Abstract: A method and composition for enabling indirect photoexcitation whereby a large energy gap between energy levels in a second material is circumvented by a series of lower energy photoexcitations in a first material.

Abstract: A method and composition for enabling indirect photoexcitation whereby a large energy gap between energy levels in a second material is circumvented by a series of lower energy photoexcitations in a first material.

Abstract: A method of authentication using object imaging, comprising: identifying at least one key geometric marker related to an object captured from a specific viewport and depicted in a reference image; receiving a current image of the object, the current image captured by an imaging device; extracting at least one current geometric marker related to the object from the current image; and comparing the at least one current geometric marker to the at least one key geometric marker to verify that the current image is depicting the object from the viewport.

Abstract: The present invention relates to a method of processing data in a computer system, the method comprising the steps of: 1) allocating at least one processing node (100); 2) receiving data at a data source node (200, 400); 3) transferring the data to the or each processing node (100) through a serial data connection; 4) processing the data at the or each processing node (100); and 5) transferring the processed data from the or each processing node (100) to a data sink node (300, 400) through the serial data connection, wherein the at least one processing node (100), the data source node (200, 400) and the data sink (300, 400) each comprise no more than one Field Programmable Gate Array (101) or Application Specific Integrated Circuit.

Abstract: A method of authentication using object imaging, comprising: identifying at least one key geometric marker related to an object captured from a specific viewport and depicted in a reference image; receiving a current image of the object, the current image captured by an imaging device; extracting at least one current geometric marker related to the object from the current image; and comparing the at least one current geometric marker to the at least one key geometric marker to verify that the current image is depicting the object from the viewport.

Abstract: The present invention relates to a method of processing data in a computer system, the method comprising the steps of: 1) allocating at least one processing node (100); 2) receiving data at a data source node (200, 400); 3) transferring the data to the or each processing node (100) through a serial data connection; 4) processing the data at the or each processing node (100); and 5) transferring the processed data from the or each processing node (100) to a data sink node (300, 400) through the serial data connection, wherein the at least one processing node (100), the data source node (200, 400) and the data sink (300, 400) each comprise no more than one Field Programmable Gate Array (101) or Application Specific Integrated Circuit.