Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A system can include one or more processors to select a plurality of targets regarding a product based at least on performance data regarding the product. The performance data corresponds to completion of an event associated with the product. The system can identify a plurality of selected targets. The system can generate, using a model, content describing the product using the plurality of selected targets. The system can update the content on a destination system.

Abstract: A solid-state spin sensor system for precisely measuring magnetic fields with a compliantly coupled sensor head exhibiting translational and rotational compliance. The sensor includes a color center ensemble in a solid-state substrate for detecting magnetic fields with high spatial resolution. An optical microscope, in conjunction with an optical driving system, facilitates viewing and spin polarization of the color center ensemble. A magnetic field generator ensures biasing of the ensemble for better sensitivity, and a microwave driving system induces spin transitions within the ensemble. Actuation is controlled by a system responsive to force data or image data for precise positioning of the color center ensemble focally and in contact with a sample. The system generates a spatially resolved map of a magnetic field through analysis of fluorescence data. Methods for measuring and mapping fields with fiducials and force feedback are also included, enabling wide-field quantum sensing of irregular surfaces.

Abstract: A solid-state spin sensor system for precisely measuring magnetic fields with a compliantly coupled sensor head exhibiting translational and rotational compliance is disclosed. The sensor includes a color center ensemble in a solid-state substrate for detecting magnetic fields with high spatial resolution. An optical microscope, in conjunction with an optical driving system, facilitates viewing and spin polarization of the color center ensemble. A magnetic field generator ensures biasing of the ensemble for better sensitivity, and a microwave driving system induces spin transitions within the ensemble. Actuation is controlled by a system responsive to force data or image data for precise positioning of the color center ensemble focally and in contact with a sample. The system generates a spatially resolved map of a magnetic field through analysis of fluorescence data.

Abstract: Systems and methods of quantum sensing include depositing a sample volume onto an ensemble of quantum defects, hyperpolarizing spins in the sample volume, performing a sensing sequence, and reading out information regarding electronic spin states of the quantum defects in the ensemble of quantum defects, which sense the hyperpolarized spins in the sample volume.

Abstract: A solid-state spin sensor system for battery inspection is disclosed for detecting magnetic fields generated by currents within a battery. The system comprises a solid-state substrate, typically diamond, embedded with an ensemble of color centers such as a nitrogen-vacancy centers. It includes a magnetic field generator to provide a bias magnetic field, an optical driving system to optically excite the defect, and an optical sensor to measure the fluorescence intensity. The control system controls the current flowing between the battery terminals and generates a spatially resolved map of the magnetic field produced by this current, allowing for the identification of defects.

Abstract: Systems and methods of quantum sensing include obtaining information regarding a target signal in electronic spin states of quantum defects in an ensemble of quantum defects, mapping the information regarding the target signal from the electronic spin states of the quantum defects to corresponding nuclear spin states associated with the quantum defects, applying a light pulse to the ensemble of quantum defects to reset the electronic spin states of the quantum defects, and repeating a readout stage a plurality of times within a readout duration. The readout stage includes mapping the information regarding the target signal back from the nuclear spin states to the corresponding electronic spin states and applying a data acquisition readout pulse to optically measure the electronic spin states of the quantum defects.

Abstract: Systems and methods of quantum sensing include obtaining information regarding a target signal in electronic spin states of quantum defects in an ensemble of quantum defects, mapping the information regarding the target signal from the electronic spin states of the quantum defects to corresponding nuclear spin states associated with the quantum defects, applying a light pulse to the ensemble of quantum defects to reset the electronic spin states of the quantum defects, and repeating a readout stage a plurality of times within a readout duration. The readout stage includes mapping the information regarding the target signal back from the nuclear spin states to the corresponding electronic spin states and applying a data acquisition readout pulse to optically measure the electronic spin states of the quantum defects.

Abstract: Systems and methods of quantum sensing include depositing a sample volume onto an ensemble of quantum defects, hyperpolarizing spins in the sample volume, performing a sensing sequence, and reading out information regarding electronic spin states of the quantum defects in the ensemble of quantum defects, which sense the hyperpolarized spins in the sample volume.

Abstract: A synchronized readout (SR) technique for spectrally selective detection of oscillating magnetic fields with sub-millihertz resolution, using coherent manipulation of solid state spins.

Abstract: A synchronized readout (SR) technique for spectrally selective detection of oscillating magnetic fields with sub-millihertz resolution, using coherent manipulation of solid state spins.

Abstract: Multi-color CL images of nanoparticle samples may be generated, by irradiating with a scanning electron beam a nanoparticle sample that containing a plurality of spectrally distinct optical emitters configured to generate CL light at respective different color channels, then detecting the CL light from the nanoparticles to generate multi-color NP-CL images of the nanoparticle sample. In some embodiments, SE (secondary electron) images of the sample may be acquire, substantially simultaneously with the acquisition of the CL images, so as to generate correlative NP-CL and SE images of the nanoparticle sample. In some embodiments, the nanoparticles may be surface-functionalized so that the nanoparticles selectively bind only to particular structures of interest.

Abstract: Multi-color CL images of nanoparticle samples may be generated, by irradiating with a scanning electron beam a nanoparticle sample that containing a plurality of spectrally distinct optical emitters configured to generate CL light at respective different color channels, then detecting the CL light from the nanoparticles to generate multi-color NP-CL images of the nanoparticle sample. In some embodiments, SE (secondary electron) images of the sample may be acquire, substantially simultaneously with the acquisition of the CL images, so as to generate correlative NP-CL and SE images of the nanoparticle sample. In some embodiments, the nanoparticles may be surface-functionalized so that the nanoparticles selectively bind only to particular structures of interest.

Abstract: A new cultivar of Euphorbia plant named ‘ASCOT RAINBOW’ that is distinguishable by compact slightly spreading habit, red stems, and variegated cream-yellow and gray-green foliage that turns red-pink with the onset of winter. In combination these traits set ‘ASCOT RAINBOW’ apart from all other existing varieties of Euphorbia known to the inventor.

Abstract: A new and distinct Euphorbia characias cultivar named ‘LAMB01’ is disclosed, characterized by variegated foliage and a free flowering habit. Plants are uniquely bushy in habit. The new variety is a Euphorbia hybrid, typically used for ornamental horticulture purposes.