Can I use inexpensive laser diodes to create white reflecting hologram ?

In summary, it is possible to use inexpensive laser diodes to create white reflecting holograms. This technique involves combining the light beams from multiple laser diodes to create a white light source, which is then reflected off of a holographic plate to produce the holographic image. While this method may not produce high-quality holograms like those created with more expensive equipment, it can still be a cost-effective and accessible way to create holographic displays.
  • #1
ngkamsengpeter
195
0
I read the tutorial on http://www.3dimagery.com/ on how to create a white light reflecting hologram but the He-Ne laser is too expensive for me . So I want to ask that can I use inexpensive laser diodes in the place of He-Ne gas lasers .

Besides that I see the websites say that the transmisson hologram can produce a virtual and real image but I don't it doesn't say white light reflecting can also produce a real image ( the image in front of the hologram plate ) . So , I want to ask that can a white light reflecting hologram produce a real image ?
 
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  • #2
Why no one answer me ? Please help me !
 
  • #3
Hard 2 do

I never tried to make a white light reflecting hologram, but I did try making holograms the old fashioned way (split beam, target, film emulsion).

Expense wasn't the problem for me. I got a nice little helium argon laser from Edmund Scientific for around a hundred bucks, a few first surface mirrors, beam splitter, and lens, for about fifty bucks more.

The problem that messed up my efforts was VIBRATION. Even the tiniest vibrations blurred the focus of my holograms to the point where all I got were nifty 3-D looking blobs.

I finally got to the point where I tried mounting the whole set-up on a big piece of concrete my dad and I hauled home from a site where they were demolishing a bridge, and placing that on a pile of newspaper and sheets of 1/4 inch thick neoprene foam.

That improved things to the point of getting 3-D blobs more or less shaped like the chess pieces I was trying to holograph, but I never was able to produce anything worth the effort.

Later, in college, I was able to make stunning holographs, but that was in a lab where the table everything was set up on was a VERY expensive table specifically designed and built to cut vibration to near zero.

Everything you need in the way of a laser, optics, and film, can be bought here:

www.ScientificsOnline.com

The stuff needed is actually pretty cheap, but, if you're like me, and live less than a quarter mile from a major highway, I doubt you're going to have much success w/o a quarter million dollar vibration isolation rig to set it up on.
 

1. Can inexpensive laser diodes produce high-quality white reflecting holograms?

It is possible to use inexpensive laser diodes to create white reflecting holograms, but the quality of the hologram may not be as high as those created with more expensive lasers. The resolution and brightness of the hologram may be affected by the quality of the laser diode.

2. What is the process for creating a white reflecting hologram using inexpensive laser diodes?

The process for creating a white reflecting hologram using inexpensive laser diodes is similar to that of creating a hologram with more expensive lasers. You will need to use a laser, a holographic plate, and an object to be recorded. The laser will need to be split into two beams, with one beam reflecting off of the object and the other beam being directed onto the holographic plate. The interference pattern created by the two beams will be recorded on the plate, resulting in a white reflecting hologram.

3. Are there any limitations to using inexpensive laser diodes for white reflecting hologram creation?

Yes, there are some limitations to using inexpensive laser diodes for creating white reflecting holograms. The main limitation is the lower quality of the hologram compared to those created with more expensive lasers. The resolution and brightness may not be as high, and the hologram may be more susceptible to noise and distortions. Additionally, the availability of certain wavelengths may be limited with inexpensive laser diodes, which can affect the quality of the hologram.

4. What factors should I consider when choosing inexpensive laser diodes for creating white reflecting holograms?

When choosing inexpensive laser diodes for creating white reflecting holograms, it is important to consider the power output, wavelength, and stability of the laser diode. The power output should be high enough to produce a bright hologram, and the wavelength should be compatible with the holographic plate being used. Additionally, a stable laser diode will result in a more consistent and higher quality hologram.

5. Can I use multiple inexpensive laser diodes to improve the quality of my white reflecting hologram?

Yes, using multiple inexpensive laser diodes can improve the quality of a white reflecting hologram. By combining the lasers, you can increase the power output and improve the resolution of the hologram. However, it is important to ensure that all of the lasers are in sync and have the same wavelength to avoid any interference or distortions in the hologram.

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