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ProteoxTM5mK

Product catalog summary

Introduction
This document outlines the capabilities and specifications of Oxford Instruments' Proteox dilution refrigerator, designed for ultra-low temperature applications in quantum research and material characterization.

Key Specifications

Base temperature: < 5 mK
Cooling power: > 25 μW at 20 mK, 850 μW at 100 mK
Sample space diameter: 360 mm
Temperature control range: 5 mK to 30 K
Magnet options: Solenoid up to 14 T, Vector Rotate up to 9,1,1 T

Features and Capabilities

Characterization of New Materials: Achieves temperatures below 5 mK with significant cooling power, facilitating the study of exotic quantum states and new materials.
Quantum State Investigation: Enables research into Majorana Fermions and Fibonacci Particles for qubit development using the fractional quantum Hall effect.
Measurement Error Reduction: Lower temperatures reduce errors, enhancing metrological standards.
Quantum Thermodynamics Exploration: Investigates the quantum nature of heat, aiding in the development of quantum refrigerators and thermometry.
Qubit Coherence Improvement: Potential for increased coherence times in quantum computing and annealing.

System Design

Active Magnetic Field Cancellation: Reduces eddy current heating, achieving cancellation to < 10 mT.
Flexible Wiring and Access: Six line-of-sight ports and nine non line-of-sight ports for coaxial and DC wiring.
Low Vibration: High stiffness and optimized resonance reduce pulse tube oscillations.
Software: Remote access, improved automation, and powerful data visualization tools.
Gas Handling: Redesigned for minimal connections and long-term mixture retention.

Service and Support

LiveAssist: Remote support using virtual reality tools.
Proactive Support Plan: Includes maintenance, training, and parts with annual service visits.

Related Products

Proteox™: Modular platform for qubit scale-up and cold electronics integration.
Nanonis Tramea™: Integrated solution for quantum transport measurement.
Cryogenic Filters: Reduce noise with low bandpass filters.
SampleProtect™: Protects samples from electrostatic discharge.

Catalog excerpts

Characterise new materials < 5 mK base temperature > 25 μW cooling power at 20 mK

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Lower electron temperatures and improve resolution of quantum states for new material characterisation > Characterise exotic quantum states High stiffness, flexible bellows and optimised resonance to reduce pulse tube oscillations and harmonics, eliminate the need for active vibration damping > Explore quantum thermodynamics Investigate exotic quantum states such as Majorana Fermions and Fibonacci Particles for next generation qubit development using the fractional quantum Hall effect Uncover the quantum nature of heat, with applications towards quantum refrigerators and improved ultra-low temperature...

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Service Support Options LiveAssist For more product information please contact your regional office: LiveAssist remote support empowers your technical staff to resolve issues fast and effectively. Our team of service and engineering professionals use the latest virtual reality tools to Proactive Support Plan Offering unlimited access to a dedicated Proactive helpdesk and annual service visit that includes maintenance, training, parts, US, Canada and Latin America shipping, and travel. The Proactive Support Plan package is for those who require a higher level of guaranteed support. Mumbai, India...

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All Oxford Instruments NanoScience catalogs and technical brochures

Archived catalogs

Proteox 2020
5 Pages
2011 SpectromagPT
4 Pages
MercuryiTC
6 Pages
Microstat
8 Pages