Equipment

Growth facilities Virtual tour of the clean room facility #2:

Single MBE growth chamber system for IV- and VI-tellurides (built by the Institute).
Dual growth chamber MBE system (EPI/PREVAC) for IV- and VI-chalcogenides (Te, Se) located in Clean Room Facility #1.
State of the art dual growth chamber GENxplor MBE system (from VEECO) (for II-VIs, IV-VI topological crystalline insulators, semiconductor/ferromagnet and semiconductor/superconductor hybrids). Virtual tour of the MBE Lab in the clean room facility #2.
Atomic Layer Deposition (ALD) – Remote plasma & thermal ALD (FlexAL Oxford Instruments) metals and ferromagnets. Virtual tour of the ALD Lab.
Standard and high pressure Bridgman, as well as vapor transport techniques for single crytals growth of Bi, Sb, Pb, Sn, Zn, Cd chalcogenides and Cd, Zn arsenides, all doped with transition metals

Equipment for nanostructurization of materials (including topological matter) and fabrication of prototype devices:

Electron beam lithography (EBL) and focused ion beam (FIB) lithography with gas injection system (GIS, for in situ etching and deposition) (Carl Zeiss Auriga – CrossBeam Workstation with Raith Elphy Plus). Virtual tour of the EBL/FIB Lab., Virtual tour of nanolithography lab.
Photolithography (Mask Aligner MJB4 UV250/300/400 from SUSS MicroTec). Virtual tour of the photolithography Lab.
Reactive Ion Etching -Inductive Coupled Plasma (ICP-RIE) Source (Chlorine) and ICP-RIE with deposition PECVD (Fluorine) (Double PlasmaPro 100 Cobra from Oxford Instruments). Virtual tour of the ICP-RIE/PECVD Lab.
Two UHV Sputtering Systems (PREVAC) with electron gun sources (for deposition of superconductors and metals and ferromagnets). Virtual tour of the Lab with the sputtering system for metals and ferromagnets, Virtual tour of the Lab with the system for deposition of superconductors.

Equipment for characterisation and advanced studies of materials (including topological matter) and devices:

Dry Dilution Refrigerator – Triton 400 Oxford Instruments (temperature range: without magnet: 10 mK – 300 K, with vector magnet (6×1×1 T): 10 mK- 30 K. Virtual tour of the Lab with dilution refrigerator.
Cathodoluminescence system (for visible and NIR light emission) and electron beam induced current (EBIC) down to 5 K (based on Carl Zeiss EVO HD15 scanning electron microscope). Virtual tour of the cathodoluminescence Lab.
Scanning electron microscope (SEM) with FIB and energy dispersive X-ray spectroscopy (EDS) (Carl Zeiss Auriga – CrossBeam Workstation with Bruker EDS ) (Ion imaging resolution of 2.5 nm at 30 kV, electron imaging resolution 1 nm at 15 kV). Virtual tour of the SEM/FIB Lab.
Systems for electrical and heat transport characterization and advanced studies, based on liquid ³He cryostats, temperatures down to 300 mK (with ³He Heliox from Oxford Instruments), magnetic fields up to 15 T. Virtual tour of the Faraday cage with ³He cryostat.
Dry system for variable temperature and magnetic field studies of materials (electrical transport, inverse spin Hall effect, global broad band spin wave spectroscopy up to 20 GHz) in temperatures down to 2 K and magnetic fields up to 9 T) (from Quantum Design) Virtual tour of the Lab with the Quantum Design system.
Various set-ups for optical characterization (from IR to UV) and studies of materials, nanostructures and photonic devices (including Brillouin Light Spectroscopy (BLS) system) Virtual tour of the Lab with BLS system.
Two SQUID magnetometers Quantum Design MPMS XL, 1.9 – 400 K (800 K with added apparatus), up to 5 T in AC, DC, RSO modes.

Growth facilities Virtual tour of the clean room facility #2:

Equipment for nanostructurization of materials (including topological matter) and fabrication of prototype devices:

Equipment for characterisation and advanced studies of materials (including topological matter) and devices:

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