Rymdfysiker - Lediga jobb

Vill du arbeta med neutronspridningsmetoder, med stöd av kompetenta och trevliga kollegor i en internationell miljö? Vill du ha en arbetsgivare som satsar på ett hållbart medarbetarskap och erbjuder trygga, förmånliga arbetsvillkor? Välkommen att söka anställning som postdoktor på Uppsala universitet i ett projekt med ISIS neutron- och myonkälla samt European Spallation Source.

Läs mer om institutionen här: uu.se/fysik.

Arbetet i den nu rekryterande forskargruppen inom avdelningen Materialfysik genomförs i samarbete med de två stora anläggningarna ISIS och ESS. ISIS Neutron and Muon Source Facility, i Storbritannien, är ett värdsledande centrum för naturvetenskaplig forskning. Här finns mer än 30 instrument för utforskande av material, ner till den atomära skalan, och anläggningen utgör en bas för över 3000 forskare inom områden som energi, miljö, medicin och hälsa. Forskningen inkluderar även nanovetenskap, katalys och polymerer, såväl som grundläggande studier av materialegenskaper. https://www.isis.stfc.ac.uk/. ESS (European Spallation Source) är ett europeiskt forskningscentrum under uppbyggnad i Lund, Sverige, med 13 medlemsländer. Anläggningen inkluderar den mest kraftfulla linjära accelerator som någonsin byggts, 15 neutroninstrument i toppklass, samt ett superdatorcentrum för datahantering och mjukvara. ESS har cirka 600 anställda och kommer öppna för användare 2027, efter att de första neutronerna släpps igenom under 2025. https://www.ess.eu/

Arbetsuppgifter  

Denna postdoktor kommer att vara anställd på avdelningen för materialfysik vid institutionen för fysik och astronomi och ingå i en grupp som arbetar med neutronspridningsmetoder. Anställning är i Uppsala med längre vistelser vid ISIS neutron- och myonkälla nära Oxford (Storbritannien) och European Spallation Source (ESS) i Lund (Sverige). ISIS och ESS är båda i framkant inom neutronvetenskap och kombinerar årtionden av excellens med utveckling av nästa generations neutronkällor och instrumentering. ISIS är en globalt ledande tvärvetenskaplig institution där nyfikenhetsdriven forskning möter tillämpnings-orienterad vetenskap och ingenjörskonst, medan ESS – som för närvarande förbereder sig för drift – kommer att vara världens mest kraftfulla neutronkälla, byggd som ett partnerskap mellan 13 europeiska länder. Projekten erbjuder en unik möjlighet att arbeta i samarbetsinriktade internationella miljöer tillsammans med världsledande forskare, ingenjörer och tekniker, och bidra till banbrytande instrumentering och vetenskapliga upptäckter med bred påverkan på samhälle, teknik och vetenskap.

Den nu aktuella postdoktorn kommer använda “Spin-Echo Modulated Small-Angle Neutron Scattering” (SEMSANS) för att utöka tillgängliga längdskalor utöver konventionell småvinkelspridning (SANS) och för att erhålla rumsupplösta spridningssignaler med hjälp av mörkfältsavbildning. SEMSANS använder polariserade neutroner för att koda små spridningsvinklar utan behov av en välkollimerad neutronstråle, mäter autokorrelationsfunktionen över mesoskopiska längdskalor, och undersöker strukturella egenskaper från mikrometer- till nanometerområdet. Metoden bygger på modulering av neutronstrålens polarisering med hjälp av ett par magnetiska Wollaston-prismor - supraledande triangulära fältregioner - placerade uppströms om provet. Postdoktorn kommer att arbeta med design och implementering av Wollaston-prismorna och en “spin exchange optically pumped” (SEOP) neutronspinnanalysator. Båda kommer att utvecklas vid ett testinstrument vid ISIS. När de nya funktionerna är implementerade kommer de att nyttjas på instrumenten Larmor och IMAT vid ISIS. När ESS är tillgängligt med sina nya långa neutronpulser kommer metoden integreras och användas på avbildningsinstrumentet ODIN och SANS-instrumentet SKADI, båda vid ESS. Detta kommer att möjliggöra unika studier av flödesgitter i intermediära blandade supraledare, karakterisering av vesiklar i modellcellsystem och upplösning av hierarkiska cellulosamikrostrukturer i samarbete med projektets parter.

Kvalifikationskrav

Doktorsexamen i fysik, materialvetenskap eller liknande vetenskapsområde krävs, med följande kvalifikationer:

• Starkt dokumenterat intresse för materialvetenskap.
• Förståelse för spridningstekniker.
• Erfarenhet av instrumentering och experimentellt arbete utfört vid foton- eller neutronanläggningar eller liknande.
• Färdigheter i användning av Python för databehandling och utvärdering.
• Utmärkt kommunikationsförmåga på engelska (skriftligt och muntligt) krävs. Icke-svensktalande kandidater uppmuntras till att lära sig svenska under anställningstiden.
• Dokumenterad erfarenhet av att presentera vetenskapliga resultat både muntligt och skriftligt.
• Publicering inom relevant ämne i internationellt erkända vetenskapliga tidskrifter.

Förmåga och vilja att resa internationellt och arbeta utomlands under en längre period är obligatoriskt för denna tjänst.

Önskvärt/meriterande i övrigt

• Erfarenhet av småvinkelspridning, avbildning, polariserade neutroner och spinmanipulationstekniker som neutronspinnekometoder eller andra avancerade spridningstekniker, som koherent diffraktiv avbildning och faskontrastavbildning.
• Kompetens inom utveckling och driftsättning av instrumentering.
• Erfarenhet av forskning i en internationell miljö och vetenskaplig projektledning.
• Kompetens inom arbete i tvärvetenskapliga miljöer.

Om anställningen 

Anställningen är tidsbegränsad i 2 år med möjlighet till 1 års förlängning enligt centralt kollektivavtal. Omfattningen är heltid. Tillträde enligt överenskommelse. Placeringsort: Uppsala, Institutionen för fysik och astronomi

Upplysningar om anställningen lämnas av: Max Wolff, +46 18 471 3590, max.wolff@physics.uu.se.

Välkommen med din ansökan senast den 14 augusti 2026, UFV-PA 2026/2143.

Observera att detta är en förkortad version av annonsen. För att se den fullständiga annonsen vänligen klicka på ”Ansök här” eller se Uppsala universitets hemsida för jobbannonser

vid avdelningen för medicinsk teknik, Institutionen för materialvetenskap, Uppsala universitet

Tidsbegränsad heltidsanställning två år med tillträde snarast eller enl överenskommelse

Institutionen för materialvetenskap har som mål att vara en miljö för framgångsrik och värdefull forskning och utbildning med inriktning mot materialvetenskapliga lösningar för viktiga samhällsutmaningar.

Om avdelningen

Avdelningen för medicinsk teknik är en del av institutionen för materialvetenskap vid Ångströmlaboratoriet. Vi bedriver forskning inom utveckling av miniatyriserade plattformar och utvärdering av nya material i samspel med biologiska system för att förstå de underliggande principerna. För oss är det lika viktigt att studera materialens påverkan på biologiska processer som de biologiska processernas påverkan på material. Vår ambition är att främja en dynamisk undervisnings- och forskningsmiljö som är internationellt erkänd för sin spetskompetens när det gäller att koppla samman grundforskning med kliniska tillämpningar.

Den här tjänsten är en rekrytering inom Patrick Sandoz forskargrupp vid avdelningen för medicinsk teknik. Som medlem i gruppen spelar du en viktig roll i uppbyggnaden av ny forskningsverksamhet inom mikrofysiologiska system och biomaterial för att studera cancerimmunbiologi, och mer specifikt egenskaper inom tumörens mikromiljö. 

Projektbeskrivning

Cancer förblir en av de ledande dödsorsakerna världen över, och många typer uppvisar resistens mot standardbehandlingar, vilket innebär betydande utmaningar för sjukvård och forskning. Det finns ett växande intresse för mikrosystem som kan replikera tumörers lokala fysiologi och därmed tillhandahålla en plattform för att identifiera och optimera terapeutiska kandidater. Vår grupp specialiserar sig på att utveckla teknologier för att undersöka den multicellulära miljön i tredimensionella mikrotumörmodeller. Projektet fokuserar särskilt på att förstå hur tumörmikromiljön, på engelska TME, (tumor microenvironment), genomgår arkitektonisk ombyggnad - inklusive förändringar i extracellulär matriskomposition, vävnadsmekanik och rumslig organisation - och hur dessa fysiska förändringar samverkar med immunsuppressiva mekanismer som tillåter tumörer att undkomma immunövervakning. 

Arbetsuppgifter

Denna position erbjuder en unik möjlighet att forma forskningsinriktningen, där din insats är avgörande för att etablera laboratoriets infrastruktur, bygga upp dess experimentella metoder och verktyg samt definiera bästa praxis för tumör-på-chip-fabrikation, biomekanisk avkänning, och immunfunktionskaraktärisering. Du samarbetar nära med forskningsledaren, andra postdoktorer, doktorander och externa samarbetspartners för att främja forskningsmål och generera resultat med hög genomslagskraft. Utöver forskning, ingår även viss medverkan i handledning av doktorander, masterstudenter och projektstudenter, samt kommunikation av forskningsresultat genom vetenskapliga artiklar i väletablerade vetenskapliga tidskrifter och presentationer vid internationella konferenser. Viss medverkan i undervisning kan också komma att ingå. Du förväntas också bidra till ansökningar för externa forskningsmedel.

Kvalifikationskrav

För att kvalificera dig för en postdoktorstjänst måste du ha en doktorsexamen eller en utländsk examen som anses motsvara doktorsexamen. Examen måste vara avlagd vid tidpunkten för anställningsbeslutet. Den som har avlagt doktorsexamen tre år före ansökningstidens utgång har företräde till anställningen. Utgångspunkten för treårsperioden är ansökningstidens utgång. Om det finns särskilda skäl kan sådan examen ha avlagts tidigare. Med särskilda skäl avses ledighet på grund av sjukdom, föräldraledighet, förtroendeuppdrag inom fackliga organisationer, etc.

Denna tjänst kräver doktorsexamen inom något av följande områden: materialvetenskap, biomedicinsk teknik, vävnadsteknik, immunengineering, mikrosystem/tillämpad bioteknologi, eller motsvarande examen inom närliggande område.

• väldokumenterad erfarenhet av utveckling av microphysiological systems eller biosensorfabricering.
• utmärkta muntliga och skriftliga färdigheter i engelska, samt mycket goda färdigheter i att skriva vetenskapliga publikationer.

En postdoktoranställning varar initialt två år, med möjlighet att förlängas ett tredje år. Treårsperioden kan förlängas på grund av omständigheter såsom sjukskrivning, föräldraledighet, fackliga uppdrag, etc.

Önskvärt/meriterande i övrigt

Det är meriterande att ha dokumenterad kunskap och erfarenhet inom ett eller flera av följande områden:

• CAD-design och mikrofabricering i renrumsanläggning
• Hydrogelformulering, kemisk tvärbindning, biomekanisk avkänning
• Biologisk provfärgning och avancerade ljusmikroskopitekniker
• Odling och karaktärisering av däggdjursceller, helst cancer- eller immunceller

Ansökan kan med fördel skrivas på engelska. Vi kommer under ansökningstiden löpande att läsa ansökningshandlingar och kalla till intervju.

Om anställningen 

Anställningen är tidsbegränsad i 2 år enligt centralt kollektivavtal. Omfattningen är heltid. Tillträde 15-09-2026 eller enligt överenskommelse. Placeringsort: Uppsala

Upplysningar om anställningen lämnas av:Dr. Patrick Sandoz, patrick.sandoz@scilifelab.uu.se, or Karin Magnusson, karin.magnusson@angstrom.uu.se

Välkommen med din ansökan senast den 27-07-2026, UFV-PA 2026/1723

 Läs hela annonsen och sök tjänsten på uu.se/jobb.

Öppen för alla Vi fokuserar på din kompetens, inte dina övriga förutsättningar. Vi är öppna för att anpassa rollen eller arbetsplatsen efter dina behov.

Master Thesis Project at Quantum-Sensor Electronics Start-up

Project: Polarization-selective photoelectric detection of electron and nuclear spin states in diamond

AdamantQ is a deep-tech start-up dedicated to delivering state-of-the-art diamond-based quantum technology. We are developing diamond-based quantum sensors for precise measurements, robust communication and reliable navigation across land, sea and space.

We are looking for motivated Master's students with an interest in diamond spin systems, to join our team and complete their thesis project with us during fall 2026.

This is an exciting opportunity to get an insight into the deep-tech industry and expand your knowledge within quantum physics.

Please note that this is an unpaid position for a master thesis.

Your profile

• Master’s student affiliated with a Swedish University/College, directly or through an exchange program, enrolled in a related, technical field.
• Academic background in quantum technologies, physics, nanoscience or similar.
• Self-motivated and dependable with good communication skills.
• Strong attention to technical details.
• Excellent attendance, timekeeping, and punctuality.
• Excellent working proficiency and communication skills in English. Proficiency in Swedish is advantageous.

The project includes

• Literature review on nitrogen-vacancy defect dynamics, and the polarization-dependent excitation of their spin states
• Literature review of polarization-dependent excitation and driving strategies
• Design (simulation from first principles and with CAD tools) and fabrication under supervision of test structures to measure and characterize these dynamics with respect to our diamond samples.
• Conclude on the veracity of the results achieved and provide a roadmap forward

How to apply

We only accept applications through our website, www.adamantq.com. Submit all your material in English. Required documents:

• CV
• University/College grade summary

If you have any questions, contact Operations Manager Josefine Holmberg at jh@adamantq.com.

Please note, applications sent directly via email will be disregarded without notice.

Master Thesis Project at Quantum-Sensor Electronics Start-up

Project: Excited-state-level anti-crossing dynamics in a dense diamond spin ensemble

AdamantQ is a deep-tech start-up dedicated to delivering state-of-the-art diamond-based quantum technology. We are developing diamond-based quantum sensors for precise measurements, robust communication and reliable navigation across land, sea and space.

We are looking for motivated Master's students with an interest in diamond spin systems, to join our team and complete their thesis project with us during fall 2026.

This is an exciting opportunity to get an insight into the deep-tech industry and expand your knowledge within quantum physics.

Please note that this is an unpaid position for a master thesis.

Your profile

• Master’s student affiliated with a Swedish University/College, directly or through an exchange program, enrolled in a related, technical field.
• Academic background in quantum technologies, physics, nanoscience or similar.
• Self-motivated and dependable with good communication skills.
• Strong attention to technical details.
• Excellent attendance, timekeeping, and punctuality.
• Excellent working proficiency and communication skills in English. Proficiency in Swedish is advantageous.

The project includes

• Literature review on nitrogen-vacancy defect dynamics, and their magnetic-field dependence, in particular in the vicinity of their ground and excited-state level anti-crossings (GSLAC and ESLAC).
• Literature review of experimental detection and control approaches for these particular LAC configurations.
• Design (CAD-based) and reconfiguration of current setup to implement ESLAC based characterization, demonstrating sufficient implementation.
• Conclude on the veracity of the results achieved and provide a roadmap forward.

How to apply

We only accept applications through our website, www.adamantq.com. Submit all your material in English. Required documents:

• CV
• University/College grade summary

If you have any questions, contact Operations Manager Josefine Holmberg at jh@adamantq.com.

Please note, applications sent directly via email will be disregarded without notice.

The European Spallation Source (ESS) will soon be the world’s most powerful source of neutrons, providing researchers with unique opportunities to explore the structure of materials at the atomic level. Neutron scattering at ESS will address critical questions in physics, chemistry, geology, materials science and life science.

The Science Directorate at the European Spallation Source (ESS) invites applications for an instrument scientist for the dedicated Test beamline (TBL).

The Diffraction and Imaging Division is home to the instrument scientists and instrument operational engineers responsible for designing, constructing, and operating the DREAM, MAGiC, BEER, HEIMDAL, ODIN, and TBL instruments at ESS. New designs for a wide range of neutron instruments are being implemented to fully leverage the unique long-pulse time structure of the ESS neutron source.

The primary purpose of TBL is characterizing the target-reflector-moderator system and verifying the performance of the neutron source based on operating parameters such as proton beam energy, stability, pulse length, and beam rastering, as well as the moderator conditions. An important aspect of this work will be comparing the measured and simulated neutronic performance of the moderator, providing a crucial reference for various neutron scattering instruments. Additionally, the TBL will contribute to optimizing instruments and methods to fully exploit the unique long-pulse time structure of the ESS neutron source. The TBL will function as a local characterization station, supporting technical developments in areas such as neutron optics, polarization, and novel detectors. It is designed to support the user program by performing exploratory imaging experiments, neutron diffraction studies, and single-crystal alignment. Due to the flexibility of the instrument, a variety of detectors and sample environments can be fitted inside the experimental cave, allowing multipurpose measurements on not only thermal neutrons but also epithermal/fast neutrons and gamma rays. This includes but is not limited to a well-established technique such as time-of-flight transmission measurements, neutron tomography, neutron activation analysis, grating interferometry, etc. As the facility evolves, the modular design of the TBL will allow for modifications to meet new objectives, ensuring its continued relevance and utility in advancing neutron science. The construction of TBL is completed and the team prepares the instrument for the first neutrons.

About the role: 

As the instrument scientist for TBL you will:

• Work closely with another scientist and the instrument operations engineer, forming the core instrument team.
• Participate in commissioning of the TBL beamline with neutrons.
• Develop a diagnostic plan for ESS Operation via the utilization of TBL
• Develop and implement new experimental methods using the TBL, including (but not limited to) spectroscopic imaging, diffractive imaging, polarized neutron imaging, grating interferometry, neutron depth profiling, prompt-gamma neutron activation analysis (PGNAA), and advanced sample environments, etc.
• Develop synergies with other neutron facilities and build links with universities.

The position is a 3-year fixed term role and the workplace will be situated in Lund, Sweden.

ESS will support and encourage the candidate to take up an adjunct position at a university in an ESS partner country, in order to facilitate their own research. 

Please read about the qualifications and experience needed for this position in the full job advertisement on ESS webpage: https://europeanspallationsource.se/careers/vacancies?rmpage=job&rmjob=2026&rmlang=UK

To apply:

A career at ESS gives you the opportunity to contribute to the future discoveries within neutron science at a stunning, brand-new workplace filled with innovative minds and brilliant people from across the globe. We offer market competitive, individualised compensation which is differentiated according to role, responsibilities, individual skills, abilities and achievements as well as monthly pension contributions on top of your salary.

If you see yourself in what we’re looking for, please provide your CV and motivation letter in English by clicking on “apply” and following the instructions. Please be aware that we can only accept direct applications made via the ESS website, so submit your application as soon as you can. The last date for receiving applications is August 16th 2026.

For further information regarding the position, please contact Talent Acquisition Specialist Sofie Berg on sofie.berg@ess.eu or Hiring Manager Head of Diffraction & Imaging Division, Mikhail Feygenson on Mikhail.Feygenson@ess.eu

Please note that it might take longer than normal to answer questions due to vacation period. 

This role requires enhanced security screening processes which will be performed during the recruitment and onboarding processes.For more information regarding the ESS recruitment process in general, please follow this link: https://europeanspallationsource.se/careers.

For trade union information, please contact Unionen representative Nerusha Naicker on Nerusha.Naicker@ess.eu or SACO/Swedish Association of Graduate Engineers representative Marc Kickulies at Marc.Kickulies@ess.eu

The European Spallation Source (ESS) will soon be the world’s most powerful source of neutrons, providing researchers with unique opportunities to explore the structure of materials at the atomic level. Neutron scattering at ESS will address critical questions in physics, chemistry, geology, materials science and life science.

The Science Directorate at the European Spallation Source (ESS) invites applications for an instrument scientist for the dedicated Test beamline (TBL).

The Diffraction and Imaging Division is home to the instrument scientists and instrument operational engineers responsible for designing, constructing, and operating the DREAM, MAGiC, BEER, HEIMDAL, ODIN, and TBL instruments at ESS. New designs for a wide range of neutron instruments are being implemented to fully leverage the unique long-pulse time structure of the ESS neutron source.

The primary purpose of TBL is characterizing the target-reflector-moderator system and verifying the performance of the neutron source based on operating parameters such as proton beam energy, stability, pulse length, and beam rastering, as well as the moderator conditions. An important aspect of this work will be comparing the measured and simulated neutronic performance of the moderator, providing a crucial reference for various neutron scattering instruments. Additionally, the TBL will contribute to optimizing instruments and methods to fully exploit the unique long-pulse time structure of the ESS neutron source. The TBL will function as a local characterization station, supporting technical developments in areas such as neutron optics, polarization, and novel detectors. It is designed to support the user program by performing exploratory imaging experiments, neutron diffraction studies, and single-crystal alignment. Due to the flexibility of the instrument, a variety of detectors and sample environments can be fitted inside the experimental cave, allowing multipurpose measurements on not only thermal neutrons but also epithermal/fast neutrons and gamma rays. This includes but is not limited to a well-established technique such as time-of-flight transmission measurements, neutron tomography, neutron activation analysis, grating interferometry, etc. As the facility evolves, the modular design of the TBL will allow for modifications to meet new objectives, ensuring its continued relevance and utility in advancing neutron science. The construction of TBL is completed and the team prepares the instrument for the first neutrons.

About the role: 

As the instrument scientist for TBL you will:

• Work closely with another scientist and the instrument operations engineer, forming the core instrument team.
• Participate in commissioning of the TBL beamline with neutrons.
• Develop a diagnostic plan for ESS Operation via the utilization of TBL
• Develop and implement new experimental methods using the TBL, including (but not limited to) spectroscopic imaging, diffractive imaging, polarized neutron imaging, grating interferometry, neutron depth profiling, prompt-gamma neutron activation analysis (PGNAA), and advanced sample environments, etc.
• Develop synergies with other neutron facilities and build links with universities.

The position is a 3-year fixed term role and the workplace will be situated in Lund, Sweden.

ESS will support and encourage the candidate to take up an adjunct position at a university in an ESS partner country, in order to facilitate their own research. 

Please read about the qualifications and experience needed for this position in the full job advertisement on ESS webpage: https://europeanspallationsource.se/careers/vacancies?rmpage=job&rmjob=2026&rmlang=UK

To apply:

A career at ESS gives you the opportunity to contribute to the future discoveries within neutron science at a stunning, brand-new workplace filled with innovative minds and brilliant people from across the globe. We offer market competitive, individualised compensation which is differentiated according to role, responsibilities, individual skills, abilities and achievements as well as monthly pension contributions on top of your salary.

If you see yourself in what we’re looking for, please provide your CV and motivation letter in English by clicking on “apply” and following the instructions. Please be aware that we can only accept direct applications made via the ESS website, so submit your application as soon as you can. The last date for receiving applications is August 16th 2026.

For further information regarding the position, please contact Talent Acquisition Specialist Sofie Berg on sofie.berg@ess.eu or Hiring Manager Head of Diffraction & Imaging Division, Mikhail Feygenson on Mikhail.Feygenson@ess.eu

Please note that it might take longer than normal to answer questions due to vacation period. 

This role requires enhanced security screening processes which will be performed during the recruitment and onboarding processes.For more information regarding the ESS recruitment process in general, please follow this link: https://europeanspallationsource.se/careers.

For trade union information, please contact Unionen representative Nerusha Naicker on Nerusha.Naicker@ess.eu or SACO/Swedish Association of Graduate Engineers representative Marc Kickulies at Marc.Kickulies@ess.eu

About the Role:

Quantum Scopes is seeking a motivated Researcher to contribute to the development of advanced quantum microscopy and optical instrumentation. The role combines experimental quantum optics, scientific software development, and data acquisition, supporting cutting-edge research in quantum photonics and imaging.

Key Responsibilities:

* Develop and maintain scientific software for instrument control and data acquisition using Python and C++.

* Design and implement graphical user interfaces (GUIs) for laboratory experiments.

* Develop automated data analysis pipelines for high-throughput experimental measurements.

* Integrate and test optical and electronic hardware, including cameras, detectors, motion stages, and laboratory instruments.

* Assist in the design, alignment, calibration, and optimization of optical systems.

* Troubleshoot experimental hardware and software to ensure reliable operation.

* Collaborate with researchers to develop new measurement techniques and improve experimental workflows.

* Maintain technical documentation and support reproducible research practices.

Required Qualifications:

* Master’s degree in Physics, Engineering Physics, Electrical Engineering, Photonics.

* Experience with cryogenics and superconducting quantum devices.

* Experience in quantum optics, photonics, microscopy, or spectroscopy.

* Strong programming skills in Python; experience with C++ is desirable.

* Knowledge of scientific computing and data analysis.

* Experience working with laboratory instrumentation and experimental systems.

* Strong analytical and problem-solving skills.

* Ability to work independently as well as in a collaborative research environment.

Preferred Qualifications:

* Familiarity with data acquisition systems and laboratory automation.

* Experience with optical alignment and imaging systems.

* Knowledge of scientific GUI development (e.g., PyQt/PySide).

* Experience with version control systems such as Git.

What We Offer:

* Opportunity to work on cutting-edge quantum technologies.

* Collaborative and research-driven work environment.

* Exposure to advanced optical instrumentation and scientific software development.

* Professional growth through interdisciplinary research and engineering projects.

About the Role:

Quantum Scopes is seeking a motivated Researcher to contribute to the development of advanced quantum microscopy and optical instrumentation. The role combines experimental quantum optics, scientific software development, and data acquisition, supporting cutting-edge research in quantum photonics and imaging.

Key Responsibilities:

* Develop and maintain scientific software for instrument control and data acquisition using Python and C++.

* Design and implement graphical user interfaces (GUIs) for laboratory experiments.

* Develop automated data analysis pipelines for high-throughput experimental measurements.

* Integrate and test optical and electronic hardware, including cameras, detectors, motion stages, and laboratory instruments.

* Assist in the design, alignment, calibration, and optimization of optical systems.

* Troubleshoot experimental hardware and software to ensure reliable operation.

* Collaborate with researchers to develop new measurement techniques and improve experimental workflows.

* Maintain technical documentation and support reproducible research practices.

Required Qualifications:

* Master’s degree in Physics, Engineering Physics, Electrical Engineering, Photonics.

* Experience with cryogenics and superconducting quantum devices.

* Experience in quantum optics, photonics, microscopy, or spectroscopy.

* Strong programming skills in Python; experience with C++ is desirable.

* Knowledge of scientific computing and data analysis.

* Experience working with laboratory instrumentation and experimental systems.

* Strong analytical and problem-solving skills.

* Ability to work independently as well as in a collaborative research environment.

Preferred Qualifications:

* Familiarity with data acquisition systems and laboratory automation.

* Experience with optical alignment and imaging systems.

* Knowledge of scientific GUI development (e.g., PyQt/PySide).

* Experience with version control systems such as Git.

What We Offer:

* Opportunity to work on cutting-edge quantum technologies.

* Collaborative and research-driven work environment.

* Exposure to advanced optical instrumentation and scientific software development.

* Professional growth through interdisciplinary research and engineering projects.

About the Role:

Quantum Scopes is seeking a motivated Researcher to contribute to the development of advanced quantum microscopy and optical instrumentation. The role combines experimental quantum optics, scientific software development, and data acquisition, supporting cutting-edge research in quantum photonics and imaging.

Key Responsibilities:

* Develop and maintain scientific software for instrument control and data acquisition using Python and C++.

* Design and implement graphical user interfaces (GUIs) for laboratory experiments.

* Develop automated data analysis pipelines for high-throughput experimental measurements.

* Integrate and test optical and electronic hardware, including cameras, detectors, motion stages, and laboratory instruments.

* Assist in the design, alignment, calibration, and optimization of optical systems.

* Troubleshoot experimental hardware and software to ensure reliable operation.

* Collaborate with researchers to develop new measurement techniques and improve experimental workflows.

* Maintain technical documentation and support reproducible research practices.

Required Qualifications:

* Master’s degree in Physics, Engineering Physics, Electrical Engineering, Photonics.

* Experience with cryogenics and superconducting quantum devices.

* Experience in quantum optics, photonics, microscopy, or spectroscopy.

* Strong programming skills in Python; experience with C++ is desirable.

* Knowledge of scientific computing and data analysis.

* Experience working with laboratory instrumentation and experimental systems.

* Strong analytical and problem-solving skills.

* Ability to work independently as well as in a collaborative research environment.

Preferred Qualifications:

* Familiarity with data acquisition systems and laboratory automation.

* Experience with optical alignment and imaging systems.

* Knowledge of scientific GUI development (e.g., PyQt/PySide).

* Experience with version control systems such as Git.

What We Offer:

* Opportunity to work on cutting-edge quantum technologies.

* Collaborative and research-driven work environment.

* Exposure to advanced optical instrumentation and scientific software development.

* Professional growth through interdisciplinary research and engineering projects.

About the Role:

Quantum Scopes is seeking a motivated Researcher to contribute to the development of advanced quantum microscopy and optical instrumentation. The role combines experimental quantum optics, scientific software development, and data acquisition, supporting cutting-edge research in quantum photonics and imaging.

Key Responsibilities:

* Develop and maintain scientific software for instrument control and data acquisition using Python and C++.

* Design and implement graphical user interfaces (GUIs) for laboratory experiments.

* Develop automated data analysis pipelines for high-throughput experimental measurements.

* Integrate and test optical and electronic hardware, including cameras, detectors, motion stages, and laboratory instruments.

* Assist in the design, alignment, calibration, and optimization of optical systems.

* Troubleshoot experimental hardware and software to ensure reliable operation.

* Collaborate with researchers to develop new measurement techniques and improve experimental workflows.

* Maintain technical documentation and support reproducible research practices.

Required Qualifications:

* Master’s degree in Physics, Engineering Physics, Electrical Engineering, Photonics.

* Experience with cryogenics and superconducting quantum devices.

* Experience in quantum optics, photonics, microscopy, or spectroscopy.

* Strong programming skills in Python; experience with C++ is desirable.

* Knowledge of scientific computing and data analysis.

* Experience working with laboratory instrumentation and experimental systems.

* Strong analytical and problem-solving skills.

* Ability to work independently as well as in a collaborative research environment.

Preferred Qualifications:

* Familiarity with data acquisition systems and laboratory automation.

* Experience with optical alignment and imaging systems.

* Knowledge of scientific GUI development (e.g., PyQt/PySide).

* Experience with version control systems such as Git.

What We Offer:

* Opportunity to work on cutting-edge quantum technologies.

* Collaborative and research-driven work environment.

* Exposure to advanced optical instrumentation and scientific software development.

* Professional growth through interdisciplinary research and engineering projects.