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Quantum Science and Technology in Austria

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Research infrastructures in the field of quantum research are made visible and accessible via the Austrian research infrastructure database (Open for Collaboration).

The mapping visualises an insight into selected research facilities in quantum physics and technology in Austria.


Kontakt

Bundesministerium für Frauen, Wissenschaft und Forschung (BMFWF)
-- Federal Ministry of Women, Science and Research

Abteilung II/3 – Grundlagenforschung (MINT) und Forschungsinfrastrukturen

-- Department II/3 - Basic Research (STEM) and Research Infrastructures


Dr. Stefan Hanslik
stefan.hanslik@bmfwf.gv.at

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151 Research Infrastructures / Open for Collaboration / Quantum Science and Technology in Austria


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  • Large equipment
    132
  • Other research infras­tructure
    13
  • Core facility (CF)
    6
Mapping

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Research areas / Austrian Fields of Sciences / Quantum Science and Technology in Austria


Top categories / 3 digits

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Main groups / 1 digit

  • Natural Sciences
    91.298%
  • Technical Sciences
    8.689%
  • Humanities
    0.013%

8 R&D - Insti­tu­tions / Quantum Science and Technology in Austria

Austrian Academy of Sciences (ÖAW)
Graz University of Technology
Institute of Science and Technology Austria (ISTA)
JKU - Johannes Kepler University Linz
Technical University of Vienna
University of Graz
University of Innsbruck
University of Vienna

Listing Research Infrastructures / Quantum Science and Technology in Austria


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Large equipment Clusters „Quantum“

Optical Wavelength Meter

JKU - Johannes Kepler University Linz

HighFinesse WR7-30 Wavemeter from Toptica Photonics AG

Core facility (CF) Clusters „HPC“ Clusters „Quantum“

CLIP - Cloud infras­tructure Platform for High Perfor­mance Computing

Austrian Academy of Sciences (ÖAW)

CLIP (Cloud Infrastructure Platform) is the implementation of a flexible concept for scientific High Performance...

Large equipment Clusters „Quantum“

MicroWriter ML3 Baby 365, Quantum Design

University of Vienna

MicroWriter ML3 Baby 365 is a compact, high performance , low cost direct-write optical lithography...

Large equipment Clusters „HPC“ Clusters „Quantum“ Monitoring „DigiRI Call“

Vienna Scien­tific Cluster 5 (VSC 5), Austrian Scien­tific Computing

Technical University of Vienna

VSC-5 is a high-performance computer. It is a cluster consisting of 828 individual computers. The...

Large equipment Clusters „Quantum“

CNC image processing device

Austrian Academy of Sciences (ÖAW)

CNC vision measurement system for surface characterization of precision components for gravity experiments.

Large equipment Clusters „Quantum“

Cryostat IQOQI V

Austrian Academy of Sciences (ÖAW)

Dilution refrigerator for experimental quantum science and technology The device reaches a minimum temperature below...

Large equipment Clusters „HPC“ Clusters „EOSC“ Clusters „Quantum“ Monitoring „DigiSozTransform“

MUSICA -- Multi-Site Computer Austria -- Vienna

Technical University of Vienna

MUSICA is a distributed high-performance computer at the locations in Vienna, Linz and Innsbruck. At...

Large equipment Clusters „HPC“ Clusters „EOSC“ Clusters „Quantum“ Monitoring „DigiSozTransform“

MUSICA -- Multi-Site Computer Austria -- Linz

JKU - Johannes Kepler University Linz

MUSICA is a distributed high-performance computer at the locations in Vienna, Linz and Innsbruck. At...

Other research infrastructure Clusters „Quantum“

Frequency doubling cavity for 410nm

University of Innsbruck

Bow-Tie Resonator mit nichtlinearem Kristall zur Hochleistungsfrequenzverdopplung von CW-Laserlicht bei 820nm auf 410nm

Large equipment Clusters „Quantum“

Spectros­co­pic Ellip­so­meter (FIR, IR, NIR, VIS, UV)

JKU - Johannes Kepler University Linz

Variable angle of incidence spectroscopic elipsometer VASE (NIR-VIS-UV:190-1650nm; IR:300-7500cm-1)

Large equipment Clusters „Quantum“

Ion-Trap system

University of Innsbruck

This ion-trap system is a prototype for a quantum processing node in a future quantum...

Large equipment Clusters „Quantum“

Closed-cycle dilution refri­ge­rator "Qinu"

University of Innsbruck

The Qinu is a compact, tabletop fast-cycling dilution cryostat designed for quick experimental turnaround. Its...

Large equipment Clusters „Quantum“

Modell "Deployable network node"

University of Innsbruck

This ion-trap system is a prototype for a deployable quantum processing node in a future...

Large equipment Clusters „Quantum“

SMTS MJB4 MASK ALIGNER

University of Innsbruck

The SUSS MJB4 Mask Aligner is a compact, manual mask alignment system designed for research...

Large equipment Clusters „Quantum“

Amplifier for Optical signals ‘Optical resonator’

University of Innsbruck

Two cylindrical Fabry-Perot optical cavities for laser frequency stabilization. Each cavity is mounted in a...

Large equipment Clusters „Quantum“

Flip-Chip-Bonder "Fineplacer Lambda2"

University of Innsbruck

The FINEPLACER® lambda 2 from Finetech is a sub‑micron accurate tabletop die bonder designed for...

Large equipment Clusters „Quantum“

Compact Optical Frequency Comb (incl. Visible Extend)

University of Innsbruck

The Menlo Systems frequency comb system is a fully stabilized laser source that generates a...

Large equipment Clusters „Quantum“

Alignment system "6 axes of Alignment"

University of Innsbruck

The alignment stage allows for aligning a semiconductor chip (or similar object) with high preciseon...

Large equipment Clusters „Quantum“

Basis­mas­chine 56XXi

University of Innsbruck

The automatic wire-bonder allows for bonding semiconductor chips. It supports ball and wedge bonding and...

Large equipment Clusters „Quantum“

Cryogenic Platform "kiutra T-Type Optical"

University of Innsbruck

Closed system cryostat that allows for attaching a vacuum chamber. The system is 19 inch...

Large equipment Clusters „Quantum“

A Quantum-network node setup based on atom arrays and nanopho­tonic cavities

University of Innsbruck

The purpose of this setup is to integrate atomic arrays with photonic chips for applications...

Large equipment Clusters „Quantum“

Optische Yterbium Atomic Clock (Atomuhr)

Technical University of Vienna

Optical atomic clock, based on a single Ytterbium 1+ ion, trapped in an ion trap....

Large equipment Clusters „Quantum“

Single photon detection systems

JKU - Johannes Kepler University Linz

Superconduction single photon detectors with electronics

Large equipment Clusters „Quantum“

Closed-cycle Cryostat with Optical access

JKU - Johannes Kepler University Linz

Closed-cycle cryostat with optical access for single quantum dot spectroscopy

Large equipment Clusters „Quantum“

Gerät für maskenlose Photolitho­graphie

JKU - Johannes Kepler University Linz

LED-based maskless lithography system

Large equipment Clusters „Quantum“ Monitoring „HRSM 2016“

ADR Closed cycle Cryostat

Technical University of Vienna

We would like to be able to perform quantum information measurements in crystals made from...

Large equipment Clusters „Quantum“ Monitoring „DigiRI Call“

Schmal­bandige Dioden­laser (ECDL, DL100 systems) für Signal­tran­sport in Labors

Technical University of Vienna

Narrow band diode lasers DL100 from Toptica as optical link between Frequency comb or wave...

Large equipment Clusters „Quantum“

Single Quantum EIOS 2400 CS

University of Innsbruck

A cryostat containing single photon detector, based on the principle of superconducting nanowires. This equipment...

Large equipment Clusters „Quantum“

Wellen­län­genmess­gerät

University of Innsbruck

HighFinesse wavelength meter (solid-state Fizeau interferometer for long lifetime and high accuracy) with a measurement...

Large equipment Clusters „Quantum“ Monitoring „DigiRI Call“

Lokale Optische Laser­ref­erenz (Optical Refer­encing system, ORS) für 1Hz Linien­breite

Technical University of Vienna

Narrow-band diode laser, feedback-stabilized to high precision optical cavity.

Other research infrastructure Clusters „Quantum“ Monitoring „DigiRI Call“

Breitband-Erweiterung Infrarot - Optisch mit 6 Beat detection Units (BDUs)

Technical University of Vienna

Extension of the frequency comb into the near infrared range and feedback electronics to stabilize...

Other research infrastructure Clusters „Quantum“ Monitoring „DigiRI Call“

Laser Regen­erator station (RLS) uplink-downlink (2 Stationen Linz)

Technical University of Vienna

Two regenerator laser stations (RLS) receive a metrological reference signal at 1542 nm from the...

Large equipment Clusters „Quantum“ Monitoring „DigiRI Call“

Optical multiplex Frequency Comb

Technical University of Vienna

The multiplexers/frequency combs are used to transfer an optical reference signal at 1542 nanometers wavelength,...

Large equipment Clusters „Quantum“

Trock­enätzanlage mit induktiv gekop­peltem Plasma

JKU - Johannes Kepler University Linz

Dry etching system for III-V compound semiconductors

Core facility (CF) Clusters „Quantum“

Zentrum für Halbleiter Nanos­truk­turen

JKU - Johannes Kepler University Linz

The center offers a broad range of instruments for microphotoluminescence spectroscopy, quantum optics and thermal...

Large equipment Clusters „Quantum“

Physical Vapor Deposition of metals and semicon­ductors

JKU - Johannes Kepler University Linz

Physical Vapor Deposition of metals and semiconductors in a high vacuum environment. Materials are evaporated...

Large equipment Clusters „Quantum“

Atomic Layer Deposition system Savannah 100

JKU - Johannes Kepler University Linz

System for deposition of thin dielectric layers (Alumina, Hafnia, Titania) on substrates with up to...

Large equipment Clusters „Quantum“

Ultra-High Vaccum Evapo­rator

Institute of Science and Technology Austria (ISTA)

The MEB 550 S2 is a UHV type evaporator with three chambers. This computer controlled...

Large equipment Clusters „Quantum“

SQUID magne­tometer (Quantum Design MPMS-XL5)

JKU - Johannes Kepler University Linz

commercial, fully-automized magnetometer max. field 5 Tesla temperature range 2K-400K

Large equipment Clusters „Quantum“

Compact Cryostat for Optical Exp. incl. equipment

University of Innsbruck

This is an optical cryostat to perform experiments on semiconductor quantum dots for the generation...

Large equipment Clusters „Quantum“ Monitoring „HRSM 2016“

THz Spektrometer

Technical University of Vienna

THz Interferometer

Large equipment Clusters „Quantum“

Bluefors system, mK Cryostat

University of Vienna

Eigenexcitations of the electron spins in magnetically ordered systems can be observed in ferro-, ferri-,...

Large equipment Clusters „Quantum“

III-V Moleku­lars­trah­lepi­taxie-Anlage

JKU - Johannes Kepler University Linz

Molecular beam epitaxy System for the growth of III-As heterostructures (mostly Quantum Dots)

Large equipment Clusters „Quantum“

Electron-beam lithog­raphy system: Raith eLine plus

JKU - Johannes Kepler University Linz

System for the fabrication of nanostructures by means of electron-beam lithography

Large equipment Clusters „Quantum“

Oxford Plasmalab 100

JKU - Johannes Kepler University Linz

Oxford Plasmalab 100 with cryo stage Reactive ion etching facility with inductively coupled plasma and...

Large equipment Clusters „Quantum“

Ti-Sa pulsed Laser

JKU - Johannes Kepler University Linz

Automated laser-system with 100 fs pulses, 80 MHz repetition rate, tunable wavelength between 690 and...

Large equipment Clusters „Quantum“

Magneto-Cryostat

JKU - Johannes Kepler University Linz

Cryostat with vector magnet for measurements at 4 K and magnetic fields up to 9...

Large equipment Clusters „Quantum“

High Power Laser TA-SHG pro

University of Innsbruck

The TA-SHG pro system comprises a tunable diode laser, a high power semiconductor (TA) and...

Other research infrastructure Clusters „Quantum“

Micro­p­o­si­tioning systems for Neutron Optics

Technical University of Vienna

Micropositioning systems which consist of several single positioning units with servomotors and pieo actuators

Large equipment Clusters „Quantum“

Ultrafast Micro­scope

Graz University of Technology

The ultrafast microscope combines a conventional light mitroscope with a femtosecond laser system as the...

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