Abstract: A method includes: receiving, from a user device, a user request for a graphical user interface (GUI) page containing a plurality of calculated performance indicators that are derived from entity data stored in a secured database system; retrieving a first listing of objects from the entity data containing information for use in calculating the performance indicators; filtering the first listing of objects based on user scope to identify first objects from the first listing of objects that are within scope; generating a first query to retrieve objects identified in the first listing of objects from the database system; instructing the database system via the first query to skip security measures directed to ensuring user access rights to the first objects; calculating the performance indicators based on retrieved objects; generating the GUI page containing the plurality of calculated performance indicators; and signaling the user device to display the generated GUI page.

Abstract: The disclosure relates to novel ionizable lipids and lipid compositions and pharmaceutical compositions comprising these ionizable lipids that can be used in the delivery of therapeutic agent.

Abstract: A method of sintering an electrochemical cell stack includes placing the electrochemical cell stack in a cage which applies a first compressive load to the electrochemical cell stack, moving the cage containing the electrochemical cell stack in a moving direction through a furnace containing a sintering region, sintering the electrochemical cell stack in the sintering region of the furnace, and applying a second compressive load greater than the first compressive load to the electrochemical cell stack during the sintering.

Abstract: A substrate reactor with centering pin for epitaxial deposition includes a vacuum chamber and a tube configured to rotate in the vacuum chamber around a tube geometrical center axis. A substrate carrier forming a pocket dimensioned for holding a substrate on a top surface includes an aperture that is centrally located on a bottom surface. The substrate carrier is positioned on and in contact with a top surface of the tube. A centering pin is positioned along a geometrical center axis of rotation of the substrate carrier. The centering pin has a first end positioned in the aperture on the bottom surface of the substrate carrier and a second end fixed inside the reactor so that the substrate carrier rotates around the geometrical center axis of the substrate carrier independent of the geometrical center axis of the tube.

Abstract: An electrolyzer system includes a steam generator configured to generate steam, a stack of solid oxide electrolyzer cells configured to generate a hydrogen stream using the steam received from the steam generator, and a water preheater configured to preheat water provided to the steam generator using heat extracted from oxygen exhaust output from the stack.

Abstract: Novel ionizable lipids and lipid nanoparticles that can be used in the delivery of therapeutic cargos are disclosed.

Abstract: Novel ionizable lipids and lipid nanoparticles that can be used in the delivery of therapeutic cargos are disclosed.

Abstract: Disclosed herein are bacteria-derived lipid compositions comprising (a) a bacterial component comprising one or more lipids extracted from a bacterial source; and (b) an ionizable lipid. The disclosure also includes a method for making a making a bacteria-derived lipid composition, comprising reconstructing (a) a bacteria component comprising one or more lipids extracted from a bacterial source in the presence of (b) an ionizable lipid, to produce the bacteria-derived lipid composition, and loading into the bacteria-derived lipid composition with one or more heterologous functional agents.

Abstract: An electrolyzer system includes a steam generator configured to generate steam, a stack of solid oxide electrolyzer cells configured to generate a hydrogen stream using the steam received from the steam generator, and a water preheater configured to preheat water provided to the steam generator using heat extracted from oxygen exhaust output from the stack.

Abstract: Systems and techniques are described for a unified data pipeline interface. The pipeline interface provides an interface illustrating key metrics, activities, insight, and/or other categories. The pipeline interface provides such data as to a specific opportunity. The systems and techniques described herein allow for the determination, presentation, and standardization of such data through a specifically configured graphical user interface.

Abstract: Various embodiments disclose a glow plug for a solid oxide fuel cell system. The glow plug includes a housing having a first end portion and a second end portion. The glow plug includes a heating element longitudinally disposed in the housing, extending from the second end portion of the housing towards the first end portion and extending outwardly from the housing for igniting fuel. Further, the glow plug includes a pair of coiled wires electrically connected to the heating element. Further, the glow plug includes a potting compound disposed within the second end portion of the housing for securing electrical coupling of the pair of coiled wires with the heating element. Furthermore, the glow plug includes a sealing element configured to form an air-tight connection between the housing and the heating element. The sealing element is positioned on top of the potting compound.

Abstract: The disclosure features novel lipids and compositions involving the same. Nanoparticle compositions include an ionizable lipid, a phospholipid, a first sterol or a tocopherol, and optionally a second sterol different from the first sterol. Nanoparticle compositions further including therapeutic and/or prophylactics such as RNA are useful in the delivery of therapeutic and/or prophylactics to mammalian cells or organs to, for example, regulate polypeptide, protein, or gene expression.

Abstract: A system and method for cardiovascular monitoring and reporting are disclosed. The system (CV monitoring system) includes a data analysis system and an in-ear biosensor system that preferably includes left and right earbuds. The earbuds include infrasound/vibration sensors that detect biosignals from the individual including signals associated with cardiovascular activity (CV signals). The analysis system calculates cardiovascular function measurements (CV function measurements) based upon the CV signals. The CV monitoring system uses machine learning to predict blood pressure (BP) measurements of the individual based upon the CV signals and the calculated CV function measurements. In an embodiment, the CV monitoring system includes an EKG detection system that detects EKG signals associated with heart function.

Abstract: A fuel cell column includes a stack of alternating fuel cells and interconnects, where the interconnects separate adjacent fuel cells in the stack and contain fuel and air channels which are configured to provide respective fuel and air to the fuel cells. a manifold plate containing a bottom inlet hole and a bottom outlet hole located in a bottom surface of the manifold plate, top outlet holes and top inlet holes formed in opposing sides of a top surface of the manifold plate, outlet channels fluidly connecting the top outlet holes to the bottom inlet hole, and inlet channels fluidly connecting the top inlet holes to the bottom outlet hole, and a mitigation structure configured to reduce stress applied to the stack due to at least one of a shape mismatch or coefficient of thermal expansion mismatch between the stack and the manifold plate.

Abstract: A system and method for cardiovascular monitoring and reporting are disclosed. The system (CV monitoring system) includes a data analysis system and an in-ear biosensor system that preferably includes left and right earbuds. The earbuds include infrasound/vibration sensors that detect biosignals from the individual including signals associated with cardiovascular activity (CV signals). The analysis system calculates cardiovascular function measurements (CV function measurements) based upon the CV signals. The CV monitoring system uses machine learning to predict blood pressure (BP) measurements of the individual based upon the CV signals and the calculated CV function measurements. In an embodiment, the CV monitoring system includes an EKG detection system that detects EKG signals associated with heart function.

Abstract: A fuel cell system includes at least one spark igniter containing an insulated cable where at least a first end of the insulated cable is positioned within a reaction zone of the fuel cell system. A power supply is configured to provide a direct current (DC) voltage to the at least one spark igniter such that a spark is generated at the first end of the insulated cable.

Abstract: A manifold plate for a fuel cell stack includes a lower manifold portion, an upper manifold portion, a dielectric layer sandwiched between the lower manifold portion and the upper manifold portion, a bottom inlet hole and a bottom outlet hole formed in a bottom surface of the lower manifold portion, where the bottom inlet hole and the bottom outlet hole extend through the dielectric layer, top outlet holes and top inlet holes formed in opposing sides of a top surface of the upper manifold portion, outlet channels fluidly connecting the top outlet holes to the bottom inlet hole, and inlet channels fluidly connecting the top inlet holes to the bottom outlet hole.

Abstract: An electrolyzer system including a hotbox, one or more stacks disposed within the hotbox, a fuel exhaust conduit that receives fuel exhaust output by the stack, a fuel exhaust separator that separates liquid from the fuel exhaust, and a recycling conduit that fluidly connects the fuel exhaust to the fuel inlet conduit.

Abstract: A fuel cell column includes a stack of alternating fuel cells and interconnects, where the interconnects separate adjacent fuel cells in the stack and contain fuel and air channels which are configured to provide respective fuel and air to the fuel cells. a manifold plate containing a bottom inlet hole and a bottom outlet hole located in a bottom surface of the manifold plate, top outlet holes and top inlet holes formed in opposing sides of a top surface of the manifold plate, outlet channels fluidly connecting the top outlet holes to the bottom inlet hole, and inlet channels fluidly connecting the top inlet holes to the bottom outlet hole, and a mitigation structure configured to reduce stress applied to the stack due to at least one of a shape mismatch or coefficient of thermal expansion mismatch between the stack and the manifold plate.

Abstract: A manifold plate for a fuel cell stack includes a lower manifold portion, an upper manifold portion, a dielectric layer sandwiched between the lower manifold portion and the upper manifold portion, a bottom inlet hole and a bottom outlet hole formed in a bottom surface of the lower manifold portion, where the bottom inlet hole and the bottom outlet hole extend through the dielectric layer, top outlet holes and top inlet holes formed in opposing sides of a top surface of the upper manifold portion, outlet channels fluidly connecting the top outlet holes to the bottom inlet hole, and inlet channels fluidly connecting the top inlet holes to the bottom outlet hole.