Abstract: A method of preparing a lithium lanthanum zirconate (LLZO) cubic garnet material is provided which comprises the following steps: (a) milling a slurry comprising one or more precursor compounds in an aqueous medium, wherein the one or more precursor compounds comprise lithium, lanthanum, zirconium and optionally one or more dopant elements, to provide a milled slurry; (b) spray drying the milled slurry to provide a spray-dried powder; and (c) annealing the spray-dried powder. The resultant LLZO cubic garnet material may be used as a lithium ion conductive solid electrolyte in secondary lithium-ion batteries.

Abstract: Technologies are described herein for providing intelligent delivery of actionable content. Metadata that describes user activities at a computer system is analyzed to determine a need for actionable content. Actionable content is dynamically delivered to one or more client consoles when need for actionable content is presented. The actionable content may be presented in a number of forms, including links to, or the delivery of, video, text and/or image content. Actionable content may also include links or deliverable environments for enabling automatic engagement of a specific application scenario. The discovery and delivery of the actionable content may be improved by the use of one or more feedback mechanisms.

Abstract: Technologies are described herein for providing intelligent delivery of actionable content. Metadata that describes user activities at a computer system is analyzed to determine a need for actionable content. Actionable content is dynamically delivered to one or more client consoles when need for actionable content is presented. The actionable content may be presented in a number of forms, including links to, or the delivery of, video, text and/or image content. Actionable content may also include links or deliverable environments for enabling automatic engagement of a specific application scenario. The discovery and delivery of the actionable content may be improved by the use of one or more feedback mechanisms.

Abstract: Technologies are described herein for providing intelligent delivery of actionable content. Metadata that describes user activities at a computer system is analyzed to determine a need for actionable content. Actionable content is dynamically delivered to one or more client consoles when need for actionable content is presented. The actionable content may be presented in a number of forms, including links to, or the delivery of, video, text and/or image content. Actionable content may also include links or deliverable environments for enabling automatic engagement of a specific application scenario. The discovery and delivery of the actionable content may be improved by the use of one or more feedback mechanisms.

Abstract: Technologies are described herein for providing intelligent delivery of actionable content. Metadata that describes user activities at a computer system is analyzed to determine a need for actionable content. Actionable content is dynamically delivered to one or more client consoles when need for actionable content is presented. The actionable content may be presented in a number of forms, including links to, or the delivery of, video, text and/or image content. Actionable content may also include links or deliverable environments for enabling automatic engagement of a specific application scenario. The discovery and delivery of the actionable content may be improved by the use of one or more feedback mechanisms.

Abstract: A user of an online service sends a request to write a review of a media content item, using a text limited device such as a gamepad of a videogame console. In response to the request, one or more dictionaries are requested using metadata associated with the request such as the title of the movie or a genre associated with the movie. The dictionaries are received and used to populate user interface elements with words and phrases. Each user interface element corresponds to a sentence component such as a verb, noun, etc. The user may use the gamepad to cycle through the words and phrases in each user interface element to generate a sentence.

Abstract: A user of an online service sends a request to write a review of a media content item, using a text limited device such as a gamepad of a videogame console. In response to the request, one or more dictionaries are requested using metadata associated with the request such as the title of the movie or a genre associated with the movie. The dictionaries are received and used to populate user interface elements with words and phrases. Each user interface element corresponds to a sentence component such as a verb, noun, etc. The user may use the gamepad to cycle through the words and phrases in each user interface element to generate a sentence.

Abstract: A system and method for dispensing pharmaceutical samples is provided. The system comprises a dispenser base, a lid, and a dispensing portion. The dispensing portion further comprises a window, finger cutouts, and a front section of a spring plate. The front section may further comprise curved portions that assist in maintaining a pharmaceutical sample within the pharmaceutical dispenser until a user intentionally removes the pharmaceutical sample. A ramp located substantially adjacent to the spring plate guides the pharmaceutical samples down a loading chamber to the dispensing portion.