Former postdoctoral researcher Alissa Monte contemplates the LZ Outer Detector acrylic tanks 4850 feet below the Earth's surface in the Sanford Underground Research Facility
The completed LZ Outer Detector
The inner surface of the LZ cryostat, tiled with teflon to better reflect light in the liquid xenon skin region
The bottom of the LZ time projection chamber, showing the bottom array of photomultiplier tubes plus a set of tubes that look into the liquid xenon skin
UCSB Graduate student Jack Bargemann takes a selfie in front of the LZ detector after it has been successfully transported underground to the Davis Campus at the Sanford Underground Research Facility, at the 4850' level
UCSB Graduate student Jack Bargemann lays down sheet metal to smooth the ride of the LZ Detector as it comes underground at the Sanford Underground Research Facility
The LZ Liquid Xenon Tower designed and built while Hugh was at Fermilab
Jack Bargemann knows a thing or two about cables
Maybe a thing or three or four?
The LZ circulation panel
The Ross Headframe at SURF in Lead, SD
Former postdoctoral researcher Alissa Monte contemplates the LZ Outer Detector acrylic tanks 4850 feet below the Earth's surface in the Sanford Underground Research Facility
The completed LZ Outer Detector
The inner surface of the LZ cryostat, tiled with teflon to better reflect light in the liquid xenon skin region
The bottom of the LZ time projection chamber, showing the bottom array of photomultiplier tubes plus a set of tubes that look into the liquid xenon skin
UCSB Graduate student Jack Bargemann takes a selfie in front of the LZ detector after it has been successfully transported underground to the Davis Campus at the Sanford Underground Research Facility, at the 4850' level
UCSB Graduate student Jack Bargemann lays down sheet metal to smooth the ride of the LZ Detector as it comes underground at the Sanford Underground Research Facility
The LZ Liquid Xenon Tower designed and built while Hugh was at Fermilab
