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Its design includes a spectral response simulation probe that effectively measures photosynthetic function. It is an ideal tool for all types of growers to ensure the right light intensity for their plants. With its portable and easy-to-use design, this PAR meter allows growers to accurately measure PAR levels and optimize their plant’s growth and development."},{"type":"p","text":"Key Features"},{"type":"p","text":"Display Resolution 0.1 μmol/m2/sec (0-999); 1 μmol/m2/sec (1000-3999)Repeatability +/-1 μmol/m2/secMeasurement Range 0-4000 μmol/m2/secCut-On Wavelength 400+/-10nmCut-Off Wavelength 700+/-10nmMemory Record 100 Data logWeight: 135 gm"},{"type":"p","text":"Key Advantages and Benefits"},{"type":"p","text":"Accurate Measurements: The PAR meter has a display resolution of 0.1 μmol/m2/sec (0-999) and 1 μmol/m2/sec (1000-3999), providing precise and reliable measurements of PAR levels in the range of 0-4000 μmol/m2/sec. This allows growers to accurately assess the light intensity their plants are receiving, ensuring optimal growth conditions.Repeatability: The PAR meter has a repeatability of +/-1 μmol/m2/sec, which ensures consistent and repeatable measurements, reducing variability and increasing reliability of the readings.Wide Measurement Range: The PAR meter has a measurement range of 0-4000 μmol/m2/sec, allowing it to measure a wide range of light intensities, suitable for various stages of plant growth and different types of plants.Spectral Response Simulation: The PAR meter is designed with a spectral response simulation probe that effectively measures the photosynthetic function of plants. This feature ensures accurate and relevant measurements of PAR levels, specifically tailored to the needs of plants.Data Logging: The PAR meter has a memory record of 100 data logs, allowing growers to track and analyze light intensity measurements over time, enabling them to make informed decisions about lighting adjustments and optimize plant growth.Portable and Lightweight: Weighing only 135 grams, the handheld PAR meter is lightweight and easy to carry around, making it convenient for growers to take measurements at different locations in their growing environment.Ideal for All Types of Growers: The PAR meter is suitable for all types of growers, from hobbyists to professional cultivators, helping them to ensure the right light intensity for their plants and achieve optimal growth and yield."},{"type":"p","text":"Applications"},{"type":"p","text":"Indoor Plant GrowthGreenhouse CultivationAquarium LightingResearch and EducationHorticulture and FloricultureLandscape and Outdoor Lighting"},{"type":"p","text":"Package Contents "},{"type":"p","text":"PAR meter unitPAR meter sensor unit4.9 ft coiled cable12 ft straight cable2 x AAA BatteriesUser Manual"},{"type":"p","text":"Operating Temperature O to 50 degree C Storage Temperature -20 to 60 degree C Operating and Storage RH 0-95% Repeatability 50 Measurement Range 0-4000 μmol/m2/sec Display Resolution 0.1 μmol/m2/sec (0-999); Display Resolution 1 μmol/m2/sec (1000-3999) Cut-On Wavelength 400+/-10nm Cut-Off Wavelength 700+/-10nm Memory Record 100 Data log Dimension Main Unit: 115x60x24 mm Dimension Sensor Unit: 80x46x26 mm Power Requirements 2 x AAA Batteries Weight 135 gm Electrical Insulation Class A Product Warranty (Months) 12"},{"type":"p","text":"Call whats app"},{"type":"h3","text":"FOR ANY INFORMATION OR ENQUIRY"},{"type":"h3","text":"CALL US NOW ON +91 8604486047"},{"type":"p","text":"Our main products: Hydroponics grow light, tissue culture grow light , speed breeding, LED grow lights, They feature with Energy Saving, Long Lifetime, Environment Friendly"},{"type":"p","text":"Quick Links"},{"type":"p","text":"Other Links"},{"type":"p","text":"Contact Us"},{"type":"p","text":"Corporate Office: Chaitanya Industrial Estate, S/No 6, Narhe Road, Behind Hotel Gandharv , Near Bank Of Maharashtra, Narhe, Pune, India 411 041"},{"type":"p","text":"Tel.: +971561348331 Mail : info@nexsel.tech"},{"type":"p","text":"©2023.Nexsel Tech. All Rights Reserved."},{"type":"p","text":"Design & Developed By VB Digitech"}],"loadingTime":5.278856515884399,"lastModifiedAt":"2023-06-30T12:34:34.000Z","metaData":{"title":"Quantum Sensor -PAR-Meter - Nexsel","description":"X","tags":[],"image":{"name":"3030c190-a8bc-4b80-8f57-7090efb12933-1-300x300.webp","url":"https://www.nexsel.tech/wp-content/uploads/2023/04/3030c190-a8bc-4b80-8f57-7090efb12933-1-300x300.webp","internalName":"3030c190-a8bc-4b80-8f57-7090efb12933-1-300x300.webp"}}},"score":607.3088,"highlights":[{"location":"unlabeledPages.p","snippets":["Spectrometer Quantum Sensor PAR Meter"]},{"location":"metaData.title","snippets":["Quantum Sensor -PAR-Meter - Nexsel"]}]},{"page":{"_id":"64a547927cbb19995f102d25","url":{"entry":"https://www.nexsel.tech/spectral-measurement-devices-quantum-sensor-par-meter-2.php/","target":"https://www.nexsel.tech/spectral-measurement-devices-quantum-sensor-par-meter-2.php/"},"content":[{"type":"p","text":"+91 8604486047 info@nexsel.tech"},{"type":"p","text":"India UAE"},{"type":"p","text":"UAE"},{"type":"p","text":"UAE"},{"type":"p","text":"+91 8604486047 info@nexsel.tech"},{"type":"p","text":"Home About Us Why Us Products Spectrum Selection Guide Hydroponics Grow Lights Leafy Vegetables Grow Lights Strawberry Grow Lights Installation Guide Tissue Culture Grow Lights Model: TSGL8 Model: TSGL8 R Installation Guide Speed Breeding Green Wall Lighting Solution Basic Details Model: GHGL R Model: GWGL Supplemental Grow Lights Top Lighting 210 Watt 3-IN-1 GROW LIGHT PAR Light 180-Watt round PAR Light 400 Watt PAR Light 200 Watt Codyceps Milltries Grow Light HYGL8-NxCMF Spectral Measuring Devices Spectrometer Quantum Sensor PAR Meter Climate Controlled Growth Chamber Alpha Smart Grow Cabinet Speed Breeding Growth Chamber Horticulture Science Support Contact Us"},{"type":"p","text":"Spectrum Selection Guide Hydroponics Grow Lights Leafy Vegetables Grow Lights Strawberry Grow Lights Installation Guide Tissue Culture Grow Lights Model: TSGL8 Model: TSGL8 R Installation Guide Speed Breeding Green Wall Lighting Solution Basic Details Model: GHGL R Model: GWGL Supplemental Grow Lights Top Lighting 210 Watt 3-IN-1 GROW LIGHT PAR Light 180-Watt round PAR Light 400 Watt PAR Light 200 Watt Codyceps Milltries Grow Light HYGL8-NxCMF Spectral Measuring Devices Spectrometer Quantum Sensor PAR Meter Climate Controlled Growth Chamber Alpha Smart Grow Cabinet Speed Breeding Growth Chamber"},{"type":"p","text":"Leafy Vegetables Grow Lights Strawberry Grow Lights Installation Guide"},{"type":"p","text":"Model: TSGL8 Model: TSGL8 R Installation Guide"},{"type":"p","text":"Basic Details Model: GHGL R Model: GWGL"},{"type":"p","text":"Top Lighting 210 Watt 3-IN-1 GROW LIGHT PAR Light 180-Watt round PAR Light 400 Watt PAR Light 200 Watt"},{"type":"p","text":"HYGL8-NxCMF"},{"type":"p","text":"Spectrometer Quantum Sensor PAR Meter"},{"type":"p","text":"Alpha Smart Grow Cabinet Speed Breeding Growth Chamber"},{"type":"h1","text":"Spectral Measurement Devices"},{"type":"p","text":"Model: NP 01"},{"type":"p","text":"Minimum Order: 01 pcs"},{"type":"p","text":"Brief Description"},{"type":"p","text":"The handheld, battery-operated PAR meter is a device used to measure Photosynthetically Active Radiation (PAR) in the wavelength range of 400 to 700 nm. Its design includes a spectral response simulation probe that effectively measures photosynthetic function. It is an ideal tool for all types of growers to ensure the right light intensity for their plants. With its portable and easy-to-use design, this PAR meter allows growers to accurately measure PAR levels and optimize their plant’s growth and development."},{"type":"p","text":"Key Features"},{"type":"p","text":"Display Resolution 0.1 μmol/m2/sec (0-999); 1 μmol/m2/sec (1000-3999)Repeatability +/-1 μmol/m2/secMeasurement Range 0-4000 μmol/m2/secCut-On Wavelength 400+/-10nmCut-Off Wavelength 700+/-10nmMemory Record 100 Data logWeight: 135 gm"},{"type":"p","text":"Key Advantages and Benefits"},{"type":"p","text":"Accurate Measurements: The PAR meter has a display resolution of 0.1 μmol/m2/sec (0-999) and 1 μmol/m2/sec (1000-3999), providing precise and reliable measurements of PAR levels in the range of 0-4000 μmol/m2/sec. This allows growers to accurately assess the light intensity their plants are receiving, ensuring optimal growth conditions.Repeatability: The PAR meter has a repeatability of +/-1 μmol/m2/sec, which ensures consistent and repeatable measurements, reducing variability and increasing reliability of the readings.Wide Measurement Range: The PAR meter has a measurement range of 0-4000 μmol/m2/sec, allowing it to measure a wide range of light intensities, suitable for various stages of plant growth and different types of plants.Spectral Response Simulation: The PAR meter is designed with a spectral response simulation probe that effectively measures the photosynthetic function of plants. This feature ensures accurate and relevant measurements of PAR levels, specifically tailored to the needs of plants.Data Logging: The PAR meter has a memory record of 100 data logs, allowing growers to track and analyze light intensity measurements over time, enabling them to make informed decisions about lighting adjustments and optimize plant growth.Portable and Lightweight: Weighing only 135 grams, the handheld PAR meter is lightweight and easy to carry around, making it convenient for growers to take measurements at different locations in their growing environment.Ideal for All Types of Growers: The PAR meter is suitable for all types of growers, from hobbyists to professional cultivators, helping them to ensure the right light intensity for their plants and achieve optimal growth and yield."},{"type":"p","text":"Applications"},{"type":"p","text":"Indoor Plant GrowthGreenhouse CultivationAquarium LightingResearch and EducationHorticulture and FloricultureLandscape and Outdoor Lighting"},{"type":"p","text":"Package Contents "},{"type":"p","text":"PAR meter unitPAR meter sensor unit4.9 ft coiled cable12 ft straight cable2 x AAA BatteriesUser Manual"},{"type":"p","text":"Operating Temperature O to 50 degree C Storage Temperature -20 to 60 degree C Operating and Storage RH 0-95% Repeatability 50 Measurement Range 0-4000 μmol/m2/sec Display Resolution 0.1 μmol/m2/sec (0-999); Display Resolution 1 μmol/m2/sec (1000-3999) Cut-On Wavelength 400+/-10nm Cut-Off Wavelength 700+/-10nm Memory Record 100 Data log Dimension Main Unit: 115x60x24 mm Dimension Sensor Unit: 80x46x26 mm Power Requirements 2 x AAA Batteries Weight 135 gm Electrical Insulation Class A Product Warranty (Months) 12"},{"type":"p","text":"Call whats app"},{"type":"h3","text":"FOR ANY INFORMATION OR ENQUIRY"},{"type":"h3","text":"CALL US NOW ON +91 8604486047"},{"type":"p","text":"Our main products: Hydroponics grow light, tissue culture grow light , speed breeding, LED grow lights, They feature with Energy Saving, Long Lifetime, Environment Friendly"},{"type":"p","text":"Quick Links"},{"type":"p","text":"Other Links"},{"type":"p","text":"Contact Us"},{"type":"p","text":"Corporate Office: Chaitanya Industrial Estate, S/No 6, Narhe Road, Behind Hotel Gandharv , Near Bank Of Maharashtra, Narhe, Pune, India 411 041"},{"type":"p","text":"Tel.: +91 8604486047 Mail : info@nexsel.tech"},{"type":"p","text":"©2023.Nexsel Tech. All Rights Reserved."},{"type":"p","text":"Design & Developed By VB Digitech"}],"loadingTime":1.8107702732086182,"lastModifiedAt":"2023-06-30T12:34:19.000Z","metaData":{"title":"Quantum Sensor -PAR-Meter - Nexsel","description":"X","tags":[],"image":{"name":"3030c190-a8bc-4b80-8f57-7090efb12933-1-300x300.webp","url":"https://www.nexsel.tech/wp-content/uploads/2023/04/3030c190-a8bc-4b80-8f57-7090efb12933-1-300x300.webp","internalName":"3030c190-a8bc-4b80-8f57-7090efb12933-1-300x300.webp"}}},"score":607.3088,"highlights":[{"location":"unlabeledPages.p","snippets":["Spectrometer Quantum Sensor PAR Meter"]},{"location":"metaData.title","snippets":["Quantum Sensor -PAR-Meter - Nexsel"]}]},{"page":{"_id":"64a547a08d1acd327dab7702","url":{"entry":"https://www.nexsel.tech/uae/led-grow-lights-solutions.php/","target":"https://www.nexsel.tech/uae/led-grow-lights-solutions.php/"},"content":[{"type":"p","text":"+971561348331 info@nexsel.tech"},{"type":"p","text":"UAE India"},{"type":"p","text":"India"},{"type":"p","text":"India"},{"type":"p","text":"+971561348331 info@nexsel.tech"},{"type":"p","text":"Home About us Why Us Products Spectrum Selection Guide Hydroponics Grow Lights Leafy Vegetables Grow Lights Strawberry Grow Lights Installation Guide Tissue Culture Grow Lights Model: TSGL8 Model: TSGL8 R Installation Guide Speed Breeding Green Wall Lighting Solution Basic Details Model: GHGL R Model: GWGL Supplemental Grow Lights Top Lighting 210 Watt 3-IN-1 GROW LIGHT PAR Light 180-Watt Round PAR Light 200 Watt PAR Light 400 Watt Spectral Measuring Devices Spectrometer Quantum Sensor PAR Meter Climate Controlled Growth Chamber Alpha Smart Grow Cabinet Speed Breeding Growth Chamber Horticulture Science Support Contact Us"},{"type":"p","text":"Spectrum Selection Guide Hydroponics Grow Lights Leafy Vegetables Grow Lights Strawberry Grow Lights Installation Guide Tissue Culture Grow Lights Model: TSGL8 Model: TSGL8 R Installation Guide Speed Breeding Green Wall Lighting Solution Basic Details Model: GHGL R Model: GWGL Supplemental Grow Lights Top Lighting 210 Watt 3-IN-1 GROW LIGHT PAR Light 180-Watt Round PAR Light 200 Watt PAR Light 400 Watt Spectral Measuring Devices Spectrometer Quantum Sensor PAR Meter Climate Controlled Growth Chamber Alpha Smart Grow Cabinet Speed Breeding Growth Chamber"},{"type":"p","text":"Leafy Vegetables Grow Lights Strawberry Grow Lights Installation Guide"},{"type":"p","text":"Model: TSGL8 Model: TSGL8 R Installation Guide"},{"type":"p","text":"Basic Details Model: GHGL R Model: GWGL"},{"type":"p","text":"Top Lighting 210 Watt 3-IN-1 GROW LIGHT PAR Light 180-Watt Round PAR Light 200 Watt PAR Light 400 Watt"},{"type":"p","text":"Spectrometer Quantum Sensor PAR Meter"},{"type":"p","text":"Alpha Smart Grow Cabinet Speed Breeding Growth Chamber"},{"type":"h1","text":"Products"},{"type":"h3","text":"Spectrum selection guide"},{"type":"p","text":"We focus on plant biology research and finding the best possible spectra for optimal plant development. Our fixtures are made up of highest quality components, including customize…"},{"type":"h3","text":"Leafy Vegetables Grow Lights"},{"type":"p","text":"Hydroponics LED Grow Bar 17/14/9 w for Commercial Growing. The optimal lighting solution is different for every crop. Based on successful tests in the field, Nexsel have been developed.."},{"type":"h3","text":"Strawberry Grow Lights"},{"type":"p","text":"380nm-730nm available, full spectrum; IP 55; best for commercial growing; also available in custom-tailored spectrum. Hydroponics LED Grow Bar 17/14/9 w for Commercial Growing…"},{"type":"h3","text":"Installation Guide"},{"type":"p","text":"Nexsel LED lights are durabale, safe and easy to install. We will assit you in chosing the most suitable spectrum and model for your application. Nexsel HYGL8 is designed for high light…"},{"type":"p","text":"Call whats app"},{"type":"h3","text":"Model: TSGL8"},{"type":"p","text":"LED grow bar i. 18w, 14w/4ft ii. 09 watt/2ft 380nm-730nm available, full spectrum; IP 58; best for commercial growing; also available in custom-tailored spectrum. Grow Fast, High…"},{"type":"h3","text":"Model: TSGL8 R"},{"type":"p","text":"Tissue culture LED Grow Bar 22/18W for Commercial Growing. The optimal lighting solution is different for every crop. Based on successful tests in the field, Nexsel have been developed…"},{"type":"h3","text":"Installation Guide"},{"type":"p","text":"Nexsel LED lights are durabale, safe and easy to install. We will assit you in chosing the most suitable spectrum and model for your application Nexsel Provide T8 retrofit type tubelight to…"},{"type":"h3","text":"Speed Breeding"},{"type":"p","text":"Source V is a grow chamber with max. 16 grow spaces, in each grow space 1 MSTL light is installed. In MSTL lights 09 individually controlled LED channels ranging from 365 nm (UVA) to…"},{"type":"h3","text":"Basic Details"},{"type":"p","text":"Light spectrum, or light quality, is a key parameter when designing a lighting solution for a green wall.Nexsel understands the importance of light spectrum in designing green…"},{"type":"h3","text":"Model: GHGL R"},{"type":"p","text":"LED grow light 80 watts, with optimal full spectrum layout, reflector design and excellent heat dissipation system, Custom- tailored spectrum, IP 52, best for commercial growing…"},{"type":"h3","text":"Model: GWGL"},{"type":"p","text":"GWGL 30/50 watt, with custom trailed spectrum for vertical green wall, reflector design with excellent heat dissipation system, come with track to continuous devises. "},{"type":"h3","text":"Top Lighting 210 Watt"},{"type":"p","text":"Better heat dissipation= better life of grow light Energy efficiency: The high-efficiency PPE LED chips offer excellent energy efficiency, consuming less power and reducing electricity bills…"},{"type":"h3","text":"3-IN-1 GROW LIGHT"},{"type":"p","text":"210 watts with three adjustable spectrum-controlled light, reflector design, Active cooling, ideal for all kinds of indoor plants at all growth stages. IP 44 Primary light source – 2.5 ft x 2.5 ft.."},{"type":"h3","text":"PAR Light 180-Watt Round"},{"type":"p","text":"LED grow light 180 watt, with optimal full spectrum layout, reflector design and excellent heat dissipation system, Custom- tailored spectrum, IP 65, best for commercial growing…"},{"type":"h3","text":"PAR Light 200 Watt"},{"type":"p","text":"LED grow light 200 with optimal full spectrum layout, reflector design and excellent heat dissipation system, Custom- tailored spectrum, IP 65, best for commercial growing…"},{"type":"h3","text":"PAR Light 400 Watt"},{"type":"p","text":"LED grow light 400 watt, with optimal full spectrum layout, reflector design and excellent heat dissipation system, Custom- tailored spectrum, IP 65, best for commercial growing…"},{"type":"h3","text":"Spectrometer"},{"type":"p","text":"As a grow lights researcher and manufacturer, we know the importance of spectrometer to study response of different wavelengths to the plant. Spectrometer is highly technical…"},{"type":"h3","text":"Quantum Sensor PAR Meter"},{"type":"p","text":"The handheld, battery-operated PAR meter is a device used to measure Photosynthetically Active Radiation (PAR) in the wavelength range of 400 to 700 nm. Its design includes a spectral…"},{"type":"h3","text":"Alpha Smart growth cabinet"},{"type":"p","text":"180 watt, Multi spectrum tannable light i.e adjustable spectrum and intensity control, growing area – 2’ x 2’ x4’, temperature and humidity indication, with IOT control smart grow cabinet…"},{"type":"h3","text":"Speed Breeding Growth Chamber"},{"type":"p","text":"Interior dimension: 21’Lx15’Wx10’H (feet) (Available in different customized sizes). Insulation 40 mm or 50 mm. Insulation Density: 40-42 kg/cubic meter. Temperature range: 15° – 45°…"},{"type":"h3","text":"Model: GHGL"},{"type":"p","text":"GHGL LED Grow Light 120/150/180W for Commercial Growing. The optimal lighting solution is different for every crop. Based on successful tests in the field, Nexsel have been developed…"},{"type":"h3","text":"Model: GHGL(3-S)"},{"type":"p","text":"LED grow light 195 watt, with three adjustable spectrum-controlled light, reflector design and excellent heat dissipation system, ideal for all kinds of indoor plants at all growth stages…"},{"type":"h3","text":"HYGL8-NxCMF"},{"type":"p","text":"380nm-730nm available, full spectrum; IP 58; best for commercial growing; also available in custom-tailored spectrum.Best for commercial growers. 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All Rights Reserved."},{"type":"p","text":"Design & Developed By VB Digitech"}],"loadingTime":2.5013208389282227,"lastModifiedAt":"2023-07-04T06:46:33.000Z","metaData":{"title":"Product Page - Nexsel","description":"X","tags":[],"image":{"name":"Product-selection-brocher-225x300-1.jpg","url":"https://www.nexsel.tech/wp-content/uploads/2023/04/Product-selection-brocher-225x300-1.jpg","internalName":"Product-selection-brocher-225x300-1.jpg"}}},"score":165.26796,"highlights":[{"location":"productAndServicePages.p","snippets":["Spectrometer Quantum Sensor PAR Meter"]},{"location":"productAndServicePages.h3","snippets":["Quantum Sensor PAR Meter"]}]}]},{"company":{"_id":"649e8346192e7870262acac4","name":"Walz GmbH","description":null,"categories":["MANUFACTURER"],"location":{"_id":"64b66fd65cca02372672ec05","city":"Bodman-Ludwigshafen","state":"Baden-Württemberg","country":"Germany","countryCode":"DE"},"industries":[{"_id":"60dc4355637b44ca344b2cc6","name":"Commerce and Shopping"},{"_id":"61d5f4200864ec4168981964","name":"Others"},{"_id":"60dc4354637b44ca344b2cb8","name":"Real Estate"}],"employeeCountRange":"1-10","foundingYear":1998,"digitalPresence":{"linkedinUrl":null,"facebookUrl":null,"twitterUrl":null,"crunchbaseUrl":null,"dnbUrl":"https://www.dnb.com/business-directory/company-profiles.walz_gmbh.b102e493af71b89c819f391db3e3964d.html"},"keywords":["Stone masonry","Tile installation, ceramic","Home improvement and renovation contractor agency","Furniture and Home Furnishing Merchant Wholesalers","Other Personal Services","Foundation, Structure, and Building Exterior Contractors","Tile and clay products Furniture","Lumber and Other Construction Materials Merchant Wholesalers","Building Finishing Contractors"],"websiteUrl":{"entry":"http://www.walz.com/","target":"https://www.walz.com/"},"logo":null},"score":51.077003,"pageHits":[{"page":{"_id":"649e83a4b899519cc6fce651","url":{"entry":"https://www.walz.com/products/light/mc-mqs-ovv/specifications.html","target":"https://www.walz.com/products/light/mc-mqs-ovv/specifications.html"},"content":[{"type":"h1","text":"Specifications of the MC-MQS/OVV Microscopy Quantum Sensor"},{"type":"h2","text":"Specifications"},{"type":"p","text":"Design of sensor: Microscopy quantum sensor for PPFD (photosynthetical photon flux density) measurement."},{"type":"p","text":"Sensor housing: Black anodized aluminum housing"},{"type":"p","text":"Diffuser material: resin with fluorescence dye"},{"type":"p","text":"Signal detection: High stability silicon photovoltaic. Signal output typically 1.5 μA / (1000 μmol m-2 s-1)"},{"type":"p","text":"Temperature coefficient of photodiode: 0.01 %/K"},{"type":"p","text":"Absolute calibration: ± 5 %"},{"type":"p","text":"Operating temperature: 0 °C … + 40 °C"},{"type":"p","text":"Cable length: 55 cm"},{"type":"p","text":"Connector: BNC"},{"type":"p","text":"Power supply: Not required"},{"type":"p","text":"Size: Height: 5.5 mm; Length: 76 mm; Width: 26 mm; Diffuser diameter: 0.2 mm"},{"type":"p","text":"Weight: 36 g"}],"loadingTime":4.1922712326049805,"lastModifiedAt":null,"metaData":{"title":"MC-MQS/OVV Microscopy Quantum Sensor Specifications | WALZ","description":"","tags":[],"image":null}},"score":954.3866,"highlights":[{"location":"productAndServicePages.p","snippets":["Design of sensor: Microscopy quantum sensor for PPFD (photosynthetical photon flux density) measurement."]},{"location":"metaData.title","snippets":["MC-MQS/OVV Microscopy Quantum Sensor Specifications | WALZ"]},{"location":"productAndServicePages.h1","snippets":["Specifications of the MC-MQS/OVV Microscopy Quantum Sensor"]}]},{"page":{"_id":"649e83a3b899519cc6fce64d","url":{"entry":"https://www.walz.com/products/light/ls-c/introduction.html","target":"https://www.walz.com/products/light/ls-c/introduction.html"},"content":[{"type":"h2","text":"Generate PDF for LS-C Mini Quantum Sensor product information"},{"type":"p","text":"You can generate a PDF of selected/all LS-C Mini Quantum Sensor product pages for future reference by selecting some or all desired product pages. Please note that the default settings will not include images."},{"type":"h1","text":"LS-C"},{"type":"h2","text":"Tiny Versatile Mini Quantum Sensor"},{"type":"p","text":"The Mini Quantum Sensor LS-C is a miniaturized and flat sensor that can be placed close to leaves in small spaces or within tubes if the quantity of photons striking a surface shall be measured . The LS-C measures photosynthetically active radiation (PAR) and is also very suitable as a reference sensor for our microscopy sensor MC-MQS/OVV due to its good spectral properties."},{"type":"p","text":"The sensor is well suited for light incident perpendicular to the surface between -30° and + 30°. For a completely cosine-corrected sensor, see MQS-B. To read out the measured values, our ULM-500 is a good choice."},{"type":"p","text":"Size comparison of the LS-C Sensor."},{"type":"p","text":"The LS-C Sensor."},{"type":"p","text":"The LS-C Sensor."},{"type":"h2","text":"General Features LS-C Mini Quantum Sensor"},{"type":"h3","text":"Spectral Response"},{"type":"p","text":"Fig. 1 shows the typical response between 350 nm and 750 nm of a LS-C sensor. The solid line shows the ideal response of a photon flux sensor for photosynthetically active radiation. For comparison Fig. 2, shows the response to energy flux rate from 350 – 750 nm."},{"type":"p","text":"Fig. 1: Spectral sensitivity of LS-C; blue line with dots: Typical spectral response of the LS-C for photon flux density (PFD); pink line: Ideal response of PAR-sensors."},{"type":"p","text":"Fig. 2: Spectral sensitivity of LS-C; blue line with dots: Typical spectral response of the LS-C for energy flux density (EFD); pink line: Ideal response for PAR-sensors."},{"type":"h3","text":"Angular Response"},{"type":"p","text":"The LS-C sensor uses a plastic diffuser to obtain an angular response error of less than ± 3% (-30…30 ° angle). Fig. 3 shows a typical angular response curve of the LS-C sensor compared to the ideal characteristic."},{"type":"p","text":"Fig. 3: Angular dependence of LS-C; black dots: Typical sensitivity of the LS-C sensor; green line: Ideal cosine response."},{"type":"p","text":"Fig. 4: Typical error of angular dependence of the LS-C sensor in comparison to an ideal cosine response."}],"loadingTime":4.16404914855957,"lastModifiedAt":null,"metaData":{"title":"LS-C Mini Quantum Sensor | WALZ","description":"","tags":[],"image":null}},"score":942.2618,"highlights":[{"location":"productAndServicePages.p","snippets":["You can generate a PDF of selected/all LS-C Mini Quantum Sensor product pages for future reference by selecting some or all desired product pages. Please note that the default settings will not include images."]},{"location":"metaData.title","snippets":["LS-C Mini Quantum Sensor | WALZ"]},{"location":"productAndServicePages.h2","snippets":["Tiny Versatile Mini Quantum Sensor"]}]},{"page":{"_id":"649e83a6b899519cc6fce653","url":{"entry":"https://www.walz.com/products/light/mqs-b/introduction.html","target":"https://www.walz.com/products/light/mqs-b/introduction.html"},"content":[{"type":"h2","text":"Generate PDF for MQS-B Mini Quantum Sensor product information"},{"type":"p","text":"You can generate a PDF of selected/all MQS-B Mini Quantum Sensor product pages for future reference by selecting some or all desired product pages. Please note that the default settings will not include images."},{"type":"h1","text":"MQS-B"},{"type":"h2","text":"Cosine Corrected Mini Quantum Sensor"},{"type":"p","text":"The Cosine Corrected Mini Quantum Sensor MQS-B is designed for light measurements in units relevant for plant leaves."},{"type":"p","text":"For photosynthesis research, sensors with spectral and directional sensitivity relevant for plants are required."},{"type":"p","text":"A cosine corrected sensor measures incident PAR radiation on a flat surface. In this way, it enables the most accurate measurement of photosynthetically active radiation, considering the angle of incidence."},{"type":"p","text":"Size comparison of the MQS-B Sensor."},{"type":"p","text":"The MQS-B Sensor."},{"type":"h2","text":"General Features MQS-B Mini Quantum Sensor"},{"type":"p","text":"The MQS-B sensor detects photosynthetically active radiation (PAR), which is the electromagnetic radiation between 400 and 700 nm."},{"type":"p","text":"More specifically, it measures the photosynthetic photon flux density (PPFD), which is the amount of PAR hitting a surface from one side, whereby beams not perpendicular to the surface only contribute with the cosine of their angle of incidence measured to the surface-normal. The unit for PPFD is μmol m-2 s-1."},{"type":"h3","text":"Spectral Response"},{"type":"p","text":"Fig. 1 shows the typical response between 350 nm and 750 nm of a MQS-B sensor. The solid line shows the ideal response of a photon flux sensor for photosynthetically active radiation. For comparison Fig. 2, shows the response to energy fluence rate from 350 – 750 nm."},{"type":"p","text":"Fig. 1: Typical spectral response of the MQS-B sensor for photon flux density (PFD), blue line with dots; pink line: ideal response for PAR sensors."},{"type":"p","text":"Fig. 2: Typical spectral response of the MQS-B sensor for energy flux density (EFD) blue line with dots; pink line: Ideal response for PAR sensors."},{"type":"h3","text":"Angular Response"},{"type":"p","text":"The MQS-B sensor uses a plastic diffuser to obtain an angular response error of less than ± 4% (-80…80 ° angle). Fig. 3 shows a typical angular response curve of the MQS-B sensor compared to the ideal characteristic."},{"type":"p","text":"Fig. 3: Angular response. Black dots: Typical angular response of the MQS-B sensor; green line: Ideal cosine response."},{"type":"p","text":"Fig. 4: Typical error of angular response of the MQS-B sensor."}],"loadingTime":3.6110739707946777,"lastModifiedAt":null,"metaData":{"title":"MQS-B Mini Quantum Sensor | WALZ","description":"","tags":[],"image":null}},"score":940.93134,"highlights":[{"location":"productAndServicePages.p","snippets":["The Cosine Corrected Mini Quantum Sensor MQS-B is designed for light measurements in units relevant for plant leaves."]},{"location":"metaData.title","snippets":["MQS-B Mini Quantum Sensor | WALZ"]},{"location":"productAndServicePages.h2","snippets":["Cosine Corrected Mini Quantum Sensor"]}]}]},{"company":{"_id":"649d94e014a7276924225dca","name":"Cooper Perkins","description":"When we set up Cooper Perkins years ago, we saw it as a figurative room in our lives where we could do our work. 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The new device is the first step towards building commercial quantum navigation technology that’s more accurate and reliable than traditional GPS and GNSS, transforming the way people move around the planet."},{"type":"h3","text":"Key successes"},{"type":"p","text":"Developed the core to the world’s smallest and fastest quantum accelerometerIdentified ways to reduce the 30-month development cycle to 15 monthsCreated a three- to five-year commercialisation path for the technology"},{"type":"h3","text":"Protecting air navigation from interference"},{"type":"p","text":"The Global Positioning System (GPS), the world’s original network for satellite navigation, and other Global Navigation Satellite Systems (GNSSs), are vulnerable to technical outages, cyberattacks, disruptions due to atmospheric or reflection effects, and interference. Quantum technology eliminates these and ensures zero drift – meaning it can locate and navigate vehicles with pinpoint accuracy in any environment. It could even protect from accidental and malicious attack."},{"type":"p","text":"To create a quantum technology that would improve navigation accuracy and safety, we worked closely with a consortium representing the complete supply chain, including Airbus Blue Sky as the end user, PA as the systems integrator, and ColdQuanta and Fraunhofer UK as the core technology suppliers. The consortium was sponsored by InnovateUK, part of the Government’s UK Research and Innovation organisation."},{"type":"p","text":"“The aviation industry depends on highly accurate satellite navigation to keep flights within their assigned slots. Avoiding intended and unintended disruption to such navigation is vital to improving flight safety and keeping the worldwide air system moving efficiently,” says Paul Martin, PA quantum technologies expert. “With the rise of cheap and sophisticated off-the-shelf technology capable of disrupting existing navigation, the race is on to develop quantum technology for aerospace applications.”"},{"type":"h3","text":"Portable quantum technology and transport"},{"type":"p","text":"Taking an agile approach, we provided our consortium partners with business case development, requirements gathering, systems engineering and roadmap development, all with the goal of plotting the fastest way to achieve a minimum viable product for the quantum sensor."},{"type":"p","text":"Working with Airbus Blue Sky, ColdQuanta and Fraunhofer UK, we gathered requirements from navigation experts and investigated a range of technology strategies to reach key milestones along the development of the minimum viable product. The team looked at the whole business model, including a commercialisation model to take quantum technology to market, and created a viable supply chain that includes a sensor supplier, system integrator and buyer."},{"type":"p","text":"Zero: Drift of quantum sensors compared to classical sensors 2X: How much more sensitive quantum sensors are than today’s technology 6X: Number of axes supported by a single atom cloud sensor."},{"type":"p","text":"This collaboration has set a new course for aerospace navigation with quantum technology – one that will make flying safer, more secure and completely dependable for businesses, crew, and passengers."},{"type":"h2","text":"Explore more"},{"type":"h3","text":"Dizzie"},{"type":"h3","text":"NHS England"},{"type":"h3","text":"PulPac"},{"type":"h3","text":"Advocord"},{"type":"h2","text":"Contact the team"}],"loadingTime":6.913043260574341,"lastModifiedAt":"2023-06-21T17:20:47.000Z","metaData":{"title":"High-BIAS: Strengthening global navigation with… | PA Consulting","description":"Taking an agile approach, we provided our consortium partners with business case development, requirements gathering, systems engineering and roadmap development, all with the goal of plotting the fastest way to achieve a minimum viable product for the quantum sensor.","tags":[],"image":{"name":"CS_Hero_High_Bias_5000x2500.jpg?auto=format&crop=focalpoint&domain=paconsulting.imgix.net&fit=crop&fp-x=0.5&fp-y=0.5&h=630&ixlib=php-3.3.1&q=82&w=1200&s=10875208bb4a0ccb7b2639136ed9367b","url":"https://paconsulting.imgix.net/assets/hero/CS_Hero_High_Bias_5000x2500.jpg?auto=format&crop=focalpoint&domain=paconsulting.imgix.net&fit=crop&fp-x=0.5&fp-y=0.5&h=630&ixlib=php-3.3.1&q=82&w=1200&s=10875208bb4a0ccb7b2639136ed9367b","internalName":"CS_Hero_High_Bias_5000x2500.jpg?auto=format&crop=focalpoint&domain=paconsulting.imgix.net&fit=crop&fp-x=0.5&fp-y=0.5&h=630&ixlib=php-3.3.1&q=82&w=1200&s=10875208bb4a0ccb7b2639136ed9367b"}}},"score":258.7736,"highlights":[{"location":"productAndServicePages.p","snippets":["Taking an agile approach, we provided our consortium partners with business case development, requirements gathering, systems engineering and roadmap development, all with the goal of plotting the fastest way to achieve a minimum viable product for the quantum sensor."]},{"location":"metaData.description","snippets":["Taking an agile approach, we provided our consortium partners with business case development, requirements gathering, systems engineering and roadmap development, all with the goal of plotting the fastest way to achieve a minimum viable product for the quantum sensor."]}]}]},{"company":{"_id":"649fcdcd5017577f7f3a3bbd","name":"AOSense, Inc","description":"AOSense was formed in 2004 by Brenton Young and Mark Kasevich to spin-off innovative research developed at Stanford University, joined by Jim Spilker as Chairman. 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In 1997, Chu received the Nobel Prize in Physics for his work."},{"type":"p","text":"Since the discovery, researchers worldwide have attempted to build practical, compact, more sensitive quantum sensors, such as atom interferometers, that scientists could use in space-constrained areas, including spacecraft."},{"type":"p","text":"With funding from NASA’s Small Business Innovation Research, Instrument Incubator, and Goddard’s Internal Research and Development programs, the Goddard-AOSense team developed an atom-optics gravity gradiometer primarily for mapping Earth’s time-varying gravitational field. Although Earth’s gravitational field changes for a variety of reasons, the most significant cause is a change in water mass. 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When the beams from these two paths recombine, they create an interference-fringe pattern that scientists inspect to obtain highly precise measurements."},{"type":"p","text":"Atom interferometry, however, hinges on quantum mechanics, the theory that describes how matter behaves at sub-microscopic scales. Atoms, which are highly sensitive to gravitational signals, can also be cajoled into behaving like light waves. Special pulsing lasers can split and manipulate atom waves to travel different paths. The two atom waves will interact with gravity in a way that affects the interference pattern produced once the two waves recombine. Scientists can then analyze this pattern to obtain an extraordinarily accurate measure of the gravitational field."},{"type":"p","text":"In particular, the team is eying its quantum sensor as a potential technology to gather the type of data currently produced by NASA’s Gravity Recovery and Climate Experiment (GRACE) Follow-On mission. GRACE-FO is a two-satellite mission that has generated monthly gravity maps showing how mass is distributed and how it changes over time. Due to its extraordinary precision, the quantum sensor could eliminate the need for a two-satellite system or provide even greater accuracy if deployed on a second satellite in a complementary orbit, said Lee Feinberg, a Goddard optics expert also involved in the effort."},{"type":"p","text":"“With this new technology, we can measure the changes of Earth’s gravity that come from melting ice caps, droughts, and draining underground water supplies, greatly improving on the pioneering GRACE mission,” said John Mather, a Goddard scientist and winner of the Nobel Prize in Physics in 2006 for his work on NASA’s Cosmic Background Explorer that helped cement the big-bang theory of the universe."},{"type":"p","text":"The instrument, however, could be used to answer other scientific questions."},{"type":"p","text":"“We can measure the interior structure of planets, moons, asteroids, and comets when we send probes to visit them. The technology is so powerful that it can even extend the Nobel-winning measurements of gravitational waves from distant black holes, observing at a new frequency range,” Mather said, referring to the confirmation in 2015 of cosmic gravitational waves — literally, ripples in the fabric of space-time that radiate out in all directions, much like what happens when a stone is thrown into a pond. Since that initial confirmation, the Laser Interferometer Gravitational Wave Observatory and the European Virgo detectors have detected other events."},{"type":"p","text":"Since 2004, AOSense has developed quantum sensors and atomic clocks, with broad expertise and capabilities spanning all aspects of development and characterization of advanced sensors for precision navigation and timing."},{"type":"p","text":"For more information about AOSense, visit https://aosense.com/."},{"type":"p","text":"By Lori Keesey"},{"type":"p","text":"NASA Goddard Space Flight Center"}],"loadingTime":0.7713010311126709,"lastModifiedAt":null,"metaData":{"title":"NASA-Industry Team Creates and Demonstrates First Quantum Sensor for Satellite Gravimetry - AOSense, Inc.","description":"On December 20, 2018, NASA issued a press release about AOSense's project building a quantum sensor for satellite gravimetry. The contents of the release are included below. 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The sensor is calibrated for sunlight and has a command that automatically applies the immersion effect correction factor for underwater measurements. The sensor features a rugged, self-cleaning sensor housing design, and high-quality cable terminating in pre-tinned pigtail leads for easy connection to dataloggers and controllers. Typical applications include PPFD (Photosynthetic Photon Flux Density) measurement over plant canopies in outdoor environments, greenhouses, and growth chambers, and reflected or under-canopy (transmitted) PPFD measurements in the same environments. Quantum sensors are also used to measure PAR (Photosynthetically Active Radiation)/PPFD in aquatic environments, including salt water aquariums where corals are grown."},{"type":"h3","text":"Spectral Response"},{"type":"p","text":"The spectral range (denoted with an “X”), is 370 to 650 nm. 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Long-term non-stability determined from multiple replicate quantum sensors in accelerated aging test and field conditions is less than 2 % per year."},{"type":"h3","text":"Ideal for Measurements in Air and Underwater"},{"type":"p","text":"Apogee quantum sensor are calibrated to make absolute PPFD measurements in air. The waterproof sensors can be used to make absolute PPFD measurements underwater by applying an immersion effect correction factor, the SQ-420X, SQ-520, MQ-210X, and MQ-510 already apply the correction factor. For details on making underwater measurements, please refer to Underwater PAR Measurements."},{"type":"h3","text":"Calibration"},{"type":"p","text":"To ensure accuracy each sensor is carefully calibrated in controlled conditions and traceable to NIST reference standards. 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The sensor incorporates a rugged, self-cleaning sensor housing design, anodized aluminum body with acrylic diffuser, and high-quality cable terminating in pre-tinned pigtail leads for easy connection to dataloggers and controllers. Typical applications include PPFD measurement over plant canopies in outdoor environments, greenhouses, and growth chambers, and reflected or under-canopy (transmitted) PPFD measurements in the same environments. Quantum sensors are also used to measure PAR/PPFD in aquatic environments, including salt water aquariums where corals are grown."},{"type":"h3","text":"Spectral Response"},{"type":"p","text":"Apogee’s full-spectrum quantum PAR sensors and PAR meters have a highly optimized photo detector that accurately measures the photosynthetic radiation spectral range of 400 to 700 nm. These are our top of the line models that measure accurately under all light sources including narrow-band LEDs. 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At the leading international trade fair for the process industry, Q.ANT will exhibit in Hall 11.0 Booth F50 in the Digital Hub space, with the fair taking place in Frankfurt am Main from August 22 — 26, 2022. Compared to conventional sensors, the quantum sensor can measure the parameters size, position and speed simultaneously in real time. From this treasure trove of data, an artificial intelligence (AI) analyzes the measured parameters and classifies the particles according to shape. This allows optimized and sustainable operation of plants in the chemical, pharmaceutical, materials and biotechnology industries. Our Q.ANT experts are looking forward to a constructive exchange and exciting impulses. Get in touch at info@qant.de, we are happy to send you an admission ticket voucher to arrange an appointment. 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See you in Munich!"},{"type":"h3","text":"Q.ANT and IMS CHIPS set up quantum chip fabrication"},{"type":"p","text":"21.06.2023 — Stuttgart-based start-up Q.ANT and the Institute for Microelectronics Stuttgart (IMS CHIPS), today signed an agreement to jointly manufacture quantum chips. Chips for quantum processors are to be produced in small batches in just two years. "}],"loadingTime":0.7196283340454102,"lastModifiedAt":null,"metaData":{"title":"Achema 2022 | Q.ANT","description":"","tags":[],"image":null}},"score":134.33235,"highlights":[{"location":"unlabeledPages.h2","snippets":["Achema: The world’s first quantum particle sensor for process technology "]},{"location":"unlabeledPages.p","snippets":["Q.ANT presents the world’s first quantum particle sensor for process technology at Achema. At the leading international trade fair for the process industry, Q.ANT will exhibit in Hall 11.0 Booth F50 in the Digital Hub space, with the fair taking place in Frankfurt am Main from August 22 — 26, 2022. Compared to conventional sensors, the quantum sensor can measure the parameters size, position and speed simultaneously in real time."]}]},{"page":{"_id":"64a7bb97a56c4841f8e13d87","url":{"entry":"https://qant.de/en/achema-2022-ii/","target":"https://qant.de/en/achema-2022-ii/"},"content":[{"type":"h2","text":"ACHEMA: Q.ANT optimizes Process Technology with the World’s first Quantum Particle Sensor "},{"type":"p","text":"At this year’s ACHEMA (Hall 11.0 Booth F50), the start-up Q.ANT is exhibiting the world’s first industrial-grade quantum sensor as a particle sensor. This can simultaneously measure three parameters in real-time. An artificial intelligence (AI) analyzes the measured parameters and classifies the particles according to their shape. This allows optimized and sustainable operation of plants in chemistry and biotechnology. Stuttgart/Frankfurt, 09.08.22 — At ACHEMA, the leading international trade fair for the process industry, the start-up Q.ANT will showcase the first industry-ready particle sensor based on quantum technology. The sensor generates far more data on the measured particles in different media than currently available measurement methods. This sensor analyzes particles in different gases as well as in liquids or powders. The online integration of the sensor, thus, allows process control in real-time and increases the productivity of the plant as well as the quality of the processed media. The resulting avoidance of faulty production, which goes hand in hand with reduced energy consumption, also makes the particle sensor interesting from a sustainability point of view. With the quantum sensor, continuous processes achieve the flexibility of batch production. Since there is often a risk of explosion during powder processing, Q.ANT is also working on an ATEX version (ATmosphères EXplosibles, explosive atmospheres). Versatile Quantum Technology During the measurement, a quantum-modified laser beam shines through the flowing medium and its particles. “As the particle moves through the laser beam, high-frequency scanning generates a characteristic pattern that can be used to simultaneously analyze particle size, position and velocity. The AI then classifies the signals according to our customers’ specifications, as for example particle form”, Andreas Schürzinger, Product Line Manager for the particle sensor at Q.ANT, states. The AI must first be trained for the respective use case. Parallel to this, Q.ANT is building up a database of use cases in order to be able to draw on information already gained and to shorten the training of the AI. “Interested companies can also rent the particle sensors to test them on their applications and adapt them to their use cases”, Andreas Schürzinger says. For this purpose, Q.ANT offers an evaluation program with training courses and training sessions. Adaptable Measuring Ranges The particle sensor can be configured for many different applications, including other measurement methods and measurement mechanisms. Simple web-based software interfaces make it user-friendly. “For lab environments, repeatable analysis is possible, where data is exported, stored and securely transferred to lab systems or the cloud. A browser is all that is needed for operation here. The device does not require a display or buttons. Analyses can run automatically in the online environment. In the event of changes beyond defined threshold values, there are automated messages, e.g. via MQTT interface, for process control. A cloud connection is also possible here”, Schürzinger says. The number of possible applications is versatile. Thanks to AI, the sensor remains constantly up-to-date and is adaptable to applications that no one is thinking of today. This makes the particle sensor a real investment in the future. “Our visit to ACHEMA clearly shows how far quantum sensors can already be used industrially. For us at Q.ANT, this is the prelude to a whole series of applications with quantum technologies, which we will bring to market maturity in the next few years”, Q.ANT CEO and Founder Michael Foertsch emphasizes. About Q.ANT Q.ANT is a high-tech startup founded in 2018 as part of the TRUMPF Group. Q.ANT’s vision is to revolutionize the quality of how machines analyze their environment, people notice information, and the way humans think. To this end, Q.ANT develops quantum sensors and quantum computer chips based on its Photonic Quantum Framework. "},{"type":"h2","text":"More News"},{"type":"h3","text":"Q.ANT develops first quantum chip demonstrator for Bundesdruckerei GmbH"},{"type":"p","text":"27.06.2023 — Stuttgart, 27. June 2023 — Quantum chips working with light may play a central role on the path to quantum computers in the future. As part of a research development contract from Bundesdruckerei GmbH, Q.ANT has developed a first prototype that successfully simulates random numbers based on quantum effects."},{"type":"h3","text":"Join us at the World of Quantum in Munich!"},{"type":"p","text":"23.06.2023 — Q.ANT at World of Quantum in Munich! Visit us at booth A1/410 from June 27–30 to explore our cutting-edge quantum technologies. Don’t miss this opportunity to meet our experts and discover the future of industrial quantum solutions. See you in Munich!"},{"type":"h3","text":"Q.ANT and IMS CHIPS set up quantum chip fabrication"},{"type":"p","text":"21.06.2023 — Stuttgart-based start-up Q.ANT and the Institute for Microelectronics Stuttgart (IMS CHIPS), today signed an agreement to jointly manufacture quantum chips. Chips for quantum processors are to be produced in small batches in just two years. "}],"loadingTime":1.4363923072814941,"lastModifiedAt":null,"metaData":{"title":" 2022 ","description":"","tags":[],"image":null}},"score":130.91519,"highlights":[{"location":"unlabeledPages.h2","snippets":["ACHEMA: Q.ANT optimizes Process Technology with the World’s first Quantum Particle Sensor "]},{"location":"unlabeledPages.p","snippets":["Stuttgart/Frankfurt, 09.08.22 — At ACHEMA, the leading international trade fair for the process industry, the start-up Q.ANT will showcase the first industry-ready particle sensor based on quantum technology. The sensor generates far more data on the measured particles in different media than currently available measurement methods. This sensor analyzes particles in different gases as well as in liquids or powders."]}]},{"page":{"_id":"64a7bb96b895a863529805f1","url":{"entry":"https://qant.de/en/hmi-live-demo-quantum-sensor/","target":"https://qant.de/en/hmi-live-demo-quantum-sensor/"},"content":[{"type":"h2","text":"World’s first industrial quantum sensors: Q.ANT gears up for live demonstration of quantum sensors"},{"type":"p","text":"Sensor measurements harness quantum effects to facilitate novel applications in the chemical, semiconductor and mechanical engineering sectors // Quantum technology can be used to simultaneously measure the size, shape and velocity of microparticles Stuttgart/Hannover, May 25, 2022 — Visitors to Hannover Messe will be treated to live demonstrations of the world’s first industrial-grade quantum sensors by Stuttgart-based start-up Q.ANT, a wholly owned subsidiary of high-tech company TRUMPF. The company will be showcasing particle sensors that are able to measure particles in gases, liquids and powders in ways that cannot be accomplished using current measuring technology. At the technological heart of these sensors are quantum effects in excited light. Generated in targeted ways, these effects can be harnessed to analyze the size, shape and velocity of microparticles in one and the same measurement. In turn, these measurements make it possible to acquire information that will facilitate new applications in the semiconductor, chemical and mechanical engineering industries. A number of companies from these sectors are already putting Q.ANT quantum sensors to the test. At Hannover Messe, Q.ANT will enable visitors to experience two industrial quantum-sensor applications in action for the very first time: Measuring coffee powder for a food company (Hall 2, Booth A22) In collaboration with sensor specialist SICK, Q.ANT will be showcasing a quantum sensor that food manufacturers can use to check the quality of coffee. The sensor measures the size and shape of the grain, which is a key factor in determining how each particular coffee will taste. In order to achieve the desired level of quality, the quantum sensor allows coffee producers to continuously monitor the grains during the industrial grinding process. Working together with a major food manufacturer, it has already been possible to make powder measurements. SICK now intends to distribute the sensor worldwide, paving the way for other future applications in the food sector, particularly in the powder processing industry. Measuring biomass in Festo’s algae reactor (Hall 6) The control and automation specialist Festo will also be showcasing an application that uses the Q.ANT quantum sensor at Hannover Messe. Festo uses the sensor to obtain precise, real-time information about the growth of organisms inside the reactor. To provide this information, algae are conveyed to the sensor automatically and continuously through special microfluidic components made by Festo, such as pumps that can handle extremely small quantities of liquids with outstanding precision. The quantum sensor is able to optically analyze individual cells in order to precisely determine the amount of biomass. It also checks the cells’ vitality with the help of artificial intelligence. The quantum sensor makes it possible to respond proactively to process events and take steps to regulate them in order to promote faster algae growth. Algae have an extremely high photosynthetic efficiency in their natural environment, binding ten times more carbon dioxide (CO2) than land plants. When algae are grown in bioreactors equipped with appropriate sensors, control technology and automation, this efficiency can be increased even further, reaching a hundredfold that of land plants. The substances created in this process can be used as raw materials for pharmaceuticals, packaging and cosmetics and, ultimately, recycled in ways that create a climate-neutral system. Q.ANT: a leader in the field of quantum computer chips Q.ANT is one of Germany’s leading companies in the field of quantum- technology-based industrial products. Only a few months have passed since the Stuttgart-based start-up presented its novel photonic chip process. Within the space of the next few years, this new process will allow today’s established electronic mainframe computers to be equipped with cutting-edge quantum- technology processors. In March 2022, Q.ANT took the helm of a consortium that has the task of building a demonstration and test system for photonic quantum-computer chips. The consortium has an initial budget of 50 million euros, some 42 million euros of which will come from the German Federal Ministry of Education and Research (BMBF). About TRUMPF TRUMPF is a high-tech company offering manufacturing solutions in the fields of machine tools and laser technology. The Company drives digital connectivity in the manufacturing through consulting, platform products and software. TRUMPF is a technology and market leader in highly versatile machine tools for sheet metal processing and in the field of industrial lasers. In 2020/21, the company employed some 14,800 people and generated sales of about 3.5 billion euros. With over 80 subsidiaries, the TRUMPF Group is represented in nearly every European country as well as in North America, South America and Asia. The company has production facilities in Germany, France, the United Kingdom, Italy, Austria, Switzerland, Poland, the Czech Republic, the United States, Mexico and China. Find out more about TRUMPF at http://www.trumpf.de. About Q.ANT Founded in 2018, Q.ANT is a high-tech startup and part of the TRUMPF Group. Q.ANT’s vision is to improve the quality of how machines analyze their environment, how humans process information, and how we think. To achieve this goal, Q.ANT develops quantum sensors and quantum computing chips based on its Quantum Photonic Framework."}],"loadingTime":0.5493862628936768,"lastModifiedAt":null,"metaData":{"title":"World’s first industrial quantum sensors | Q.ANT","description":"","tags":[],"image":null}},"score":85.423225,"highlights":[{"location":"unlabeledPages.p","snippets":["The quantum sensor is able to optically analyze individual cells in order to precisely determine the amount of biomass. 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The sensistivity of standard 100-probes is classified in the seven qualities according to the following binning:"},{"type":"p","text":" "},{"type":"p","text":"QST quality <100> cut Sensitivity [μT/sqrt(Hz)] Price [CHF] Q1- AFM N.A. 800 Q2 <7 1250 Q3 <4 2000 Q4 <3 2150 Q5 <2.3 2350 Q6 <1.9 2700 Q7 <1.7 3200"},{"type":"p","text":" "},{"type":"p","text":"Resolved hyperfine splitting is guaranteed for quality Q4 and higher. Curious to know all the details?"},{"type":"p","text":"Have a look at our brochure Brochure_QST_2023.pdf. Get in touch to know our full pricing list."},{"type":"h3","text":"Spatial Information"},{"type":"h2","text":"NV axis orientations"},{"type":"p","text":"In NV experiments, measurements of the magnetic stray field are always projective onto the NV axis. This depends on the crystal orientation of the diamond from which the tips are made. The most widely available cut is <100> which leads to NV orientations of 54.7° with respect to the normal. "},{"type":"p","text":"For specific applications, we also offer tips with in-plane and out-of-plane orientation. This is especially useful for measurements with magnetic bias, as signal decreases with increasing off-axis magnetic fields, or elimination directional bias (out-of-plane tips)."},{"type":"h2","text":"PCB carrier and tip orientation"},{"type":"p","text":"For easy handling, our diamond tips are integrated on a plug-and-play sensor chip. Each sensor chip consists of a ceramic carrier, a tuning fork distance sensor and the diamond tip. A minimal carrier thickness ensures that the sensor can be mounted in microscopes where vertical space is tight. Custom tilt of the diamond probe are possible upon request. Dimensions and contact feedlines on the ceramic chip carrier are compatible with the Akiyama probe footprint. The entire sensor chip is vacuum and cryo-compatible."},{"type":"p","text":"We offer two standard configurations of tip versus PCB orientation. We call them UP and DOWN. Choose the one that fits your experimental setup before ordering. "},{"type":"p","text":"You can find all the details of our Quantum Scanning Tips in this specsheet: QST_Orientations.pdf"},{"type":"h2","text":"How to order"},{"type":"p","text":"We can customize the sensor chip to your specific needs and are happy to provide test samples to verify that our tips fit your setup. To provide you with a quote you have to tell us:"},{"type":"p","text":" "},{"type":"p","text":"What geometry do you want? UP or DOWN What sensitivity do you want? Q1, Q2, ... , Q7 What NV axis orientation do you want? Standard (100), in-plane (110), out-of-plane (111)"},{"type":"p","text":"Send us your wishlist at info@qzabre.com and we will send you a quote promptly. 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In a fast evolving scientific community and with experiments becoming more complex, we design our products to help you get the most out of your current and future research."},{"type":"h4","text":"QSM - Quantum Scanning MicroscopeQSM - Quantum Scanning Microscope"},{"type":"h4","text":"QSM - Quantum Scanning Microscope"},{"type":"p","text":"Fast, versatile, easy to use. The QSM is the scanning microscope that can do it all. Optimal performance meets a versatile setup with multiple options and an intuitive software interface."},{"type":"p","text":"Get to know more"},{"type":"h4","text":"Quantum Scanning TipsQuantum Scanning Tips"},{"type":"h4","text":"Quantum Scanning Tips"},{"type":"p","text":"Brighter. Stronger. More sensitive. The Quantum Scanning Tip is a unique integrated sensor chip for scanning quantum magnetometry experiments. The probe employes a single magnetic impurity in diamond (NV center) as an atomic-size magnetic quantum sensor."},{"type":"p","text":"Get to know more"},{"type":"h4","text":"Pillar ArraysPillar Arrays"},{"type":"h4","text":"Pillar Arrays"},{"type":"p","text":"More than 100'000 pillars make single NV experiments easy and fast. The pillars are shaped to enhance collection efficiently leading to increased signal-to-noise ration."},{"type":"p","text":"Get to know more"},{"type":"h4","text":"Diamond with NVsDiamond with NVs"},{"type":"h4","text":"Diamond with NVs"},{"type":"p","text":"What is left? 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If you are designing a new experiment, get in touch with our team of scientists and experts to consult on hardware and software or get a quotation."}],"loadingTime":0.11835074424743652,"lastModifiedAt":"2023-05-31T00:00:00.000Z","metaData":{"title":"Products","description":"","tags":[],"image":null}},"score":76.70569,"highlights":[{"location":"productAndServicePages.p","snippets":["The Quantum Scanning Tip is a unique integrated sensor chip for scanning quantum magnetometry experiments. 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NISQ devices offer us the opportunity to achieve quantum advantage over classical systems without the use of full quantum error correction. We propose a NISQ processor architecture in which qubit states travel through a layered physical array of structures which realise […]"},{"type":"h2","text":"Sony Innovation Fund Joins Largest UK Quantum Investment in Second Close of Quantum Motion’s Funding Round"},{"type":"p","text":"London, UK. 24 May 2023 – Sony Innovation Fund has become the latest high-profile investor to back Quantum Motion, a UK-based quantum computing scale-up founded by Professor John Morton, University College London (UCL), and Professor Simon Benjamin, Oxford University. Sony Innovation Fund is joining the second close of the company’s funding round, announced in February […]"},{"type":"h2","text":"Quantum Motion attends APS March Meeting 2023: Who, What, Where, and When"},{"type":"p","text":"Eight team members are heading to Las Vegas to attend this year’s American Physical Society’s (APS) March Meeting. The APS March Meeting brings together scientists and students from around the world to connect and collaborate across academia, industry, and major labs. Quantum Motion team members will be presenting seven talks and one poster at this […]"},{"type":"h2","text":"Fast High-Fidelity Single-Shot Readout of Spins in Silicon Using a Single-Electron Box"},{"type":"p","text":"Our latest paper demonstrates a new quantum sensor for semiconductor qubits that, while being more compact than previous detectors, performs at the state of the art. 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London, UK, 6 February 2023 – Quantum Motion, a UK-based quantum computing […]"},{"type":"h2","text":"An elongated quantum dot as a distributed charge sensor"},{"type":"p","text":"Our latest paper demonstrates that we have upgraded charge sensors in silicon, which can now sense charges 500 nanometers apart from each other. This will help optimise the layouts of quantum processors. This is a great demonstration of collaboration from team Quantum Motion (Sofia Patomäki, James Williams, Constance Lainé, Ross Leon, Michael Fogarty & others) with our partners imec and Niels Bohr Institute, […]"},{"type":"h2","text":"Quantum Motion appoints Jane Osborne-Buglear as Chief Operating Officer"},{"type":"p","text":"Jane Osborne-Buglear will lead the delivery of Quantum Motion’s strategy and grow the company to meet its goals. Brings 30+ years of experience in the technology sector, scaling multiple businesses from early stage to global market presence. London, UK, 16 December 2022 – Quantum Motion, a UK-based quantum computing start-up led by academics from UCL […]"},{"type":"h2","text":"A quantum dot-based frequency multiplier"},{"type":"p","text":"Quantum dots in silicon are not only great to host qubits but also to help generate the frequencies necessary to read and manipulate them. Now, we demonstrate a quantum dot-based frequency multiplier with ideal frequency conversion up to x10. Get in touch with our team to discuss the details: Giovanni Oakes, Lorenzo Peri, Alberto Gómez […]"},{"type":"h2","text":"Measuring 1024 quantum dots in 12 minutes: How our diverse team collaborates to deliver world-leading results"},{"type":"p","text":"In a major step forward for mass characterisation of quantum devices made on a silicon chip our team has demonstrated how 1024 quantum dots, fabricated in a commercial semiconductor foundry and occupying an area of less than 0.1mm² can be measured within just 12 minutes. This is at least 100 times faster than the state […]"},{"type":"h2","text":"Quantum industry milestone brings mass production of quantum chips closer"},{"type":"p","text":"London, UK, 26 October 2022 – Quantum Motion, a UK-based quantum computing start-up led by academics from UCL and Oxford University, has achieved a world-record measurement of quantum devices made on a silicon chip. The company has been able to place thousands of quantum dot devices, integrated alongside control electronics operating at temperatures less than […]"},{"type":"h2","text":"Integrated multiplexed microwave readout of silicon quantum dots in a cryogenic CMOS chip"},{"type":"p","text":"We describe a new type of electronic noise (the cyclostationary shot noise), where this noise determines the ultimate limit of sensitivity of compact charge sensors for silicon spin qubits. The results have strong implications on the better design of quantum sensors for the readout of spin-based quantum computers. arXiv Paper"},{"type":"h2","text":"Parametric amplifiers based on quantum dots"},{"type":"p","text":"Parametric amplifiers have been instrumental in achieving quantum advantage using superconducting technology. Now, we demonstrate that they can be built out of silicon. Check out our proposal and proof-of-principle demonstration of a parametric amplifier based on the quantum capacitance of silicon quantum dots. APS Abstract arXiv Paper"},{"type":"h2","text":"Looped Pipelines Enabling Effective 3D Qubit Lattices in a Strictly 2D Device"},{"type":"p","text":"We have identified an architecture that enables the implementation of a 3D qubit lattice in a 2D hardware platform, which opens up doors to a wide range of applications that were previously constrained by qubit connectivity. In particular, we found that it can remove almost all overheads for a leading quantum error mitigation method in […]"},{"type":"h2","text":"Minimalizing spin readout in silicon"},{"type":"p","text":"Check out how we reduced the on chip real state of spin readout sensors while achieving fault tolerant readout fidelity at state-of-the-art timescales. arXiv paper"},{"type":"h2","text":"Probing quantum devices with radio-frequency reflectometry"},{"type":"p","text":"All you need to know about radio frequency reflectometry and how to measure quantum electronic devices fast. arXiv paper"},{"type":"h2","text":"Quantum Motion opens new lab in London to build scalable quantum computer"},{"type":"p","text":"After a lot of anticipation we are excited to announce our official lab opening today. We were joined by Theo Blackwell, MBE and Chief Digital Officer for the Mayor of London’s office for the opening ceremony, which included a bond-wire cutting over a PCB board as part of the ceremonial ribbon-cutting ceremony. Theo shared inspiring […]"},{"type":"h2","text":"Scaling silicon-based quantum computing with CMOS technology"},{"type":"p","text":"For those of you that would like to know more about Silicon-based Quantum Computing, the state-of-the-art, the challenges and perspectives ahead, check out our review in Nature Electronics Nature article"},{"type":"h2","text":"Quantum Motion leads £5.7 million UKRI project to develop cryo-electronics chip"},{"type":"p","text":"LONDON, UK – Nov. 5, 2021 – A UK based consortium launched today with the goal to develop a cryogenic chip for integrated control and readout of qubits, based on CMOS technology. Named Altnaharra, a three-year UKRI project led by Quantum Motion, brings together partners with renowned expertise in qubits based on superconducting circuits, trapped […]"},{"type":"h2","text":"Quantum computing breakthrough shows blueprint for scalable future"},{"type":"p","text":"London, UK, 31 March 2021 – Quantum Motion, a UK-based quantum computing startup led by academics from UCL and Oxford University, has made a breakthrough that radically advances the viability and production of quantum computers. Quantum Motion has been able to demonstrate state of the art quantum capabilities using industrial-grade silicon chips, helping to set […]"},{"type":"h2","text":"Neural network powered qubit noise spectroscopy"},{"type":"p","text":"We demonstrate a neural-network-based methodology that allows for extraction of the noise spectrum associated with any qubit"},{"type":"h2","text":"Integrated readout of silicon quantum dots in a CMOS chip"},{"type":"p","text":"We present a cryogenic integrated circuit (IC) fabricated using industrial CMOS technology that hosts three key ingredients of a silicon-based quantum processor"},{"type":"h2","text":"Automatic virtual voltage extraction of a 2xN quantum dot array"},{"type":"p","text":"Spin qubits in quantum dots are a compelling platform for fault-tolerant quantum computing"},{"type":"h2","text":"Dispersive readout of ambipolar quantum dots"},{"type":"p","text":"We report measurements of ambipolar gate-defined quantum dots in silicon on insulator (SOI) nanowires fabricated using a customised complementary metal-oxide-semiconductor (CMOS) process."},{"type":"h2","text":"Remote capacitive sensing in 2D quantum-dot arrays"},{"type":"p","text":"We demonstrate long range capacitive coupling in 2D arrays of gate-induced quantum dots in silicon nanowire field-effect transistors"},{"type":"h2","text":"Electron spin readout in a CMOS device"},{"type":"p","text":"We report the first measurements of an electron spin in a device fabricated using 300mm wafer scale processing"},{"type":"h2","text":"Introducing the “multi-core” NISQ model"},{"type":"p","text":"Implementing a Hubbard model variational quantum eigensolver on a NISQ platform"},{"type":"h2","text":"A silicon surface code architecture resilient against leakage errors"},{"type":"p","text":"We present a surface code architecture for silicon quantum dot spin qubits that is robust against charge leakage errors by incorporating multi-electron mediator dots"},{"type":"p","text":"Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings."}],"loadingTime":0.4264404773712158,"lastModifiedAt":"2023-06-15T22:29:08.000Z","metaData":{"title":"Quantum Motion - News","description":"The latest developments in our quest for scalable quantum computing","tags":[],"image":{"name":"news-4-1.png","url":"https://quantummotion.tech/wp-content/uploads/2021/01/news-4-1.png","internalName":"news-4-1.png"}}},"score":30.652206,"highlights":[{"location":"newsPages.p","snippets":["Our latest paper demonstrates a new quantum sensor for semiconductor qubits that, while being more compact than previous detectors, performs at the state of the art. 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