| FLORIDA INSTITUTE OF TECHNOLOGY Patent applications |
| Patent application number | Title | Published |
|---|
| 20120102939 | Ocean Wave Energy Harnessing Device - A system for extracting long wavelength ocean wave energy and for extracting rotational wave energy uses a plurality of boom elements connected to at least one hinge element for movement about the hinge element in a direction of the vertical force of a wave and for movement about the hinge element in a direction of the transverse force of a wave, and the hinge element includes a shaft transverse to the boom elements with a blade mounted to the shaft for rotational movement of the shaft in the direction of the rotational force of a wave. | 05-03-2012 |
| 20110208065 | Optical Tomography System Using Short-Pulse Laser for Early Cancer Diagnostics - Time-resolved optical tomography systems using a short pulse laser, may be used in detection and treatment of cancer and tumors. Information is conveyed about tissue interior by the temporal variation of the observed scattered, and reflected measured when short-pulse lasers interact with scattering-absorbing media like tissue. Multiple scattering-induced temporal signature that persists for time periods greater than the duration of the source pulse and is a function of the source pulse width, the scattering and absorbing properties of the medium, and the location in the medium where the properties undergo changes. If the detection is carried out on the same short time scale (comparable to the order of the pulse width), the signal continues to be observed even for long durations after the pulse has been off due to the time taken for the photons to migrate to the detector after multiple scattering in the tissue media. | 08-25-2011 |
| 20110150464 | Orbital Angular Momentum In Spatially Multiplexed Optical Fiber Communications - Multiple light beams are launched into a single optical fiber, each respective light beam with a corresponding signal. Each of the respective multi-beams are separated by launching each of the light at a different incidence angle and/or input position, into the optical fiber. In this way, each light beam is able to propagate independently according to its own trajectory inside the fiber. The resultant multi light beams propagate with respective counter cyclical orbital angular momentum with respective helical paths. | 06-23-2011 |
| 20110076223 | Apparatus and Method For Producing Liquid Ferrate - A method for producing a ferrate solution by producing a ferrate intermediate material and then combining the intermediate material with a halogen or ozone solution. | 03-31-2011 |
