Abstract: Game mechanics may be incorporated into a web site, mobile site, and/or app using an automated access, self-serve platform. A user interface may be generated based on input provided by or on behalf of a publisher of a site and/or app. The user interface may be configured to be incorporated with the site and/or app. An economy governing game mechanics associated with the user interface may be defined. The user interface may be provided for integration with the site and/or app. Integration of the user interface with the site and/or app may provide the game mechanics to the site and/or app. In some implementations, generating the user interface may include generating, at a gamification server, a widget configured to provide the user interface, the site and/or app being provided by a site server, the gamification server being separate and distinct from the site server.

Abstract: Game mechanics may be incorporated into a web site, mobile site, and/or app using an automated access, self-serve platform. A user interface may be generated based on input provided by or on behalf of a publisher of a site and/or app. The user interface may be configured to be incorporated with the site and/or app. An economy governing game mechanics associated with the user interface may be defined. The user interface may be provided for integration with the site and/or app. Integration of the user interface with the site and/or app may provide the game mechanics to the site and/or app. In some implementations, generating the user interface may include generating, at a gamification server, a widget configured to provide the user interface, the site and/or app being provided by a site server, the gamification server being separate and distinct from the site server.

Abstract: Method for removing contaminants from a surface during semiconductor fabrication. A preferred embodiment comprises developing a resist layer on a top surface of a semiconductor substrate, curing the developed resist layer, and cleaning the developed resist layer with a developer solution to remove contaminants. The cleaning makes use of the same developer solution used to develop the resist layer, so the cleaning makes use of a process that already exists and requires no additional investment to implement, while the curing stabilizes the developed resist layer so that the cleaning does not damage the developed resist layer.

Abstract: Method for removing contaminants from a surface during semiconductor fabrication. A preferred embodiment comprises developing a resist layer on a top surface of a semiconductor substrate, curing the developed resist layer, and cleaning the developed resist layer with a developer solution to remove contaminants. The cleaning makes use of the same developer solution used to develop the resist layer, so the cleaning makes use of a process that already exists and requires no additional investment to implement, while the curing stabilizes the developed resist layer so that the cleaning does not damage the developed resist layer.

Abstract: Apparatus and a method are disclosed for offering branch programming for instructional purposes. The apparatus comprises a tape player of the cassette variety, preferably having a tape index or counter. A prerecorded tape cassette carrying the program of instruction is also included. The tape has a plurality of segments of primary material recorded over corresponding spans of tape in a forward direction on a first track. A plurality of segments of supplemental material related to the primary material are recorded in a reversed direction on a second track. The primary material segments each terminate in segment-defining indicia aligned with the initiation of the corresponding secondary material segment. In use, the listener plays a primary material information segment, and then stops the tape player. If further development of the subject is desired, the listener removes the cassette, and flips it over or reverses its orientation. He then reinstalls it in and upon the tape player.