Three-dimensional real time super-resolution digital holography recording system

Abstract

The invention relates to a three-dimensional real time super-resolution digital holography recording system, which belongs to the field of three-dimensional microscopic imaging technology and comprises an incident light generation system and a recording system. The incident light generation system comprises a femtosecond pulse laser, a frequency doubling crystal, a dichroscope, an optical path delay system and an unpolarized beam splitter. Said recording system comprises a microobjective and a series of polarized beam splitter and unpolarized beam splitter, a reflector, a digital camera and a computer holography image processing and reproducing system. With the technologies of wavelength division, angle division, time division and polarization division multiplexing and with the optical frequency doubling crystal, the lasers sent from the laser device can be divided into two lasers with different wavelengths to enter the recording system; then a digital holography record for the three-dimensional real time super-resolution imaging can be realized in one frame image of Charge Coupled Device (CCD) through a series of beam splitting, high resolution, large view field and large depth of field. The invention has the advantages of simple system and more information records, which can simultaneously improve the space resolution and time resolution and can be widely applied to the three-dimensional real time high-resolution imaging for the microscopic object.

Description

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AI Technical Summary

Benefits of technology

This patented device allows for precise control over how many layers of data from various angles fall onto top of another layer during photography by adjusting certain parameters such as timing delays and intensity levels. These techniques help create 3D images faster because they involve exposure to both strong and weak lights instead of just single brightness values like red/green colors. Additionally, this technique also prevents any unwanted signals from being mixed up into specific areas within the scene's area behind them. Overall, these technical improvements improve the quality of 3D cameras while reducing their size and cost.

Problems solved by technology

This patented technical problem addressed in this patents relates to achieving both space resolution and depth of observation capabilities simultaneously during an entirety of digital photography. Current methods require expensive equipment like scanning electronics, resulting in slow down times due to their low speeds. Additionally, current techniques are limited because they cannot capture fine details accurately even if there were small changes made within them over multiple frames.

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