Is anyone in this group familiar with lasers?
I have worked with lasers for over forty years, what is your question?
DAB
Hi DAB, I'm looking for a type of laser that can intersect with another laser to interfere or stop the propagation of the lasers. Is there any way of doing this?
How does this work? Will it cause the laser to send out a chopped beam? Can the laser be adjusted by power to shorten the beams distance?
it acts as On/Off switch by using Kerr effect. basically you will create shutter with ultrashort impulse, and you can "chop" other light source with it, aka shutter
Thx, I'll read up on it soon.
it is only for fs lasers, like Ti:Sa or Yb:KGW, since you need lot of intensity to get Kerr effect into action, it's not about average power, it's about peak intensity
I'm looking for a way to control light in free space. In 3D, either lasers or actual light without physical points or objects to reflect it off of.
you should look for Pockels cell, or Faraday rotator, you could control it by voltage/current by using polarized light and polarizer. This is best way to control light from laser. But it is controlled by electricity, not by light, so i don't know will fit your purpose
All this is excellent knowledge! Thx for your time, I will research this more.
If you are asking if one laser beam can interfere with the propagation of another laser beam, I do not think it is possible.
First, the photon stream is very small and the mass of one photon is hard to use as a deflector for another photon.
I am curious as to your intended application.
DAB
For 3D printing from liquids and powders to a 3D monitor for visuals...
OK, I believe most of them use pulsed lasers to control exposure time.
If you use a CW laser, then you can use a simple shutter or deflector mirror to control the beam.
I agree that using a laser to sinter powders to make metal objects is intriguing. I have not been keeping up with the technology, but I know there are a number of pulsed laser with specific wavelengths that make this process easier.
I am currently researching a new way to view individual atoms and how they bind physically, chemically and biologically via photon transfer. One of my goals is to find specific frequencies that facilitate the bonding process with minimal energy needs.
Time will tell.
DAB
OK, I believe most of them use pulsed lasers to control exposure time.
If you use a CW laser, then you can use a simple shutter or deflector mirror to control the beam.
I agree that using a laser to sinter powders to make metal objects is intriguing. I have not been keeping up with the technology, but I know there are a number of pulsed laser with specific wavelengths that make this process easier.
I am currently researching a new way to view individual atoms and how they bind physically, chemically and biologically via photon transfer. One of my goals is to find specific frequencies that facilitate the bonding process with minimal energy needs.
Time will tell.
DAB
That's interesting, I like the idea of controlling atoms with lasers too. The idea is to change the charge of the photons to alter them. I really like this.
If you want a peak at my research, you can get a copy of my book "I Killed Schrodinger's Cat!"
I describe a very simple way to view how subatomic structures are created and how we can use that simple structure can be exploited.
I only use simple algebra and geometry, so you do not have to worry about the math.
We include more math detail for those who feel they need it.
Anyway, it may help you visualize the energy/mass transfer going on at the atomic level.
DAB
Nice book, how many have you sold?
A few dozen or so.
So far we have done very little marketing on the book, but I am taking the ideas forward to redefine the periodic table as a new way to view atomic structures.
We are convinced that the photon is the key to all mass and energy transfer between atoms. I believe this process occurs in all physical, chemical and biological processes.
I will be providing more information as my research continues and my head clears from my current medical issues.
DAB