Lightwave Logic Inc (LWLG)

[x993231]

OK “X, You have to decide what properties are most needed in your intended device.”

Um OK off the cuff, some very simple things would be

First of all 250c for >30 Minutes
Fempto second response time
R33 >250 ppv @ 1550 (I guess)
Oh resists photo bleaching
Does not require protection from Oxygen.
Oh is 98% or 99% purity good enough (y0ou tell us) because they can do that so let’s throw that in there as well.

1.) ½ Hour max temp
2.) Response time a fempto second or better
3.) R33 >250c
4.) Resists Photo bleaching
5.) Oxygen
6.) >98% purity

Let us just start with that, give me 5 that meet that criteria so I can print them out and put them next to my screen and research them at my leisure, then we can break them down in other areas.


Oh and are you still sticking with this comment for “poled electro-optic polymers”

“3. Does the data for electro-optic coefficient fit well to a two-level model? As you approach the absorption peak there is a large increase in absorption but also a very large increase in electro-optic coefficient. For single pass (SLM) devices absorption does not matter so much so devices with very high r33 and low voltage can be created. Most EO materials should fit this model well. A simple graph showing data at 1310nm and 1550nm (980nm would also be helpful) would show that this is not some bogus material.”

Wifey calling gotta go

X