Facilities

The Vigor SG2400 glovebox provides an Argon atmosphere with integrated analyzers and automated controls, enabling safe and stable handling of air-sensitive materials.

This glovebox-integrated dry transfer system enables high-precision, contamination-free assembly of 2D materials with sub-micron spatial control and temperature regulation from –120 °C to 200 °C.

This ambient dry transfer system enables precise 2D material alignment with sub-micron accuracy, vacuum handling, and integrated optical imaging.

This multi-zone tube furnace enables precise thermal processing up to 1200 °C under high vacuum (1E-6 bar), with integrated mass flow controllers for Ar, H2, NH3, O2, and CH4 gases to support a wide range of CVD and annealing processes. Ideal for synthesizing 2D materials, nanostructures, and thin films under controlled gas atmospheres.

The CRX-VF is a cryogen-free probe station with a 2.5 T vertical superconducting magnet and sub-10 K base temperature, enabling precision electrical and optical measurements across 10–500 K with up to six micro-manipulated probes.

The Keysight B1500A is a high-precision semiconductor parameter analyzer equipped with multiple SMUs, MFCMU, and SPGU modules, supporting low-current measurements down to 1 fA, pulse measurements with sub-15 ns resolution, and high-voltage biasing—ideal for comprehensive electrical characterization of advanced devices and materials.

The SuperK FIU-15 is a high-brightness, broadband supercontinuum white light source spanning 390–2400 nm, delivering up to 5.5 W total power with excellent beam quality and stability for versatile optical experiments.

The Cryostation s50 is a closed-cycle optical cryostat with exceptional thermal and vibrational stability, integrated with a 3-axis Rook nanopositioner for precise cryogenic sample alignment and motion control.

The Nikon LV100ND is a research-grade industrial microscope with brightfield, darkfield, DIC, and epi-illumination capabilities, equipped with high-NA Plan Fluor objectives and a 20 MP CMOS imaging system for advanced materials characterization.

The Lambda Vector workstation is a high-performance Windows-based computing system equipped with dual NVIDIA RTX A4500 GPUs, 256 GB RAM, and a 3.84 TB NVMe SSD, optimized for deep learning and large-scale data processing tasks.