Quantum Frontiers Logo
Deutschlandkarte mit Standorten

Speakers

Prof. Karsten Danzmann

Leibniz Universität Hannover
Institute for Gravitational Physics

Prof. Michele Heurs

Leibniz Universität Hannover
Institute for Gravitational Physics

Prof. Andreas Waag

Technische Universität Braunschweig
Institute for Semiconductor Technology

Prof. Piet O. Schmidt

Physikalisch-Technische Bundesanstalt
Institute for Experimental Quantum Metrology

Mission of QuantumFrontiers

Exploring Light
and Matter

merge quantum metrology
and nanometrology

at the
Quantum Frontier

push the bounds of knowledge at the
largest and smallest dimensions

Vision

Quantum- and Nano-Engineering of Light

We study a range of systems from single-electron and single-photon sources, quantum dots, nanostructured mirror coatings, nanoLEDs, to spin squeezing resonators; these systems pave the way for subwavelength manipulation of light, metrology with single quanta and interferometry with strong non-classical correlations.

  • Twisted Light
  • Structured Illumination at the Nanoscale
  • Quantum Opto-Mechanics
  • Non-Classical Photonic States
  • Laser Development

Quantum- and Nano-Engineering of Matter

We create quantum systems with novel functional features for future precision metrology and new technologies with metrological applications. For example, tailored quantum systems, such as non-classical states of matter and light, have been realised by us, opening new avenues towards entanglement-enhanced interferometry and interferometry below the standard quantum limit, which surpasses any classical measurement scheme.

  • Coupling of Atoms and Photons
  • Topological systems
  • Many-particle Quantum States and Transport
  • Quantum Electrical Standards

Enabling Technologies

QuantumFrontiers’ researchers have developed novel light sources, ion and neutral atom chip-scale traps, integrated photonics, and micro-fabrication technologies. We combine these expertise of our researchers to comprehensively and significantly advance the capabilities of quantum systems for applications in metrology.

  • Regional TrapFab Facility
  • Optical Clock Networks
  • Quantum Sensors
  • Laser Gradiometers
  • Nanomaterials Processing and Characterization

Precision Measurements

QuantumFrontiers researchers are world leaders in the development of laser interferometric readout systems for terrestrial and space-based gravitational wave detectors, accurate optical clocks, satellite gravimetry, and quantum electrical standards. We use these expertise to carry out precision measurements that allow us to explore and potentially uncover new physics.

  • Tests of Fundamental Physics
  • Quantum Metrological Triangle
  • Sub-standard Quantum Limit Interferometry
  • Relativistic Geodesy
  • Quantum Gravimetry and Inertial Sensing
  • Quantum Simulation and Quantum Information Processing

Quantum Frontiers Scientific Highlights

Gravitational Wave Detection

  • Non-classical light and quantum optomechanics
  • Nano Structured mirrors
Ein Bild

Nano- and Quantum Engineering

  • Electrical quantum effects
  • NanoLights
  • TrapFab for quantum chips

Fundamental Physics

  • Variation of fundamental constants
  • Quantum objects in gravity
  • Entangled many-body quantum system

Geodesy and Gravimetry

  • Gravimetry with light and matter waves
  • Relativistic geodesy with clocks

Structual Programmes

Research

  • 300 members
  • 200 Early Career Researchers (incl. PhDs)

Quantum Frontiers Scientific Highlights

Gravitational Wave Detection

  • Non-classical light and quantum optomechanics
  • Nano Structured mirrors
Ein Bild

Education and Outreach

  • QuantumFrontiers International Research School
  • Masterclasses
  • Quantum Engineering Focus

Nano- and Quantum Engineering

  • Electrical quantum effects
  • NanoLights
  • TrapFab for quantum chips

Tech Transfer

  • QuantumFrontiers Entrepreneurial Excellence Programme

Fundamental Physics

  • Variation of fundamental constants
  • Quantum objects in gravity
  • Entangled many-body quantum system

Available Infrastructure

  • 6 Institutions
  • Over 20 Institutes
  • 9 research buildings with large-scale experimental set-ups

QuantumFrontiers International Research School (QFIRS)

QFIRS integrates and goes beyond regional quantum- and nano-metrology graduate school programmes

QFIRS

  • Links physics and engineering
  • Provides structured education for PhDs and Postdocs
  • Establishes a scientific and alumni network

QFIRS’ Annual Programme includes

  • Lecture Weeks
  • Professional Skills Workshops
  • Alumni events
  • Summer schools
  • International Schools

Questions? Contact fumiko.kawazoe@aei.mpg.de

We want to support your career in science!

QuantumFrontiers Entrepreneurial Excellence Programme (QuEEP)

QuEEP Supports

  • the 3rd mission of universities to “solve societal challenges & transfer innovations”
  • QF research to have a sustainable impact on society and the economy
  • QF-members with their start-up ideas
    • up to one year half position PhD
    • financial support for technical equipment
    • network and first-hand experience

Questions? Contact heiko.bruening@tu-braunschweig.de

We want to support your ideas!

QuantumFrontiers MasterClasses

MasterClasses offer secondary school pupils:

  • 1-day workshops on the topics of quantum- and nanometrology
  • the chance to experiment and learn new topics beyond school curriculum
  • teaching and mentorship from professional scientists

Available MasterClasses

  1. Gravitational Wave Interferometry
  2. Kibble-Balance
  3. Michelson Interferometer and Gravitational Wave Detection
  4. Quantum Motion

QuantumFrontiers Available Infrastructure

  • Hannover Institute of Technology (HITec)
    • Einstein Elevator, VLBAI, Fibre Drawing Tower
  • Laboratory for Emerging Nanometrology (LENA)
    • Research Centre for Quantum- and Nanometrology
    • Unique combination of high-end Instrumentation
  • Laboratory for Nano- and Quantum-Engineering (LNQE)
    • Clean room for assembly
    • Interdisciplinary research teams
  • Epitaxy Competence Center (ec2)
    • Clean rooms for semiconductor based nanotechnology

QuantumFrontiers International Research School (QFIRS)

QFIRS integrates and goes beyond regional quantum- and nano-metrology graduate school programmes

QFIRS

  • Links physics and engineering
  • Provides structured education for PhDs and Postdocs
  • Establishes a scientific and alumni network

QFIRS’ Annual Programme includes

  • Lecture Weeks
  • Professional Skills Workshops
  • Alumni events
  • Summer schools
  • International Schools

Questions? Contact fumiko.kawazoe@aei.mpg.de

We want to support your career in science!

QuantumFrontiers Entrepreneurial Excellence Programme (QuEEP)

QuEEP Supports

  • the 3rd mission of universities to “solve societal challenges & transfer innovations”
  • QF research to have a sustainable impact on society and the economy
  • QF-members with their start-up ideas
    • up to one year half position PhD
    • financial support for technical equipment
    • network and first-hand experience
  • GEO600
    • Ground-based Interferometric Gravitational Wave Detector
  • Laser Zentrum Hannover e.V. (LZH)
    • Facilities for ultra-precise laser structuring
  • DropTower at ZARM
    • 146 meter drop tower for 9.3 second experiment time
  • DLR Institute of Satellite Geodesy and Inertial Sensors (SI)
    • Application-oriented sensor technology for novel satellite missions
  • PTB Cleanroom Facility
    • Thin film technology and lithographic equipment
  • Contact

    Thank you for your interest!

    We invite you to learn more about
    exploring light and matter at the quantum frontier at:

    office@quantumfrontiers.uni-hannover.de

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