Photography at light speed:
It seems impossible, but they are not far from reality. Cameras with Light Speed Shutters (LSS) are an important tool to capture images from distant planets. The use of these cameras in astronomy will allow scientists to capture images much sharper with much more details that never been available before.
This new revolutionary technology allows shutters to operate at unbelievable speed of 1/10,000,000,000+ of a second, at this speed we can capture light and see how Photons are shaped and how light looks like when it leaves its source. This technology also allows the capture of 1,000,000,000+ high quality images per second, unbelievable again. At this stage the number of taken images is limited to 1,000,000,000 per second, but it would be possible to capture more in the near future as the technology advances.
Some functions of the new device:
to be used as a guide only,
If this new device is built into any digital camera it can do things like never before:
- Shutter speed of approximately 1/10,000,000,000+ of a second,
- Take approximately 1,000,000,000+ high quality images per second (in high-end industrial versions),
- Take billboard size, high quality images that few of them can fit on a floppy,
- If built into digital cameras, it can broadcast full screen high quality live television on DSL connections,
- Communicate with high quality images over the copper line using web cams,
- Cost effective, very cheap to manufacture, and compatible to current camera designs,
CURRENT TECHNOLOGY | NEW TECHNOLOGY | |
---|---|---|
Maximum Shutter Speed per Second | 1/4,000 - 1/8,000 | 1/10,000,000,000+ |
High Resolution Images per second | 4-5 | 1,000,000,000+ |
Maximum Image Size | 4064 x 2704 pixels | Billboard+ * |
Image Size for Web Cams | 320x320 - 640x640 (poor quality, slow) | Screen Size (high quality, fast) |
Large, High Resolution Image Size | Large/Fine: approx. 4.1 MB (4064 x 2704) RAW: approx. 11.4 MB (4064 x 2704) | 50-500 Kb |
Image Size for television broadcast - dial-up connection | 320x320 (poor quality, slow) | Screen Size (high quality, fast) |
Image Size for Television Broadcast - DSL connection | 320x320 (poor quality, fast) 640x640 (better quality, slow) | Screen Size (superior quality, fast) |
Live Television Broadcast** | No | Yes |
Multiple Camera Angle | No | Yes |
Future Proof | No | Yes |
* Maximum capability of the new device is depending on the capability of the camera itself, it can increase with the improvement and advancement of technology in other parts of camera.
** Live television broadcast is currently available as they claim (!) in a format that programs are recorded into a file and that file becomes available for use by browser and players, so in fact it is a recorded broadcast but very close to the real time of live event. The new technology allows the browsers to have access to the images that is coming out of the camera directly. This means viewer on the other side of the world can choose a different camera angle without a wait for buffering.
It is unbelievable but true. As this technology is currently presented to camera manufacturers, I am unable to elaborate on this matter any further at this stage. Continue visiting this site to see any progress are made to develop such camera. This is the first after the invention of first camera more than 100 years ago. This is the time that a new chapter is added to the history.
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