Abstract: Disclosed herein are novel lipids that can be used in combination with other lipid components, such as helper lipids, structural lipids, and cholesterols, to form lipid nanoparticles for delivery of therapeutic agents, such as nucleic acids (e.g., circular polynucleotides), both in vitro and in vivo.

Abstract: A system comprises at least one computer device in communication with one or more server computers. The system converts unstructured text into usable order details, and uses instant messaging to notify recipients of the order details. The notices include electronic web links that launch a web interface that generates an editable, pre-populated electronic order ticket based on the order details. Submission of the electronic order ticket launches an auction during which the recipients may respond with offers to fulfill to the electronic order ticket. If after the auction more than one response is needed to fill the electronic order ticket, the system automatically allocates how and in which order the responses will be used to fill the electronic order ticket. If the electronic order ticket is not completely filled after the auction, the electronic order ticket is submitted to one or more additional exchanges for further filling.

Abstract: The Hyper-Magnetic Matter Accelerator comprises an apparatus and method of a plurality of basin-formed electromagnetic field generators as well as rotational electromagnetic field generators mounted in series to a conduit; energized in sequence for ferrous matter or projectile acceleration to, but not limited to or by high-hypersonic velocity and rotation for trajectory stabilization accuracy. Velocity control may be implemented through the use of various power levels as well as configuration by one skilled in the art based on said artisan's intended velocity objective.

Abstract: Disclosed herein are novel lipids that can be used in combination with other lipid components, such as helper lipids, structural lipids, and cholesterols, to form lipid nanoparticles for delivery of therapeutic agents, such as nucleic acids (e.g., circular polynucleotides), both in vitro and in vivo.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A method to shorten the time from design to manufacture, includes providing a dynamic design interface for execution on a computing device, receiving a selection of an article of manufacture, and additional design input from the user specifying color, text, and graphics and placement on the article of manufacture, and dynamically generating a production-ready design file reflecting the selected article of manufacture and each of the additional design input from the user. The production-ready design file is dynamically converted to a 2-dimensional image file, which is dynamically applied to the 3-dimensional model representation for display via the dynamic design interface. The user may easily rotate the 3-dimensional model to see all sides of the design. The production-ready design file can be used as instructions to directly print the design on the article of manufacture.

Abstract: A novel shape memory alloy electrical switch is disclosed, including both momentary and especially a latching relay. The switch/relay disclosed is particularly useful in low power control of appliances, including i.a. refrigerators. Used with a microprocessor, microcontroller, or like device to control the shape memory alloy switch/relay, an adaptive control routine may be included which facilitates an especially low-power dissipation, highly effective appliance control module, especially suitable for refrigerators. The disclosed refrigerator control module can be manufactured at low cost with high reliability.

Abstract: A novel shape memory alloy electrical switch is disclosed, including both momentary and especially a latching relay. The switch/relay disclosed is particularly useful in low power control of appliances, including i.a. refrigerators. Used with a microprocessor, microcontroller, or like device to control the shape memory alloy switch/relay, an adaptive control routine may be included which facilitates an especially low-power dissipation, highly effective appliance control module, especially suitable for refrigerators. The disclosed refrigerator control module can be manufactured at low cost with high reliability.

Abstract: Stackable and nestable articles of furniture comprising a pair of chairs and a pair of tables. The individual components may be used separately, such as by two children, or as a stacked and mated unit, essentially in the form of a cube, as an upstanding single unit.

Abstract: A novel shape memory alloy electrical switch is disclosed, including both momentary and especially a latching relay. The switch/relay disclosed is particularly useful in low power control of appliances, including i.a. refrigerators. Used with a microprocessor, microcontroller, or like device to control the shape memory alloy switch/relay, an adaptive control routine may be included which facilitates an especially low-power dissipation, highly effective appliance control module, especially suitable for refrigerators. The disclosed refrigerator control module can be manufactured at low cost with high reliability.

Abstract: A novel shape memory alloy electrical switch is disclosed, including both momentary and especially a latching relay. The switch/relay disclosed is particularly useful in low power control of appliances, including i.a. refrigerators. Used with a microprocessor, microcontroller, or like device to control the shape memory alloy switch/relay, an adaptive control routine may be included which facilitates an especially low-power dissipation, highly effective appliance control module, especially suitable for refrigerators. The disclosed refrigerator control module can be manufactured at low cost with high reliability.