Abstract: Systems and methods for enabling users to rapidly flip through displayed pages of content in an intuitive manner are provided. Graphical animations for transitioning from one page to another can be executed so that portions of three or more pages can be simultaneously viewed. This enables a user to make snap judgments as to whether she wishes to explore any one of those pages in more detail as she rapidly flips through the pages.

Abstract: A user device uses sensors to determine the rotation of the user device with respect to a reference orientation. Using the user device rotation, an image manipulation module accesses images that are associated with image rotations. A set of the images are selected based on the device rotation to select images that have image orientations corresponding to the device rotation. A weight may be determined for each selected image, and the images are combined to generate a blended image using the weights. The blended image is displayed to the user, and as the rotation of the user devices changes, the process is repeated to display changing blended images based on the device rotation, thereby animating the rotation effect.

Abstract: Systems and methods for enabling users to rapidly flip through displayed pages of content in an intuitive manner are provided. Graphical animations for transitioning from one page to another can be executed so that portions of three or more pages can be simultaneously viewed. This enables a user to make snap judgments as to whether she wishes to explore any one of those pages in more detail as she rapidly flips through the pages.

Abstract: A loop beacon enables recording the activity of a user of an electronic device during the display of a given medium in a display loop. A display loop can present a particular medium not only in a static form, but also in a moving or looping display that evolves in time. In some embodiments, the invention herein disclosed detects user actions during a time period associated with an ephemerally displayed medium in a loop, and records and reports the user action.

Abstract: An optical sensing enhancing material (and corresponding method of making) comprising: a medium, the medium comprising a plurality of aggregated nanoparticles comprising fractals; and a microcavity, wherein the medium is located in a vicinity of the microcavity. Also an optical sensor and sensing method comprising: providing a doped medium, the medium comprising a plurality of aggregated nanoparticles comprising fractals, with the material; locating the doped medium in the vicinity of a microcavity; exciting the doped medium with a light source; and detecting light reflected from the doped medium. Also an optical sensing enhancing material comprising a medium, the medium comprising a semicontinuous metal film of randomly distributed metal particles and their clusters at approximately their percolation threshold. The medium preferably additionally comprises a microcavity/microresonator. Also devices and methods employing such material.

Abstract: A computerized system, such as one practiced with an e-commerce font server, enables a user to select one or more fonts. According to one aspect, a user can select a font from a multi-dimensional font space defined by the attribute values of a plurality of fonts. The system repeatedly 1) enables the user to select a spatial specification defined relative to the currently selected font in the space; 2) determines which fonts, if any, match the spatial specification; 3) displays character-font shapes of those fonts; and 4) makes one of the displayed fonts a new currently selected font relative to which a new spatial specification can be selected. The spatial specification can merely selects fonts which are closest in the attribute space, can select the nearest font in a selected direction, or can provide more complex spatial selection. According to another aspect of the invention, a server makes fonts available to clients over a network.

Abstract: A method and system for retrieving and installing for output display one or more configurable elements over a data network including the steps of receiving a list of configurable elements, selecting one or more of the configurable elements from the list of configurable elements, the each one or more of the configurable elements having associated therewith an attribute, the attribute including one or more properties associated with a user interface element of a mobile device, verifying the selected one or more configurable elements, and storing the verified one or more configurable elements is disclosed.

Abstract: An optical sensing enhancing material (and corresponding method of making) comprising: a medium, the medium comprising a plurality of aggregated nanoparticles comprising fractals; and a microcavity, wherein the medium is located in a vicinity of the microcavity. Also an optical sensor and sensing method comprising: providing a doped medium, the medium comprising a plurality of aggregated nanoparticles comprising fractals, with the material; locating the doped medium in the vicinity of a microcavity; exciting the doped medium with a light source; and detecting light reflected from the doped medium. Also an optical sensing enhancing material comprising a medium, the medium comprising a semicontinuous metal film of randomly distributed metal particles and their clusters at approximately their percolation threshold. The medium preferably additionally comprises a microcavity/microresonator. Also devices and methods employing such material.

Abstract: An optical sensing enhancing material comprising a medium, the medium comprising a semicontinuous metal film of randomly distributed metal particles and their clusters at approximately their percolation threshold. The medium preferably additionally comprises a microcavity/microresonator. Also devices and methods employing such material.

Abstract: A method and apparatus for enhanced optical emissions, the apparatus comprising a light source, a microcavity, and a medium comprising nanoparticles, located within or near the microcavity. The nanoparticles are either non-aggregated or are aggregated in the form of fractals. The nanoparticles and microcavity exhibit enhanced linear and non-linear optical emission. The light emitting apparatus can be used for wavelength translation, amplification, optical parametric oscillation, light detection and ranging, increased sensitivity, high density optical data storage, and near-field optical spectroscopy.