Oxford Instruments NanoScience - Newsbites - Nanoscience

Newsbites

Our partners NPL have demonstrated an epigraphene sensor using our bench-top Cryofree magnetic system

This means the ‘table-top’ system can be warmed up and cooled back down and the plateau stays where it is set with no user intervention

The authors measured 6 mK electron temperatures using three in situ primary thermometry techniques

These results demonstrate the unrivalled thermal and low-vibration performance of the Triton sample loader

A new application note using Triton dilution refrigerator and Nanonis Tramea – fast characterisation process and simultaneous data capture

A study of CMOS fin-FET device at cryogenic temperatures, observing signatures consistent with multiple quantum dots

Available with 611 magnet integrated, field swapable PTR, improved/additional wiring, and 8 T magnet shipped in situ

Our engineers have not only managed to reduce the downtime but also the system build time

Selective area growth and stencil lithography for in-situ fabricated quantum devices

Low-temperature transport experiments were carried out in an Oxford Instruments' Triton 500 dilution refrigerator system with a base temperature of 12 mK

Optical backaction-evading measurement of a mechanical oscillator

Fantastic results achieved using our Heliox helium-3 refrigerator insert

Researchers at the University of Waterloo measure electron temperatures of 35 mK in a GaAs quantum dot device, reducing the data acquisition time significantly

Read an application note here

Actively cancelled 12 T magnet reduces the stray field to less than 1 mT at 1 mtr. distance from the field centre

The special sample holder ensures the sample stayed below 35 mK at a sweep rate of 50 mT/min.

A new application note using SPEC’s Nanonis Tramea QTMS base package with standard 8 inputs and outputs and our Triton 200 Cryofree^® dilution refrigerator

A study of thermodynamics and
spin-orbit interactions on the level of single electrons

TritonXL Cryofree dilution refrigerators - helping in shaping the future of the quantum technologies

Find out what the quantum technologies researchers think about our TritonXL dilution refrigerator

Nanonis Tramea quantum transport measurement system increases the measurement speed (x1000), e.g. for gate controlled quantum dot devices

Can be integrated with any of our cryogenic platforms and controlled by easy to use software

Experiments at low temperature in a magnetic environment - for development of a graphene-based spin field effect transistor

TeslatronPT Cryofree superconducting magnet system with two specially designed probes used for the measurements

SpectromagPT with a KelvinoxJT delivered to Nanjing University for research on organic optoelectronic materials

Sample stage reached <23 mK with all four windows open to room temperature radiation

Four Triton systems with improved sample loading capabilities delivered to the Niels Bohr Institute

Doubling both high frequency and DC wiring capacity to enable control and read-out of more complex quantum devices

Low temperature photolysis studies of vitamin B12 at Manchester Institute of Biotechnology, UK

Using a top-loading sample-in-exchange-gas Cryofree cryostat system, OptistatDry and a UV-Vis spectrophotometer

From low temperature photoluminescence investigations to quantum dot research, to matrix isolation, and semiconductor materials characterisation