NanoScience Application Notes

Low Threshold FETs for Low Power Cryogenic Electronics

Low Threshold FETs for Low Power Cryogenic Electronics - Lancaster University, using TeslatronPT

Absorption spectra of superconducting qubits driven by bichromatic microwave fields - Nanjing University, China using Triton

Absorption spectra of superconducting qubits driven by bichromatic microwave fields - Nanjing University, China using Triton

Dynamically modulated Autler-Townes effect in a transmon qubit - Nanjing University, China using Triton

Dynamically modulated Autler-Townes effect in a transmon qubit - Nanjing University, China using Triton

Topological insulator Josephson junctions - University of Cologne using Triton & Nanonis Tramea

Topological insulator Josephson junctions - University of Cologne using Triton & Nanonis Tramea

On the way to a graphene spin field effect transistor - Prof. Barbaros Özyilmaz, NUS using TeslatronPT

On the way to a graphene spin field effect transistor - Prof. Barbaros Özyilmaz, NUS using TeslatronPT

Transport and RF reflectometry measurements of CMOS nanodevices - IMEC, Belguim using Triton & Nanonis Tramea

Transport and RF reflectometry measurements of CMOS nanodevices - IMEC, Belguim using Triton & Nanonis Tramea

Physics on the single level of electrons - ETH-Zurich using Triton & Nanonis Tramea

Physics on the single level of electrons - ETH-Zurich using Triton & Nanonis Tramea

Measuring electron temperature using Triton and Nanonis Tramea

Measuring electron temperature using Triton and Nanonis Tramea