Quantum Admissions
π MSc position π Quantum Electronics π University of Cologne π Germany π€ Bocquillon group β° Deadline: 31 January 2025 β οΈ Apply Link β οΈ ππ» More information: We are always looking for interested students on both BSc as well as MSc level. Please find belowβ¦
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Quantum Admissions
π Phd position π Designing optimal strategies for controlling complex quantum systems π University of Manchester π England π€ Dr. Philip Taranto β° Deadline: 31 January 2025 β οΈ Apply Link β οΈ ππ» More information: This interdisciplinary project combines quantumβ¦
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π Postdoctoral positions
π Generation and detection of CV squeezed light
π KTH Royal Institute of Technology
π Sweden
π€ Asst Prof. Vaishali Adya
β° Deadline: 15 February 2025
β οΈ Apply Link β οΈ
ππ» More information: In this project you will investigate the generation, detection and manipulation of squeezed states of light using guided wave devices (commercial and developed in house) with applications tailored towards both quantum communication and sensing. You will work in the Nonlinear and Quantum Photonics group at KTH AlbaNova, leading experiments on quantum photonic devices and systems for information, sensing and communication technologies.
#Photonics
#Quantum
#Quantum_Photonics
#Squeezed_light
#Sweden
#AcademicPosition
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π Generation and detection of CV squeezed light
π KTH Royal Institute of Technology
π Sweden
π€ Asst Prof. Vaishali Adya
β° Deadline: 15 February 2025
β οΈ Apply Link β οΈ
ππ» More information: In this project you will investigate the generation, detection and manipulation of squeezed states of light using guided wave devices (commercial and developed in house) with applications tailored towards both quantum communication and sensing. You will work in the Nonlinear and Quantum Photonics group at KTH AlbaNova, leading experiments on quantum photonic devices and systems for information, sensing and communication technologies.
#Photonics
#Quantum
#Quantum_Photonics
#Squeezed_light
#Sweden
#AcademicPosition
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Quantum Admissions
π Postdoctoral position π Quantum Memories and Network architectures π Laboratoire Kastler Brossel (LKB) π France π€ Julien Laurat and Alban Urvoy β° Deadline: 31 January 2025 β οΈ Apply Link β οΈ ππ» More information: LKB is jointly run by Sorbonne UniversitΓ©β¦
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Quantum Admissions
π Postdoctoral position π Mathematical Methods for Quantum Information and Quantum Control Technologies π The School of Applied Mathematics (MIEM, HSE University) π Russia π€ Dr. Elena R. Loubenets β° Deadline: 31 January 2025 β οΈ Apply Link β οΈ ππ» More iβ¦
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Quantum Admissions
π Postdoctoral position π Interfacing cold atoms with nanophotonic waveguides π Laboratoire Kastler Brossel (LKB) π France π€ Julien Laurat and Alban Urvoy β° Deadline: 31 January 2025 β οΈ Apply Link β οΈ ππ» More information: Applicants are invited for postdoctoralβ¦
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Quantum Admissions
π Bachelor Summer Program π Quantum Science and Technology π MCQST and its participating institutes π Germany π€ - β° Deadline: 1 February 2025 β οΈ Apply Link β οΈ ππ» More information: Join undergraduates from all over the world for an immersive experience:β¦
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π PhD position
π Quantum tomography based on Quantum Bayesβ theorem
π Chrles University
π Prague, Czech Republic
π€ Dominik Ε afrΓ‘nek
β° Deadline: 15 February 2025
β οΈ Apply Link β οΈ
ππ» More information: In this project, we aim to develop a novel quantum tomography method based on the newly discovered Quantum Bayesβ theorem.
The ideal applicant should possess either strong analytical or coding skills (with proficiency in Python, Mathematica, or Julia preferred) and a keen interest in the intersection of mathematics, physics, and technology. Knowledge of experimental platforms (such as trapped ions, photonic systems, etc.) or a willingness to develop such knowledge is considered a plus.
#Quantum
#Quantum_Thermodynamics
#Quantum_Tomography
#Trapped_Ions
#CzechRepublic
#AcademicPosition
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π Quantum tomography based on Quantum Bayesβ theorem
π Chrles University
π Prague, Czech Republic
π€ Dominik Ε afrΓ‘nek
β° Deadline: 15 February 2025
β οΈ Apply Link β οΈ
ππ» More information: In this project, we aim to develop a novel quantum tomography method based on the newly discovered Quantum Bayesβ theorem.
The ideal applicant should possess either strong analytical or coding skills (with proficiency in Python, Mathematica, or Julia preferred) and a keen interest in the intersection of mathematics, physics, and technology. Knowledge of experimental platforms (such as trapped ions, photonic systems, etc.) or a willingness to develop such knowledge is considered a plus.
#Quantum
#Quantum_Thermodynamics
#Quantum_Tomography
#Trapped_Ions
#CzechRepublic
#AcademicPosition
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Quantum Admissions
π 2 Postdoctoral positions π Quantum Computing π Polytechnique MontrΓ©al π Canada π€ - β° Deadline: 2 February 2025 β οΈ Apply Link β οΈ ππ» More information: The positions are funded through a collaborative project supported by the Canadian Alliance Grantsβ¦
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Quantum Admissions
π PhD position π Quantum optimization using Rydberg Atoms π Polytechnique Montreal π Canada π€ - β° Deadline: 2 February 2025 β οΈ Apply Link β οΈ ππ» More information: Two fully funded Phd positions in quantum optimization using Rydberg atoms-based quantum computingβ¦
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The application deadline is in 2 days!
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Quantum Admissions
π PhD positions π Integrated Photonics π TU Delft π Netherlands π€ Shima Rajabali β° Deadline: 2 February 2025 β οΈ Apply Link β οΈ ππ» More information: This project will be carried out in a close collaboration with Harvard University. The breakdown of yourβ¦
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The application deadline is in 2 days!
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π 2 PhD positions
π Quantum Photonics
π University of Stuttgart
π Germany
π€ Prof. Dr. Stefanie Barz
β° Deadline: 15 February 2025
β οΈ Apply Link β οΈ
ππ» More information: Join our cutting-edge research team to revolutionize quantum technologies. We are looking for:
1. A PhD student to design and operate integrated photonic circuits for networked quantum applications.
2. A PhD student to pioneer advanced quantum photonics experiments using large-scale integrated processors.
#Photonics
#Quantum
#Quantum_Photonics
#Quantum_Optics
#Germany
#AcademicPosition
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π Quantum Photonics
π University of Stuttgart
π Germany
π€ Prof. Dr. Stefanie Barz
β° Deadline: 15 February 2025
β οΈ Apply Link β οΈ
ππ» More information: Join our cutting-edge research team to revolutionize quantum technologies. We are looking for:
1. A PhD student to design and operate integrated photonic circuits for networked quantum applications.
2. A PhD student to pioneer advanced quantum photonics experiments using large-scale integrated processors.
#Photonics
#Quantum
#Quantum_Photonics
#Quantum_Optics
#Germany
#AcademicPosition
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π°Career position
π Senior Software Engineer Quantum Computing
π’ Zurich Instruments
π Switzerland
β° Deadline: Unspecified
β οΈ Apply Link β οΈ
ππ» More Information: Zurich Instruments is a technology leader in advanced test and measurement instruments and in control electronics for quantum computing. Our products are used in many challenging research fields by scientists all over the world and by leading high-tech companies world wide. We help advance science and build the next generation of quantum computers.
#Quantum
#Quantum_Software
#Quantum_Computing
#Switzerland
#CareerPosition
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π Senior Software Engineer Quantum Computing
π’ Zurich Instruments
π Switzerland
β° Deadline: Unspecified
β οΈ Apply Link β οΈ
ππ» More Information: Zurich Instruments is a technology leader in advanced test and measurement instruments and in control electronics for quantum computing. Our products are used in many challenging research fields by scientists all over the world and by leading high-tech companies world wide. We help advance science and build the next generation of quantum computers.
#Quantum
#Quantum_Software
#Quantum_Computing
#Switzerland
#CareerPosition
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πππAttentionπππ
π¨The deadline of some positiones are not specified.
ππ»You can search the keyword "Open Until Filled" or "Unspecified" to find them!
Make sure you do not miss any positions!
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π¨The deadline of some positiones are not specified.
ππ»You can search the keyword "Open Until Filled" or "Unspecified" to find them!
Make sure you do not miss any positions!
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π Postdoctoral positions
π Experimental Cold Atom Physics
π University of Bonn
π Germany
π€ Prof. Martin Weitz
β° Deadline: 22 February 2025
β οΈ Apply Link β οΈ
ππ» More information: Our group conducts research with ultracold atomic gases and quantum gases of light in optical micro-resonators. The position is for research on ultracold atomic erbium atoms, with the goal to observe novel fractional quantum Hall physics.
We are looking for candidates with an excellent Ph. D. in the field of experimental quantum optics / AMO physics who want to qualify for a scientific career. The position is offered initially for one year, with an extension being possible.
#Quantum
#Quantum_Optics
#Quantum_Gases
#Ultra_Cold_Atomic_Gases
#Germany
#AcademicPosition
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π Experimental Cold Atom Physics
π University of Bonn
π Germany
π€ Prof. Martin Weitz
β° Deadline: 22 February 2025
β οΈ Apply Link β οΈ
ππ» More information: Our group conducts research with ultracold atomic gases and quantum gases of light in optical micro-resonators. The position is for research on ultracold atomic erbium atoms, with the goal to observe novel fractional quantum Hall physics.
We are looking for candidates with an excellent Ph. D. in the field of experimental quantum optics / AMO physics who want to qualify for a scientific career. The position is offered initially for one year, with an extension being possible.
#Quantum
#Quantum_Optics
#Quantum_Gases
#Ultra_Cold_Atomic_Gases
#Germany
#AcademicPosition
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Quantum Admissions
π PhD positions π Integrated quantum memories for single photons for enhanced spatial multiplexing π Heriot-Watt University π Scotland π€ Prof Margherita Mazzera β° Deadline: 7 February 2025 β οΈ Apply Link β οΈ ππ» More information: The Quantum Photonics Labβ¦
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The application deadline is in 2 days!
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π PhD positions
π 2D trapped Rydberg ion quantum simulator
π Stockholm University
π Sweden
π€ Prof. Markus Hennrich
β° Deadline: 3 March 2025
β οΈ Apply Link β οΈ
ππ» More information: The OPEN-2QS project aims at developing a quantum simulator for open system quantum dynamics using trapped ions excited to Rydberg states. This novel approach features fast interactions combined with long-term stability. This will enable the simulation and study of phenomena such as novel states of matter like quantum glasses, molecular dynamics and quantum thermodynamics.
#Quantum
#Trapped_Ions
#Quantum_Thermodynamics
#Quantum_Glasses
#Sweden
#AcademicPosition
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π 2D trapped Rydberg ion quantum simulator
π Stockholm University
π Sweden
π€ Prof. Markus Hennrich
β° Deadline: 3 March 2025
β οΈ Apply Link β οΈ
ππ» More information: The OPEN-2QS project aims at developing a quantum simulator for open system quantum dynamics using trapped ions excited to Rydberg states. This novel approach features fast interactions combined with long-term stability. This will enable the simulation and study of phenomena such as novel states of matter like quantum glasses, molecular dynamics and quantum thermodynamics.
#Quantum
#Trapped_Ions
#Quantum_Thermodynamics
#Quantum_Glasses
#Sweden
#AcademicPosition
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Quantum Admissions
π 11 PhD positions π Reconfigurable THz spectral biosensors based on bound states in continuum π TU Eindhoven π Netherlands π€ Shihab Al-Daffaie, Jaime Gomez Rivas β° Deadline: 9 February 2025 β οΈ Apply Link β οΈ ππ» More information: The TeraIBs Doctoral Candidates willβ¦
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The application deadline is in 2 days!
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π PhD position
π Remembering as a Quantum-Like Process: Using the Quantum Formalism and eye-tracking to model temporal order effects for memories of emotional events
π Newcastle University
π England
π€ Dr Barbara-Anne Robertson (Lecturer, Psychology), Dr Jonte R Hance (Lecturer, Applied Quantum Foundations), Dr Tom Smulders (Reader, Evolutionary Neuroscience)
β° Deadline: 28 February 2025
β οΈ Apply Link β οΈ
ππ» More information: This interdisciplinary project involves applying the quantum formalism (QF) to model experimental observations of human emotional memory performance, and the neural systems that support it, to better understand the interaction between elements. The quantum formalism provides a natural mechanism for modelling combinations of difficult-to-reconcile memory effects, such as the question order effect, and the response replicability effect.
#Quantum
#Quantum_formalism
#England
#AcademicPosition
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π Remembering as a Quantum-Like Process: Using the Quantum Formalism and eye-tracking to model temporal order effects for memories of emotional events
π Newcastle University
π England
π€ Dr Barbara-Anne Robertson (Lecturer, Psychology), Dr Jonte R Hance (Lecturer, Applied Quantum Foundations), Dr Tom Smulders (Reader, Evolutionary Neuroscience)
β° Deadline: 28 February 2025
β οΈ Apply Link β οΈ
ππ» More information: This interdisciplinary project involves applying the quantum formalism (QF) to model experimental observations of human emotional memory performance, and the neural systems that support it, to better understand the interaction between elements. The quantum formalism provides a natural mechanism for modelling combinations of difficult-to-reconcile memory effects, such as the question order effect, and the response replicability effect.
#Quantum
#Quantum_formalism
#England
#AcademicPosition
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π 2 PhD positions
π Theoretical Quantum Optics and Quantum Information
π University of Copenhagen
π Denmark
π€ Professor Klaus MΓΈlmer
β° Deadline: 28 February 2025
β οΈ Apply Link β οΈ
ππ» More information: The projects deal with hybrid quantum systems combining optical waveguides and cavities with atoms, quantum dots and optomechanical components. In one project, we shall develop theory proposals and analyses of quantum networs of coupled few-level systems interacting with continuous wave beams and pulses of radiation. In the other project we shall deal with probed quantum systems, in particular the use of mechanical oscillator modes for sensing, control and mediation of quantum states between different systems. Collaboration and sharing of methods and ideas between the students on the two projects is expected.
#Quantum
#Quantum_Information
#Quantum_Optics
#Quantum_Dots
#Denmark
#AcademicPosition
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π Theoretical Quantum Optics and Quantum Information
π University of Copenhagen
π Denmark
π€ Professor Klaus MΓΈlmer
β° Deadline: 28 February 2025
β οΈ Apply Link β οΈ
ππ» More information: The projects deal with hybrid quantum systems combining optical waveguides and cavities with atoms, quantum dots and optomechanical components. In one project, we shall develop theory proposals and analyses of quantum networs of coupled few-level systems interacting with continuous wave beams and pulses of radiation. In the other project we shall deal with probed quantum systems, in particular the use of mechanical oscillator modes for sensing, control and mediation of quantum states between different systems. Collaboration and sharing of methods and ideas between the students on the two projects is expected.
#Quantum
#Quantum_Information
#Quantum_Optics
#Quantum_Dots
#Denmark
#AcademicPosition
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