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\n\nContact us at info@qzabre.com for a spontaneous application!
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\n\nExplore your alternatives here and get in touch with us at info@qzabre.com to organize a demo.
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\n","buttonText":"","buttonLink":"","textCentering":[],"halfWidth":[]},{"id":138,"title":"28/01/2024 - Publication Highlight","slug":"newstitle-2","template":"Content","link":"/en/dev/part-data/news-items-articles/newstitle-2","subtitle":"28/01/2024","mainTitle":"Publication Highlight","mainTitleSize":"medium","text":"Revealing emergent magnetic charge in an antiferromagnet with diamond quantum magnetometry
\n\nIn a wonderful demonstration of the capabilities of diamond quantum magnetometry, the group of Mete Atatüre at the University of Cambridge has used QZabre quantum scanning tips to image magnetic vortices in the archetypal antiferromagnet hematite. In addition to recording the local magnetization, they independently reconstructed the magnetic charge hosted by these spin textures — thereby showcasing how diamond quantum magnetometry can provide a unique perspective for exploring emergent topological phenomena in quantum materials. More.
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NV spin properties controlled by magnetic domain wall motion
\n\nIt is always a pleasure to see how our products help customers gain exciting new insights. Last month, Chunhui Rita Du and her group at the Georgia Institute of Technology (formerly at UC San Diego) reported in the journal ACS Nano how they achieved local control of a single NV center by engineering magnetic domain wall motion at the nanoscale. Their measurements were performed with a custom-designed QZabre Quantum Scanning NV Microscope (QSM) equipped with a QZabre Quantum Scanning Tip (QST). More.
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#CustomerService
\n#Excellence
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\n#State-of-the-art
We received a customised QSM for our needs in early 2023. During the design phase, the QZabre team was very attentive to all our requests. After a day and a half of installation, the system was fully functional! The hardware and software are state-of-the-art! It's a pleasure to use QSM every day. My only regret is that I only have 24 hours a day to play with it.
\n\nThank you very much QZabre and keep up the excellent work.
\n","author":"Dr. Daniel Lacour, CNRS Research Director at the IJL (Nancy, France)","date":"2023-12-06"},{"id":885,"title":"Prof. Donghun Lee, Korea University","slug":"prof-donghun-lee-korea-university","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/prof-donghun-lee-korea-university","text":"#Diamond Scanning Tips
\n#Diamond Membranes with Nano-Pillars
\n#CustomerService
Qzabre offers best-quality diamond nanostructures such as diamond scanning probes and diamond membranes with nano-pillars. Our quantum sensing and imaging experiments at the nanometer scale rely heavily on the top-notch products. We are also very pleased with Qzabre's helpful and informative customer care and assistance.
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\n\nThe QSM system has allowed us to push our metrological capabilities [..]. Furthermore, with time resolved capabilities the QSM is allowing us to go beyond static field imaging and probe nanoscale magnetisation dynamics.
\n","author":"Dr Craig Barton - National Physical Laboratory, UK","date":"2022-10-13"},{"id":115,"title":"Myeongwon Lee, Korea University","slug":"max","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/max","text":"#NanoscaleMagnetometry #Spintronics
\n\nQZabre has provided us with greatly optimized NV scanning tips, which have excellent optical properties, NV coherence, and tuning forks. They make it possible to perform quantum sensing and nanoscale magnetometry for studying spintronics devices.
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\n#ShortDeliveryTime
QZabre probes are directly integrable with our AFM system and have allowed us to quickly extend the range of NV-related experiments we could carry out. We are very satisfied with the level of customer support and the delivery lead time of the probes.
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\n#HighContrast
We had great experiences using QZabre probes in our home-built NV scanning magnetometer. The NV center in the probes are stable and bright, offering high ESR contrast just as advertised. The Akiyama-probe footprint make them easy to use without extra effort on designing probe holders and circuits.
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\n#CustomerService
\n#Best-In-Class
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\n"},{"id":130,"title":"Service Measurements","slug":"scanning-tips-4","template":"CardSlide","link":"/en/dev/part-data/product-slider-slides/scanning-tips-4","backgroundImage":{"id":40,"alt":false,"caption":false,"small":"https://qzabre.com/public/images/gallery/preview_6282641eb9878.png","normal":"https://qzabre.com/public/images/gallery/normal_6282641eb9878.png","large":"https://qzabre.com/public/images/gallery/full_6282641eb9878.png"},"cardLink":"/en/products/electronic-grade-diamond-with-nvs","cardTitle":"Service Measurements","text":"Do you want to test NV magnetometry on your sample?
\n\nExplore your alternatives here and get in touch with us at info@qzabre.com to organize a demo.
\n"}],"autoSlideSize":["yes"]}],"isListOf":false,"listTitle":""},{"id":100,"title":"About us","slug":"about-us","template":"Section","link":"/en/dev/part-data/qzabre-sections/about-us","backgroundColor":[],"content":[{"id":102,"title":"Title","slug":"title","template":"Content","link":"/en/dev/part-data/about-us-content/title","subtitle":"About Us","mainTitle":"Turning science into technology","mainTitleSize":"medium","text":"","buttonText":"","buttonLink":"","textCentering":[],"halfWidth":[]},{"id":103,"title":"Image","slug":"image","template":"ContentImage","link":"/en/dev/part-data/about-us-content/image","image":{"id":36,"alt":false,"caption":false,"small":"https://qzabre.com/public/images/gallery/preview_62825e0ca7cfa.jpg","normal":"https://qzabre.com/public/images/gallery/normal_62825e0ca7cfa.jpg","large":"https://qzabre.com/public/images/gallery/full_62825e0ca7cfa.jpg"}},{"id":104,"title":"description","slug":"description","template":"Content","link":"/en/dev/part-data/about-us-content/description","subtitle":"","mainTitle":"","mainTitleSize":false,"text":"QZabre is a spin-off from the Spin Physics of Prof. Christian Degen at ETH Zurich, Switzerland, founded January 2018. We turn today's NV research into the products of tomorrow.
\n","buttonText":"Get to know us","buttonLink":"PAGE_about-us","textCentering":[],"halfWidth":[]}],"isListOf":false,"listTitle":""},{"id":105,"title":"News","slug":"news","template":"Section","link":"/en/dev/part-data/qzabre-sections/news","backgroundColor":[{"id":331,"slug":"blue","title":"Blue","link":"/en/info/colors/blue"}],"content":[{"id":134,"title":"News items","slug":"news-items","template":"Articles","link":"/en/dev/part-data/news-content/news-items","sectionTitle":"NEWS","articles":[{"id":136,"title":"01/02/2024 - Photonics West","slug":"aps","template":"Content","link":"/en/dev/part-data/news-items-articles/aps","subtitle":"01/02/2024","mainTitle":"Come and visit us at Photonics West","mainTitleSize":"medium","text":"Today is the final day of SPIE Photonics West 2024 in San Francisco. If you're attending, then come and visit us (again) at booth 7306, where our CTO Andrea Morales will answer all your questions about how NV microscopy can bring unique new perspectives to your research. More.
\n","buttonText":"","buttonLink":"","textCentering":[],"halfWidth":[]},{"id":138,"title":"28/01/2024 - Publication Highlight","slug":"newstitle-2","template":"Content","link":"/en/dev/part-data/news-items-articles/newstitle-2","subtitle":"28/01/2024","mainTitle":"Publication Highlight","mainTitleSize":"medium","text":"Revealing emergent magnetic charge in an antiferromagnet with diamond quantum magnetometry
\n\nIn a wonderful demonstration of the capabilities of diamond quantum magnetometry, the group of Mete Atatüre at the University of Cambridge has used QZabre quantum scanning tips to image magnetic vortices in the archetypal antiferromagnet hematite. In addition to recording the local magnetization, they independently reconstructed the magnetic charge hosted by these spin textures — thereby showcasing how diamond quantum magnetometry can provide a unique perspective for exploring emergent topological phenomena in quantum materials. More.
\n\n\n","buttonText":"","buttonLink":"","textCentering":[],"halfWidth":[]},{"id":137,"title":"18/01/2024 - Publication Highlight","slug":"newstitle-1","template":"Content","link":"/en/dev/part-data/news-items-articles/newstitle-1","subtitle":"18/01/2024","mainTitle":"Publication Highlight","mainTitleSize":"medium","text":"
NV spin properties controlled by magnetic domain wall motion
\n\nIt is always a pleasure to see how our products help customers gain exciting new insights. Last month, Chunhui Rita Du and her group at the Georgia Institute of Technology (formerly at UC San Diego) reported in the journal ACS Nano how they achieved local control of a single NV center by engineering magnetic domain wall motion at the nanoscale. Their measurements were performed with a custom-designed QZabre Quantum Scanning NV Microscope (QSM) equipped with a QZabre Quantum Scanning Tip (QST). More.
\n\n\n","buttonText":"","buttonLink":"","textCentering":[],"halfWidth":[]}],"moreText":"See all news","moreLink":"PAGE_news"}],"isListOf":false,"listTitle":""},{"id":107,"title":"Testimonials","slug":"testimonials","template":"Section","link":"/en/dev/part-data/qzabre-sections/testimonials","backgroundColor":[],"content":[{"id":109,"title":"Title","slug":"title","template":"Content","link":"/en/dev/part-data/testimonials-content/title","subtitle":"Testimonials","mainTitle":"What our clients say about us","mainTitleSize":"medium","text":"","buttonText":"","buttonLink":"","textCentering":["yes"],"halfWidth":[]},{"id":113,"title":"testimonials","slug":"testimonials","template":"TestimonialsList","link":"/en/dev/part-data/testimonials-content/testimonials","testimonials":[{"id":886,"title":"Dr. Daniel Lacour, CNRS Research Director at the IJL","slug":"dr-daniel-lacour-cnrs-research-director-at-the-ijl","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/dr-daniel-lacour-cnrs-research-director-at-the-ijl","text":"
#CustomerService
\n#Excellence
\n#QSM
\n#State-of-the-art
We received a customised QSM for our needs in early 2023. During the design phase, the QZabre team was very attentive to all our requests. After a day and a half of installation, the system was fully functional! The hardware and software are state-of-the-art! It's a pleasure to use QSM every day. My only regret is that I only have 24 hours a day to play with it.
\n\nThank you very much QZabre and keep up the excellent work.
\n","author":"Dr. Daniel Lacour, CNRS Research Director at the IJL (Nancy, France)","date":"2023-12-06"},{"id":885,"title":"Prof. Donghun Lee, Korea University","slug":"prof-donghun-lee-korea-university","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/prof-donghun-lee-korea-university","text":"#Diamond Scanning Tips
\n#Diamond Membranes with Nano-Pillars
\n#CustomerService
Qzabre offers best-quality diamond nanostructures such as diamond scanning probes and diamond membranes with nano-pillars. Our quantum sensing and imaging experiments at the nanometer scale rely heavily on the top-notch products. We are also very pleased with Qzabre's helpful and informative customer care and assistance.
\n","author":"Prof. Donghun Lee, Department of Physics at Korea University","date":"2023-11-29"},{"id":118,"title":"Dr Craig Barton - National Physical Laboratory, UK","slug":"pam","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/pam","text":"#QSM - Quantum Scanning Microscope
\n\nThe QSM system has allowed us to push our metrological capabilities [..]. Furthermore, with time resolved capabilities the QSM is allowing us to go beyond static field imaging and probe nanoscale magnetisation dynamics.
\n","author":"Dr Craig Barton - National Physical Laboratory, UK","date":"2022-10-13"},{"id":115,"title":"Myeongwon Lee, Korea University","slug":"max","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/max","text":"#NanoscaleMagnetometry #Spintronics
\n\nQZabre has provided us with greatly optimized NV scanning tips, which have excellent optical properties, NV coherence, and tuning forks. They make it possible to perform quantum sensing and nanoscale magnetometry for studying spintronics devices.
\n","author":"Myeongwon Lee, Korea University","date":"2022-10-01"},{"id":116,"title":"Leong X.H. Victor, A-Star Research","slug":"sam","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/sam","text":"#CustomerSupport
\n#ShortDeliveryTime
QZabre probes are directly integrable with our AFM system and have allowed us to quickly extend the range of NV-related experiments we could carry out. We are very satisfied with the level of customer support and the delivery lead time of the probes.
\n","author":"Leong X.H. Victor, A-Star Research","date":"2022-10-10"},{"id":117,"title":"Nicole Guo, Cornell University","slug":"jim","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/jim","text":"#Stable&Brigth
\n#HighContrast
We had great experiences using QZabre probes in our home-built NV scanning magnetometer. The NV center in the probes are stable and bright, offering high ESR contrast just as advertised. The Akiyama-probe footprint make them easy to use without extra effort on designing probe holders and circuits.
\n","author":"Nicole Guo, Cornell University","date":"2022-10-10"},{"id":119,"title":"Anthony K.C. Tan, Cavendish Laboratory","slug":"tim","template":"Testimonial","link":"/en/dev/part-data/testimonials-testimonials/tim","text":"#QST-Quantum Scanning Tips
\n#CustomerService
\n#Best-In-Class
\n\n","author":"Dr. Anthony K.C. Tan, Cavendish Laboratory","date":"2022-10-04"}]}],"isListOf":false,"listTitle":""}],"productDescription":"","productsChoice":[],"applicationsChoice":[],"industriesChoice":[],"filtersChoice":[],"applicationDescription":"","industryDescription":"","hideInNav":[],"children":[],"related":[]}]},"popup":null};Qzabre provides best-in-class diamond probes for scanning NV magnetometry, [...] exhibiting exceptional properties including stable and bright fluorescence, a high electron spin resonance contrast and a small NV-sample distance. Along with their tailored support and solutions, QZabre is key to the successful development and operation of the Cambridge-Royce Nanoscale Quantum Sensing and Imaging Suite.
\n
Fast, versatile NV microscopes, high performance probes and more.
We keep on redefining what is possible with scanning NV. From speed over sensitivity to resolution, we work to enhance all aspects for truly user friendly, high performance products.
Quantum technology is complex both in theory and in practice. With our products you can focus on getting high quality results quickly instead of dealing with the underlying engineering. From single NVs to scanning systems, we think it should be fast and easy.
QZabre is a spin-off from the Spin Physics of Prof. Christian Degen at ETH Zurich, Switzerland, founded January 2018. We turn today's NV research into the products of tomorrow.
Today is the final day of SPIE Photonics West 2024 in San Francisco. If you're attending, then come and visit us (again) at booth 7306, where our CTO Andrea Morales will answer all your questions about how NV microscopy can bring unique new perspectives to your research. More.
Revealing emergent magnetic charge in an antiferromagnet with diamond quantum magnetometry
In a wonderful demonstration of the capabilities of diamond quantum magnetometry, the group of Mete Atatüre at the University of Cambridge has used QZabre quantum scanning tips to image magnetic vortices in the archetypal antiferromagnet hematite. In addition to recording the local magnetization, they independently reconstructed the magnetic charge hosted by these spin textures — thereby showcasing how diamond quantum magnetometry can provide a unique perspective for exploring emergent topological phenomena in quantum materials. More.
NV spin properties controlled by magnetic domain wall motion
It is always a pleasure to see how our products help customers gain exciting new insights. Last month, Chunhui Rita Du and her group at the Georgia Institute of Technology (formerly at UC San Diego) reported in the journal ACS Nano how they achieved local control of a single NV center by engineering magnetic domain wall motion at the nanoscale. Their measurements were performed with a custom-designed QZabre Quantum Scanning NV Microscope (QSM) equipped with a QZabre Quantum Scanning Tip (QST). More.
#CustomerService
#Excellence
#QSM
#State-of-the-art
We received a customised QSM for our needs in early 2023. During the design phase, the QZabre team was very attentive to all our requests. After a day and a half of installation, the system was fully functional! The hardware and software are state-of-the-art! It's a pleasure to use QSM every day. My only regret is that I only have 24 hours a day to play with it.
Thank you very much QZabre and keep up the excellent work.
Dr. Daniel Lacour, CNRS Research Director at the IJL (Nancy, France)6/12/2023
#QSM - Quantum Scanning Microscope
The QSM system has allowed us to push our metrological capabilities [..]. Furthermore, with time resolved capabilities the QSM is allowing us to go beyond static field imaging and probe nanoscale magnetisation dynamics.
Dr Craig Barton - National Physical Laboratory, UK13/10/2022
#Diamond Scanning Tips
#Diamond Membranes with Nano-Pillars
#CustomerService
Qzabre offers best-quality diamond nanostructures such as diamond scanning probes and diamond membranes with nano-pillars. Our quantum sensing and imaging experiments at the nanometer scale rely heavily on the top-notch products. We are also very pleased with Qzabre's helpful and informative customer care and assistance.
Prof. Donghun Lee, Department of Physics at Korea University29/11/2023
#NanoscaleMagnetometry #Spintronics
QZabre has provided us with greatly optimized NV scanning tips, which have excellent optical properties, NV coherence, and tuning forks. They make it possible to perform quantum sensing and nanoscale magnetometry for studying spintronics devices.
Myeongwon Lee, Korea University1/10/2022
#Stable&Brigth
#HighContrast
We had great experiences using QZabre probes in our home-built NV scanning magnetometer. The NV center in the probes are stable and bright, offering high ESR contrast just as advertised. The Akiyama-probe footprint make them easy to use without extra effort on designing probe holders and circuits.
Nicole Guo, Cornell University10/10/2022
#CustomerSupport
#ShortDeliveryTime
QZabre probes are directly integrable with our AFM system and have allowed us to quickly extend the range of NV-related experiments we could carry out. We are very satisfied with the level of customer support and the delivery lead time of the probes.
Leong X.H. Victor, A-Star Research10/10/2022