Below are eight of our most exciting new technologies. Click on each item for more detailed information. If you are a member of the Cyrospace network and would like to see your technology showcased here, email us at info@cyrospace.com.

1. Photonic Switching Using Light Bullets An ultra-fast, all-optical switch design using "light bullets." By using highly non-linear materials in a sold-state device, a photonic switch would far surpass the switches used in today's telecomunications and data networks.

3. Dense Ceramic Membranes for Fuel Cells A new, scalable technology for easier and more cost-effective production of the ceramic tubes used in solid oxide fuel cells.

4. Retinex Edge Detector and Contrast Enhancer A software package that enhances contrast in digital images thus making it easier to detect lesions and other abnormalities in digital mammograms. This technology also applies to the analysis of satellite or deep space photography.

5. Two-Stroke Internal Combustion Engine A new design for the two-stroke internal combustion engine that does not employ a piston. This breakthrough design is very flexible in that the engine can employ either spark or compression ignition thus allowing gasoline, diesel, or gaseous fuels to be used.

6. High Efficiency Momentum Wheel for Micro Satellites This technology uses the interaction between a high temperature superconductor and a permanent magnet, to produce a totally passive levitated wheel. The immediate benefit being reduced size and weight for micro-satellites used by the telecom industry and goverment agencies.

7. Boron-Nitride Based Multilayer Ceramic Capacitors for High-Energy Density Storage This new capacitor design offers numerous benefits over existing technologies such as: high energy density storage, greater range of operating voltage, higher frequencies, low loss as well as high specific energy and increased temperature ceilings. The potential market for this invention includes semiconductor industries, military and space applications.

8. Heat-Stable Surface Modifying Agents These nanoscale Teflon-like coatings can be used to tailor the properties (e.g. wetting, adhesion, and friction) of both metallic and non-metallic surfaces for applications ranging from microelectronics devices to biomedical implants.