The Regents of the University of California patent applications published on November 30th, 2023

Summary of the patent applications from The Regents of the University of California on November 30th, 2023

The Regents of the University of California have recently filed several patents for various innovative technologies. These patents cover a range of fields, including quantum communication, biosensors, reactive oxygen species detection, leaf wetness sensing, particle imaging and sorting, solar energy collection, adaptive reciprocating engines, catalyst compositions, and mental disorder diagnosis.

In the field of quantum communication, the organization has developed a system and method for transmitting quantum datagrams over a network. This technology separates the classical non-quantum optical bits from the quantum data payload, allowing for the transportation of quantum datagrams while preserving the integrity of the quantum data payload.

The organization has also invented fluorescent biosensors for detecting and measuring the effects of hallucinogenic and antidepressant compounds. These biosensors can detect ligand-induced hallucinogenic conformational changes in G Protein-Coupled Receptors (GPCRs) and can be used to measure the hallucinogenic and antipsychotic potential of compounds.

Another patent application describes a method for detecting and labeling reactive oxygen species (ROS) using selective probes. This approach allows for simultaneous sensing and labeling of ROS, providing a simplified and efficient way to detect and label these species, which can be useful in biomedical research and diagnostics.

The organization has also developed a biomimetic leaf wetness sensor that accurately detects the wetness of leaves by mimicking the interaction between a real leaf and moisture. This sensor can find applications in agriculture, plant research, and environmental monitoring.

In the field of particle imaging and sorting, the organization has created a system for real-time imaging and sorting of particles, particularly cells, in a flow system. This technology can be used in flow cytometry applications for cell analysis and sorting based on specific properties.

The organization has also filed a patent for a solar collector that uses a wide-angle, nonimaging asymmetric optical reflector to collect solar energy. This collector can generate high-quality steam for solar industrial process heat applications.

In the field of engines, the organization has developed an adaptive reciprocating engine that can adjust its operation based on sensor feedback, allowing for optimized performance and efficiency across a range of operating conditions.

A catalyst composition consisting of graphitic carbon nitride and platinum oxide nanoparticles has also been patented. This composition offers improved performance and efficiency compared to existing catalyst compositions and can be used in fuel cells, chemical synthesis, and environmental remediation.

Lastly, the organization has invented a method for diagnosing and differentiating bipolar disorder and schizophrenia using specific combinations of biomarkers. This method provides more accurate and reliable diagnoses, leading to better treatment options for patients.

Notable applications of these technologies include quantum communication networks, detection and measurement of hallucinogenic and antidepressant compounds, improved understanding and detection of ROS-related diseases, realistic measurement of leaf wetness, advanced particle imaging and sorting in flow cytometry, efficient solar energy collection for industrial processes, optimized reciprocating engines, enhanced catalytic reactions, and improved diagnosis and treatment of bipolar disorder and schizophrenia.