Abstract: An apparatus comprising a flexible substrate material configured to operating at least two shapes and at least one transducer located within the flexible substrate material configured to produce a transducer output, wherein the flexible substrate is configured to affect the transducer output.

Abstract: An apparatus comprising a flexible substrate material configured to operating at least two shapes and at least one transducer located within the flexible substrate material configured to produce a transducer output, wherein the flexible substrate is configured to affect the transducer output.

Abstract: Apparatus comprising a processor configured to: determine a first orientation value of a head (101) of a user (100) of the apparatus relative to a further body part (111) of the user (100) using at least one orientation sensor (105); and control a 3D audio reproduction function of the apparatus based on the first orientation value.

Abstract: An apparatus comprising a flexible substrate material (901) configured to operate in at least two shapes and at least one transducer (801) located within the flexible substrate material (901) configured to produce a transducer output, wherein the flexible substrate (901) is configured to affect the transducer output.

Abstract: Apparatus comprising a processor configured to: determine a first orientation value of a head (101) of a user (100) of the apparatus relative to a further body part (111) of the user (100) using at least one orientation sensor (105); and control a 3D audio reproduction function of the apparatus based on the first orientation value.

Abstract: An apparatus comprising a flexible substrate material (901) configured to operate in at least two shapes and at least one transducer (801) located within the flexible substrate material (901) configured to produce a transducer output, wherein the flexible substrate (901) is configured to affect the transducer output.

Abstract: An apparatus comprising at least one processor; and at least one memory including computer program code, the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus to perform at least the following: detect an indication that a user is available for interaction, responsive to detecting the indication, provide a haptic output pattern associated with an expected user response, detect a user input, wherein the user input is responsive to the haptic output pattern, compare the expected user response and the user input, and based on the said comparison, perform an action.

Abstract: Apparatus, the apparatus configured to: receive depth motion signalling associated with depth motion actuation of a physical stylus; and generate image data of a virtual stylus which has a virtual length according to the received depth motion signalling.

Abstract: The present invention relates to reconfigurable circuitry, and more particularly to the reconfiguration of the characteristics of materials used in the formation of electronic circuitry as the result of applied external influences. Exemplary embodiments of the present invention provide an apparatuses, methods, electronic devices and computer program products that include a nanoscale material layer, and a programmable element in close proximity to at least a first section of the nanoscale material layer. The programmable element is configured to produce interference with an electron wave in at least the first section of the nanoscale material layer.

Abstract: The present invention relates to reconfigurable circuitry, and more particularly to the reconfiguration of the characteristics of materials used in the formation of electronic circuitry as the result of applied external influences. Exemplary embodiments of the present invention provide an apparatuses, methods, electronic devices and computer program products that include a nanoscale material layer, and a programmable element in close proximity to at least a first section of the nanoscale material layer. The programmable element is configured to produce interference with an electron wave in at least the first section of the nanoscale material layer.