Phase Locked-Loop and Automatic Gain Control | Tutorial Zurich Instruments 2025-03-27 | Watch how to efficiently set up and optimize Phase Locked-Loops (PLLs) and Automatic Gain Control (AGC) feedback loops. In this video, you'll learn how to configure these ubiquitous closed-loop control systems with the LabOne control software.Chapters:00:00 - 1:05 Open loop transfer function1:05 - 2:12 Phase locked-loop setup2:12 - end Automatic Gain ControlContact us for further info: zhinst.com/ch/en/contact_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Innovation in LabOne Zurich Instruments 2025-03-11 | Are you ready to step into the future of instrument control software? Enjoy a sneak peek at what awaits you in the new LabOne graphical user interface. Contact us to find out more: zhinst.com/contact_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Four Nines Fidelity for Your Quantum Control Zurich Instruments 2025-01-07 | Go beyond 4 nines quantum fidelity! Whether you are studying new qubit types, pushing fabrication to new standards, or improving qubit control, Zurich Instruments quantum instrumentation enables you to get the best out of your work. Learn more: zhinst.com/new-shf-plus_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
最新ロックインアンプのヒミツ その 5. LabOneの便利機能 Zurich Instruments 2024-11-29 | このビデオシリーズでは、最新のロックインアンプを使うメリットについてご紹介しています。今回の最終回では、Zurich Instrumentsが無償で提供しているロックインアンプのコントロールソフト、LabOneの便利機能についてご紹介します。ぜひ皆様も、Zurich Instrumentsのロックインアンプで、新しい世界をご体験ください。Website: zhinst.com/japan/jpEmail: info.jp@zhinst.com_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Fast-Track Your Qubit Research with Intuitive Tune-up Workflows Zurich Instruments 2024-11-19 | This webinar shows how the Zurich Instruments LabOne Q Applications Library streamlines your quantum experiments, reduces your time spent coding, and enhances your workflow efficiency. Get in touch to accelerate your quantum research today. Learn More about our Hardware and Software solutions: zhinst.com/new-shf-plus Chapters:0:00 - 1:50 : Introduction1:51 - 27:47: Qubit tune-up with LabOne Q27:48 - 43:39: Architecture and concepts43:40 - 56:10: Customizing your workflowsQubit measurements were performed at the ETHZ-PSI Quantum Computing Hub under the Innosuisse project “Scalable Hardware and Software Control System for Error Correction in Superconducting Quantum Processors” (104.020 IP-ICT)_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
最新ロックインアンプのヒミツ その 4. 掃引測定 Zurich Instruments 2024-11-15 | このビデオシリーズでは、最新のロックインアンプを使うメリットについてご紹介しています。第四回は掃引測定について。Zurich Instrumentsのロックインアンプでは、固定周波数の測定だけではなく、周波数を掃引させたり、また印加するバイアス電圧を変化させて、掃引測定ができます。これによりデバイスや回路、システムの特性が簡単に測定でき、新たな可能性が広がります。ぜひ皆様も、Zurich Instrumentsのロックインアンプで、新しい世界をご体験ください。Website: zhinst.com/japan/jpEmail: info.jp@zhinst.com_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
最新ロックインアンプのヒミツ その 3. 複数周波数の測定 Zurich Instruments 2024-11-01 | このビデオシリーズでは、最新のロックインアンプを使うメリットについてご紹介しています。第三回は、複数周波数での測定についてご紹介します。Zurich InstrumentsのMFLIでは、最大4個のデモジュレータを使うことができ、それぞれのデモジュレータに割り当てた高調波や任意の周波数を、同時にロックイン測定が可能です。これにより従来のロックインアンプでは1台で実現出来なかった、複雑な測定が可能となり、アプリケーションの幅を大きく広げることが出来ます。ぜひ皆様も、Zurich Instrumentsのロックインアンプで、新しい世界をご体験ください。Website: zhinst.com/japan/jpEmail: info.jp@zhinst.com_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Marketing Team - Rita Wen Zurich Instruments 2024-10-24 | Meet Rita Wen, a Marketing Specialist at Zurich Instruments, focusing on Quantum Computing instrumentation and supporting our American and APAC offices. Watch the video to learn about her dynamic role, her small comment on our great coffee and desserts in the office, and check out our careers page for exciting job opportunities!Explore our current open positions: zhinst.com/company/careers_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
最新ロックインアンプのヒミツ その 2. 長時間の測定 Zurich Instruments 2024-10-18 | このビデオシリーズでは、最新のロックインアンプを使うメリットについてご紹介しています。第二回目は、長時間の測定について考察します。低い周波数の測定など長い時定数を使うロックイン測定では、大変ゆっくりな測定値の変化になるため、定常状態であるのか、本当に信号は安定して変化しないのかなど、不安になることも多々あります。Zurich InstrumentsのMFLIを使うと、そのような変化を確実に捉えることが出来、最適な設定で、測定を速く正確に行うことが出来る様になります。ぜひ皆様も、Zurich Instrumentsのロックインアンプで、新しい世界をご体験ください。Website: zhinst.com/japan/jpEmail: info.jp@zhinst.com_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Unlock the Full Potential of Your Optomechanical Set-up | Zurich Instruments Webinar Zurich Instruments 2024-10-01 | Avishek explores advanced techniques for excitation, measurement, and readout of optical, microwave, and nanomechanical components. In this webinar, you'll learn:1. How to tackle the complexities of sideband measurements, injection locking, and stabilization;2. The importance of pulsed measurements for cutting-edge applications like quantum non-demolition measurements and hybrid quantum systems;3. And how digital lock-in amplifiers can seamlessly integrate these techniques into a single, versatile instrument.Learn more about our Lock-in Amplifiers: zhinst.com/lock-in-amplifiersDiscuss your application: zhinst.com/contact_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Sales Quantum Team - Mark Kasperczyk Zurich Instruments 2024-09-26 | Meet Mark Kasperczyk, a Senior Product Manager in the Quantum Technology Team at Zurich Instruments, where he blends his passion for communication with product development. Watch the video to delve into his unique role and visit our careers page for exciting job opportunities!Explore our current open positions: zhinst.com/company/careers _________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
MFIA Impedance Analyzer | From Unboxing to Measurement in Less Than 3 Minutes Zurich Instruments 2024-09-25 | In this video, we showcase the MFIA Impedance Analyzer, renowned for its ease of use and speed. We'll take you through the entire process, from unboxing to obtaining your first measurement, in under three minutesOne of the standout features of the MFIA Impedance Analyzer is its user-friendly design, which makes it incredibly quick and easy to set up and use. Thanks to the intuitive LabOne control software, you can run your first impedance measurements within a few minutes. LabOne is freely available and does an excellent job of simplifying the entire process, whether you're a novice or an experienced researcher.Don't miss this opportunity to see how the MFIA Impedance Analyzer can revolutionize your workflow, providing efficient and accurate impedance measurements without the hassle._________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Impedance Measurement of Beer | Octoberfest Edition Zurich Instruments 2024-09-18 | In this video, you will learn how fast beer gets flat. This is particularly important to ensure you have fresh beer inside your Maßkrug. Enjoy the Oktoberfest!Learn more about our products: zhinst.com/impedance-products Discuss your application with us: zhinst.com/contact_________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
最新ロックインアンプのヒミツ その 1. 時定数の設定 Zurich Instruments 2024-09-17 | このビデオシリーズでは、最新のロックインアンプを使うメリットについてご紹介しています。第一回目は、全体像をつかみずらい、時定数の設定について取り上げています。ロックイン測定において、時定数は重要なパラメータですが、従来のロックインアンプでは、最適な値を設定することは、かなり熟練が必要と思われてきました。Zurich InstrumentsのMFLIでは、グラフの変化を見ながら値を設定していくことで、誰でも容易に最適値を選べ、正確な測定ができるようになります。ぜひ皆様も、Zurich Instrumentsのロックインアンプで、新しい世界をご体験ください。Website: zhinst.com/japan/jpEmail: info.jp@zhinst.com
Mastering Periodic Signal Analysis for Optics & Photonics Applications | Zurich Instruments Webinar Zurich Instruments 2024-09-17 | Optics and photonics research aims to measure increasingly smaller effects and faster processes. For a wide range of specific applications, the signals stemming from such experiments are tiny and often buried in noise or covered by large backgrounds.By averaging only the signal of interest while simultaneously rejecting all spurious noise contributions, Lock-in amplifiers and boxcar averagers are the ideal tools to boost your signal-to-noise ratio when measuring small optical signals.In this webinar, you will:- Learn the measurement principles of lock-in amplification and boxcar averaging;- Understand why such techniques are beneficial for capturing small signals in optical experiments; and- Learn which applications benefit from the two different approaches.Chapters:00:00 Introduction02:15 Zurich Instruments profile03:49 Optics and photonics overview11:20 Noise sources and modulation16:39 Lock-in amplifiers and their working principles18:47 Tunable diode laser absorption spectroscopy20:53 Fluorescence analysis at multiple wavelengths23:09 Low-pass filter settings27:39 Pump-probe spectroscopy30:29 Boxcar Averaging working principle34:49 THz time-domain spectroscopy 36:28 SRS microscopy38:14 Conclusions measurement advice________________Follow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Fast Tune-up Workflows with LabOne Q Zurich Instruments 2024-09-12 | Discover how the Zurich Instruments LabOne Q Applications Library streamlines your quantum experiments, reduces your time spent coding, and enhances your workflow efficiency. Get in touch to accelerate your quantum research today.Learn More about our Hardware and Software solutions: zhinst.com/new-shf-plusRegister now for the upcoming webinar on the 19th of Nov, 2024: zhinst.zoom.us/webinar/register/WN_DNMiUpipRpSGm10pO5cW7gChapters:00:00 - 00:30: Introduction 00:30 - 1:05: The Applications Library in the Zurich Instruments solution1:05 - 1:25: Physics-based measurement description1:25 - 2:10: Experiments and workflows2:10 - 2:31: Tailoring to your needs2:31 - end: Outro-------Follow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Hardware Team - Sandra Ferreiro Zurich Instruments 2024-08-29 | Meet Sandra Ferreiro, the Team Leader of the Hardware Testing Team at Zurich Instruments' R&D department, where she drives the development of calibration and testing infrastructure for production. Watch the video to learn more about her role and visit our careers page for exciting job opportunities!Explore our current open positions: zhinst.com/company/careersFollow the latest from Zurich Instruments: Website: zhinst.comLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
MFLI Lock-in Amplifier | From Unboxing to Measurement in Less Than 3 Minutes Zurich Instruments 2024-08-20 | This video showcases the MFLI Lock-in Amplifier, renowned for its ease of use and speed. We'll take you through the entire process, from unboxing to obtaining your first measurement, in under three minutes.One of the standout features of the MFLI Lock-in Amplifier is its user-friendly design, which makes it incredibly quick and easy to set up and use. Thanks to the intuitive LabOne control software, you can experience your first measurements within just three minutes. LabOne is freely available and does an excellent job of simplifying the entire process, whether you're a novice or an experienced researcher.Take advantage of this opportunity to see how the MFLI Lock-in Amplifier can revolutionize your workflow, providing efficient and accurate measurements without the hassle.Find more details at: zhinst.com/lock-in-amplifiersDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
From Unboxing to Randomized Benchmarking in Under 24 Hours Zurich Instruments 2024-08-20 | Don't compromise on time. Get your hands on our latest quantum control instruments and boost your lab’s performance now!At Zurich Instruments, we recognize the intricacies that come with #quantumresearch. Utilizing our far-reaching technical expertise and our premier #quantuminstruments, we're focused on helping you swiftly navigate through these complexities. We're eager to let you witness how we can turn your #quantuminnovations from prospects into reality today.Explore our latest #Quantum Instrumentations and expand your understanding of how fast qubit usage can revolutionize your research: zhinst.com/new-shf-plusView the various quantum applications that our instruments cater to: zhinst.com/applications/quantum-technologies/quantum-researchSubscribe 🔔 to our YouTube channel for the latest insights into #quantumresearch, technology, and innovation!Follow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Hands-on Tutorial on Resonance Engineering | 7th SPM User Meeting Zurich Instruments 2024-08-16 | Dr. Romain Stomp provides a hands-on tutorial on resonance engineering via the LabOne GUI. Starting with SNR consideration, comparing Lock-in Amplifier with Oscilloscope, he then demonstrates Q-control technique on a Quartz resonator. Finally, the resonance frequency tracking with a PLL for various Q-factor is also discussed. Overall 4 simultaneous PID loops are shown.This talk is part of the 7th SPM User Meeting, held at McGill University. Learn more about our products: zhinst.com/applications/scanning-probe-microscopy/scanning-probe-microscopy-spmDiscuss your application with us: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Cryogenic AFM instrumentation and automation with Python API | 7th SPM User Meeting Zurich Instruments 2024-08-16 | Prof. Yoichi Miyahara starts with single electron sensitivity discussion in EFM, followed by the description of his new LT-AFM in a closed loop dilution refrigerator. The second part of his talk discusses cavity optomechanical effects and how this affect the effective Q-factor. Finally the MFLI integration with GXSM via python API and automation of FM-KPFM mode is presented.This talk is part of the 7th SPM User Meeting, held at McGill University. Learn more about our products: zhinst.com/applications/scanning-probe-microscopy/scanning-probe-microscopy-spmDiscuss your application with us: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Multimodal Cantilever for MFM, KPFM, and True Atomic Resolution AFM | 7th SPM User Meeting Zurich Instruments 2024-08-16 | Prof. Hans Hug reviews the advantage of cantilever based mulimodal and multiharmonic operations with concrete examples for Magnetic Force Microscopy (MFM) and Kelvin Probe Force Microscopy (KPFM). He also explains the advantages of integrating Zurich Instruments lock-in amplifier and PID for the most advanced SPM techniques. This talk is part of the 7th SPM User Meeting, held at McGill University. Learn more about our products: zhinst.com/applications/scanning-probe-microscopy/scanning-probe-microscopy-spmDiscuss your application with us: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Resonance Enhancement Techniques in SPM | 7th SPM User Meeting Zurich Instruments 2024-08-16 | Dr.Romain Stomp discusses SNR and how to improve it via resonance enhancement techniques. Q-control method and multi-frequency examples are also provided.This talk is part of the 7th SPM User Meeting, held at McGill University. Learn more about our products: zhinst.com/applications/scanning-probe-microscopy/scanning-probe-microscopy-spmDiscuss your application with us: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Zurich Instruments for Scanning Probe Microscopy | 7th SPM User Meeting Zurich Instruments 2024-08-16 | Dr.Jorge Medina provides a brief introduction to Zurich Instruments, and follows along with his talk on our SPM products.This talk is part of the 7th SPM User Meeting, held at McGill University. Learn more about our products: zhinst.com/applications/scanning-probe-microscopy/scanning-probe-microscopy-spmDiscuss your application with us: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
A Quantitative SNR Comparison: Lock-in Amplifier vs. Boxcar Averager | Tutorial Zurich Instruments 2024-08-13 | This video compares two powerful signal measurement techniques: lock-in amplification and boxcar averaging. Using the versatile UHFLI 600 MHz Lock-in amplifier and the LabOne control software, we explore when to use each technique and how changes in measurement parameters can impact the results. This video is perfect for researchers aiming to optimize their experimental setups and reduce their time to publication! Learn more: zhinst.com/ch/en/blogs/quantitative-snr-comparison-lock-in-amplifier-vs-boxcar-averagerRelated webinar: youtube.com/watch?v=hnXgkZVePfQFollow the latest from Zurich Instruments: Website: zhinst.com LinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Sideband Analysis at GHz Frequencies Zurich Instruments 2024-06-07 | Thanks to the Modulation Analysis option for the GHFLI and SHFLI microwave Lock-in Amplifiers, sideband analysis and frequency mixing schemes at GHz frequencies have never been easier.Find more details at: zhinst.com/ghfli-and-shfliDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Zurich Instruments’ New CEO for the Next Leap Forward Zurich Instruments 2024-05-28 | We’re thrilled to announce Andrea Orzati as our new CEO, succeeding founder Sadik Hafizovic. Andrea's expertise in scaling tech businesses is set to drive our next leap forward. With his extensive experience in tech business growth, he brings forth his commitment in expanding our quantum tech and test & measurement solutions."Exciting times are ahead," says Andrea. "We're ready to enhance our capabilities and better serve the scientific community."Read the full story here: zhinst.com/news/zurich-instruments-new-ceo-next-leap-forward🔗 Discover Our Test and Measurement Solutions: zhinst.com/lock-in-amplifiers🔗 Explore Quantum Computing Solutions: zhinst.com/applications/quantum-technologies/quantum-researchFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/ZhinstStay tuned for more updates!🔔 Like, share, and subscribe!
Zurich Instruments Unveils the SHF+ Product Line at APS March 2024 Zurich Instruments 2024-05-08 | Dive into the details of our groundbreaking SHF+ Product Line, launched during the APS 2024 March Meeting. This video showcases our commitment to leading-edge quantum technology, which was developed for scientists by scientists.Key Features of the SHF+ Series:- State-of-the-art 8.5 GHz qubit controllers, quantum analyzers, and signal generators;- Superior signal-to-noise ratio and reduced phase noise for higher qubit fidelities;- Scalable control with our advanced LabOne Q software, perfect for managing systems from single qubits to large arrays;- Whether you are pushing the frontiers of quantum computing or performing complex experiments, the SHF+ series is designed to advance your research capabilities.More on the SHF+ product line: zhinst.com/new-shf-plusDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Fast-Track Your Sensor Research | Zurich Instruments Webinar Zurich Instruments 2024-04-17 | A sensor generates an electrical signal that depends on the physical quantity we aim to measure. Achieving the desired performance is an iterative process that begins with finding suitable materials, sensing methods, and control parameters. A complete toolset to characterize the prototype with efficient workflows is crucial to keep up with the project timelines. In this webinar, Kıvanç Esat and Jim Phillips present the measurement requirements, discuss the essential tools, and explain best practices with examples to accelerate your testing.We address:1. The essential measurement steps to find a sensor’s optimal operation conditions;2. Several control strategies, including Phase-locked Loops (PLL) and Pound-Drever-Hall (PDH);3. How efficient workflows with correct instruments enable sensing yoctograms and attonewtons.More on Sensor Research: zhinst.com/ch/en/applications/sensorsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Introducing the New SHF+ Product Line for High-Fidelity Qubit Control Zurich Instruments 2024-02-28 | Meet the new SHF+ Product Line, designed to help unleash your quantum lab on its journey to 4 9’s gate fidelities and beyond!More on the SHF+ product line: zhinst.com/new-shf-plusDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst00:00 - 00:30: Introduction00:30 - 00:58: Meet the instruments00:58 - 1:40: Noise floor and phase noise1:40 - 1:53: Tested in labs worldwide1:53 - end: Outro
Long-range Coupling of Two Andreev Level Qubits Zurich Instruments 2024-01-29 | In this talk, Luk Yi Cheung presents results from the Nanoelectronics group at the University of Basel on realizing strong coupling of two Andreev qubits several millimeters apart through a coplanar-waveguide microwave cavity. The fast gate times of Andreev qubits make them attractive candidates for quantum information processing applications.More on Quantum Research: zhinst.com/applications/quantum-technologies/quantum-research?utm_source=YoutubePlaylist&utm_medium=Video&utm_campaign=QTUserMeeting2024Discuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Tackling the Chip Testing Bottleneck Zurich Instruments 2024-01-29 | The long turn-around times for quantum chip testing are often a bottleneck in their development. Providing the infrastructure and tools to speed up chip testing has therefore the potential to accelerate their development towards better reproducibility and performance. In this talk, Kelvin Loh presents Orange Quantum Systems' offering of a fully integrated R&D system of control electronics and software components. Thanks to automation, this system allows single-qubit characterization in only a few minutes.More on Quantum Research: zhinst.com/applications/quantum-technologies/quantum-research?utm_source=YoutubePlaylist&utm_medium=Video&utm_campaign=QTUserMeeting2024Discuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Signal Generation & Verification | Tutorial Zurich Instruments 2024-01-29 | In this two-part talk, Michele Collodo first lets us glimpse under the hood of our qubit control hardware, showing the possibilities and mechanics of generating multi-tone, phase-coherent control signals. Oscilloscope expert Jean-Luc Salin from Rohde & Schwarz highlights the power of a digital trigger system for minimizing jitter and capturing low-amplitude signal features reliably.More on Quantum Research: zhinst.com/applications/quantum-technologies/quantum-research?utm_source=YoutubePlaylist&utm_medium=Video&utm_campaign=QTUserMeeting2024Discuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Quantum Instrumentation Software | Tutorial Zurich Instruments 2024-01-29 | In this talk, Clemens Müller introduces the concepts and highlights of the LabOne Q software framework or quantum experiment control and demonstrates just how easy and efficient it is to convert OpenQASM quantum circuits into actual signals.More on Quantum Research: zhinst.com/applications/quantum-technologies/quantum-research?utm_source=YoutubePlaylist&utm_medium=Video&utm_campaign=QTUserMeeting2024Discuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Closed-loop Optimization for High-fidelity Controlled-Z Gates in Superconducting Qubits Zurich Instruments 2024-01-29 | In this talk, Niklas Glaser presents recent results on optimizing gate pulses for 2-qubit gates in a closed-loop scheme which maximizes the fidelity measured by randomized benchmarking. This method has already proven successful in optimizing single-qubit gates, and here was shown to push the 2-qubit gate fidelity to close to 3 nines.More on Quantum Research: zhinst.com/applications/quantum-technologies/quantum-research?utm_source=YoutubePlaylist&utm_medium=Video&utm_campaign=QTUserMeeting2024Discuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Quantum Technology User Meeting 2024 | Introductory talk Zurich Instruments 2024-01-29 | This introductory talk by our CEO, Sadik Hafizovic, highlights some of our customers' recent success stories in quantum technologies. It’s been 10 years since the start of our company’s journey in quantum technologies. Chip sizes are 100 times larger today and, all along, it’s been crucial to be in touch with the community and tackle research challenges together, often in close collaboration projects.More on Quantum Research: zhinst.com/applications/quantum-technologies/quantum-research?utm_source=YoutubePlaylist&utm_medium=Video&utm_campaign=QTUserMeeting2024Discuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Controlling the MFIA via Jupyter Notebook | Impedance Measurement Zurich Instruments 2024-01-11 | Zurich Instruments Impedance Measurement TutorialsIn this tutorial, you will learn how to control your MFIA Impedance Analyzer via the Python API from a Jupyter Notebook. Meng Li walks you through how to connect with the Python API, verify the connection, and use the basic commands set and get.More on Impedance Analyzers: zhinst.com/impedance-productsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Deep Level Optical Spectroscopy | Impedance Measurement Zurich Instruments 2024-01-11 | Zurich Instruments Impedance Measurement TutorialsIn this tutorial, you will learn how the MFIA can control an external light source to take light-dependent impedance measurements. The MFIA gives a voltage pulse to the light controller to provide light pulses and the resulting capacitance transients are measured using the LabOne Plotter tool for streamed data, and the Data Acquisition tool of LabOne for triggered.More on Impedance Analyzers: zhinst.com/impedance-productsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Intensity-Modulated Photocurrent Spectroscopy | Impedance Measurement Zurich Instruments 2024-01-11 | Zurich Instruments Impedance Measurement TutorialsIn this tutorial, you will see an implementation of the technique known as intensity-modulated photocurrent spectroscopy which is complementary to the DLOS and DLTS techniques. The MFIA is configured to record the light signal, and the current simultaneously, allowing the photocurrent signal to be acquired while the intensity of the light is modulated, and controlled by the MFIA.More on Impedance Analyzers: zhinst.com/impedance-productsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Microfluidics/Single-Cell Detection and Sorting | Impedance Measurement Zurich Instruments 2024-01-11 | Zurich Instruments Impedance Measurement TutorialsIn this video, you will see a demonstration of a microfluidic measurement where beads flow through a microfluidic channel, pumped by the Fluigent LINEUP(tm) System. The HF2LI Lock-in Amplifier is used to detect the beads as they pass the electrodes of the microfluidic channel. More on Impedance Analyzers: zhinst.com/impedance-productsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Impedance Measurements of Sensors | Impedance Measurement Zurich Instruments 2024-01-11 | Zurich Instruments Impedance Measurement TutorialsIn this video, you will see a brief introduction to the characterization of a sensor with the MFIA Impedance Analyzer. The techniques include; frequency response, step response, FFT chirp, and capacitance transient measurement.More on Impedance Analyzers: zhinst.com/impedance-productsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Dielectric Spectroscopy of Thin Films | Impedance Measurement Zurich Instruments 2024-01-11 | Zurich Instruments Impedance Measurement TutorialsIn this video, you will see impedance measurements of a Gd-doped Ceria (CeO2) film. You’ll learn how to measure an electrochemical impedance spectrum with the LabOne Sweeper tool.More on Impedance Analyzers: zhinst.com/impedance-productsDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Defect Spectroscopy with the MFIA Zurich Instruments 2023-12-11 | In her tutorial, Sandhya gives an overview of different defect spectroscopic methods in both frequency and time domains!This talk is part of the 3rd DLTS Virtual User Meeting. Learn more about our products: zhinst.com/ch/en/applications/impedance-measurements/deep-level-transient-spectroscopy-dlts?utm_source=ZIYoutube&utm_medium=DLTSWebinar&utm_campaign=DLTSUserMeetingDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Pros for Using MFIA in DLTS Studies Zurich Instruments 2023-12-11 | In his talk, Prof. Teimuraz explains the pros of using MFIA in deep-level transient spectroscopy studies!This talk is part of the 3rd DLTS Virtual User Meeting. Learn more about our products: zhinst.com/ch/en/applications/impedance-measurements/deep-level-transient-spectroscopy-dlts?utm_source=ZIYoutube&utm_medium=DLTSWebinar&utm_campaign=DLTSUserMeetingDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Capturing DLTS Capacitance Transients Zurich Instruments 2023-12-11 | In this tutorial, Ronald covers the operation of the device and a hands-on demonstration of a room temperature transient measurement, along with practical demonstrations of LabOne's sweeper and data acquisition modules to capture data. This talk is part of the 3rd DLTS Virtual User Meeting. Learn more about our products: zhinst.com/ch/en/applications/impedance-measurements/deep-level-transient-spectroscopy-dlts?utm_source=ZIYoutube&utm_medium=DLTSWebinar&utm_campaign=DLTSUserMeetingDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Deep Trans in GaN-based Materials Zurich Instruments 2023-12-11 | In his talk, Dr Piotr Kruszewski presents the results of deep traps analysis by DLTS-related techniques in GaN-based materials.This talk is part of the 3rd DLTS Virtual User Meeting. Learn more about our products: zhinst.com/ch/en/applications/impedance-measurements/deep-level-transient-spectroscopy-dlts?utm_source=ZIYoutube&utm_medium=DLTSWebinar&utm_campaign=DLTSUserMeetingDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Averaging & Sweeping | Quantum Experiment Control Zurich Instruments 2023-11-10 | In this tutorial, you will learn how to leverage the averaging and sweeping capabilities of LabOne Q to define experiments that behave exactly as you need them to.We show and discuss the construction of sweeps and averaging loops on the example of different experiments and plots of compiled pulse sequences.Install LabOne Q: docs.zhinst.com/labone_q_user_manual/getting_started/installation.htmlLabOne Q user manual: docs.zhinst.com/labone_q_user_manual/overview.htmlCryoscope method: arxiv.org/pdf/1907.04818.pdfDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst0:00 Introduction0:49 Sweep Parameters3:00 Single sweeps4:49 Simultaneous sweeps6:04 Multi-dimensional sweeps8:12 Acquire loop8:36 Data acquisition9:16 Data averaging 9:58 Repetition mode11:38 Outro
Lock-in Amplifier or Boxcar Averager? Choosing the Right Measurement Tool for Periodic Signals Zurich Instruments 2023-11-08 | When analyzing periodic signals, selecting the appropriate measurement tool is crucial to achieving accurate and meaningful results. In this webinar, we delved into the theory behind these powerful techniques, Lock-In Amplification and Boxcar Averaging, to help you make informed decisions in your measurement endeavors.More information: zhinst.com/boxcar-averagerszhinst.com/lock-in-amplifiersDiscuss your application:zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
Feedback Control at GHz Frequencies - Quad PID/PLL Option Zurich Instruments 2023-11-06 | Explore the first microwave lock-in amplifiers with PID controllers & PLLs to unlock the potential of precise and fast closed-loop feedback at GHz frequencies.Find more details at: zhinst.com/ghfli-and-shfli?utm_source=Youtube&utm_medium=Video&utm_campaign=GHFLI_SHFLIDiscuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst00:00 - 00:24 Introduction00:25 - 01:18 Feedback in microwaves 01:18 - 01:58 LabOne Frequency Response Analysis01:59 - 02:15 Phase locked loop02:16 - 02:32 Automatic Gain control02:33 - end Outro
Boost Your Signal-To-Noise Ratio with Lock-in Detection | Zurich Instruments Webinar Zurich Instruments 2023-09-13 | New technologies often require precise measurements of tiny signals buried in noise. This webinar will teach you how to use lock-in amplifiers and optimize the measurement parameters. We discuss three use cases: Optics experiments, material characterization, and resonator characterization.Discuss your application: zhinst.com/contactFollow the latest from Zurich Instruments: Website: zhinst.com YouTube Channel: youtube.com/c/ZhinstLinkedIn: linkedin.com/company/zurich-instruments-ag Twitter: twitter.com/Zhinst
