– Tonne-scale expt. in a new Lab Module<br />

• Identifying additional space<br />

suitable for R&D (surface &<br />

underground)<br />

G2 Dark Matter: LZ 8-9 tonnes LXe<br />

(5-6 fiducial)<br />

• Nuclear Astrophysics<br />

– DIANA near 4850L Ross Shaft<br />

• Long Baseline Neutrino Expt.<br />

(LBNE), Proton Decay, and ancillary<br />

neutrino measurements<br />

Multi-function Lab Module:<br />

G3 Dark Matter, Tonne-scale 0!""<br />

Sanford Underground Research Facility<br />

30

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