Photo Gallery

Hover over each picture to see the caption.

Seven of the nine 2024 QUROP Fellows [L. to R. Bill Evans (EQIDirector), Diego Solorzano, Jake Hagerson, Vijay Kumar, David Nguyen, Ziyu Feng, Thanh Huynh, Elijah Mauga].  Photo courtesy of Mashnoon Sakib.

EQI Fellows and their Coworkers
The new Science and Engineering Building at UCI
Single Molecule Imaging Apparatus in the Wilson Ho Lab
2D Graphene Quantum Device made in the Sanchez-Yamagishi Lab
Sample doser for Ho instrument containing uranocene loaded in Evans glovebox.
Ion Mill in the Krivorotov Laboratory
Probe Station in the Krivorotov Laboratory
Crystals of a Rare-Earth Metal Complex Grown Near an FeNdB Magnet
Crystals of a Rare-Earth Metal Complex Grown Near an FeNdB Magnet
Device fabricated in the Sanchez-Yamagishi lab for manipulating 2D heterostructures
Ho lab equipment
2-Dimensional Micro-squeezing apparatus built in the Sanchez-Yamagishi Lab
Huolin Xin Laboratory
Huolin Xin Laboratory
Cryostation in the Krivorotov Laboratory
Glovebox for Synthetic Rare-Earth Metal Chemistry in the Evans Laboratory
Quantum materials, such as ZrTe5 crystals grown at the Jauregui Lab
Quantum materials, such as HfTe5 crystals grown by chemical vapor transport at the Jauregui Lab
Optical image of two interdigitated transducers on piezoelectric substrate to generate acoustic waves and manipulate electrons in quantum materials, fabricated at UCI in the Jauregui Lab, IMRI and the INRF.
Scanning Electron Microscope image of two interdigitated transducers on a piezoelectric substrate to generate acoustic waves and manipulate electrons in quantum materials, fabricated at UCI in the Jauregui Lab, IMRI and the INRF.
Generation and electrical manipulation of long-lived interlayer exciton species in atomically thin heterostructures for quantum information studied at the Jauregui Lab.

Helium Recycling System

mK-STM: The two-story high homemade apparatus contains a scanning tunneling microscope (STM) that can be cooled down to operate at 600 mK in an applied magnetic field up to 9 Tesla.

The STM2 combines a femtosecond laser with a low temperature scanning tunneling microscope to carry out experiments with simultaneously spatial and temporal resolutions at 0.1 nm and 30 fs.

Dissociating Oxygen Molecules One at a Time

Making Molecules One at a Time

Single molecule vibrational spectroscopy showing the first demonstration of inelastic electron tunneling spectroscopy (IETS) with atomic scale spatial resolution

Imaging Skeletal Structure: A CO molecule is transferred from the surface to the tip.

Collaborations in quantum science are beneficial!  Here Siyu Chen
is using the high vacuum technology of the Ho group to help Sierra
Ciccone find leaks in the Evans group glovebox used to load samples for
the Ho group.

Contact

Professor William J. Evans, Director

Please email Ms. Jenise Shourds
jshourds@uci.edu

164 Rowland Hall
University of California, Irvine
Irvine, CA 92697-4675

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