$LWLG (copy) x993231
Here we go, I’ll do a ½ hour unprofessional dissertation.
So There are times when the world reaches a crossroad, Whale oil vs Electric Lights, D.C. Vs. A.C. Electric, Vacuum tube replaced by transistors, Nylon, Teflon, GoreTex, Fax Machines, hand held calculator’s, Cell Phones and on and on.
Think of your life today vs just 10 years ago, we think nothing of watching our dog from work, or checking on the mail man, downloading a video, pay a bill online, and order anything and have it delivered in 1 day at 1/5 of the cost.
Did you know that Amazons biggest money maker is hosting web sites? I didn’t either. And guess what all that data has to be stored and transmitted in the proper order.
And to date the fastest thing in the universe is Light. It simply does this job better than electricity.
At first the world thought the answer was Multimode Lightwaves /\/\/\/\/\/ (Big Pipe) but the wavelength gets distorted over longer distances, and there is single mode - - - - - - Faster Straighter Lightwave’s that do not bounce around. Intel tried the multimode approach but it never made sense to me, I’ve always said that Single mode will win out, others argued that the way to get more data was to simply send more colors down the /\/\/\/\/ big pipe.
Recently the industry has in fact moved in the direction of single mode. So what Lightwave does is Produce a Polymer (Plastic) that is compatible with today’s computers and can take the Electrons with 1’s and 0’s in the computer on Silicon, run them through a wire and Modify a Laser Beam’s Lightwave (Single Mode) and send the 1’s and 0’s off down the line on a Single mode laser.
Lightwave Polymer is so fast that it can flinch, imbed data and get ready to do it again in a Fempto second, (a fempto second is to a second what a second is to 31.71 million years) In the past Others have tried and succeeded (on speed), However their polymers were NOT stable, Not compatible with Silico and InP, it is as simple as that. Lightwave invented a polymer that is stable; then modified it to control light, it can hold up to the hammering of the Laser and the High Temperature used to liquefy the polymer and Pole the polymer (Line up the North and South poles Like Magnets).
The process works something like this, first squirt out the polymer onto silicon, spin it like a painting on the boardwalk to distribute the coating evenly, then heat it up and pole it. Imbed a wire and a ground into few different layers that either react or insulate it the attach an InP laser (attach power to the laser), and somewhere in the process they dice it up into super small pieces.
Today’s devices are made of InP and Silicon which simply is not as fast as Lightwaves Polymer (It looks like Lightwave’s Polymer is 3 to 4 times faster than those materials) To date the industries solution has been to take 25 Gig Modulators and gang them up beside each other and to modify the lightwaves then use PAM4 to multiply blah blah blah, talk about Rube Goldberging it,
Oh and as important and because they require more voltage the 1’s and 0’s in todays devices must step up the voltage using an additional component. Lightwaves new modulator patent has done away with this component which makes it cheaper because the data can roll right from the computer to the wires powering the Modulator ad head off on the laser to the other end.
https://patents.justia.com/patent/20180259798
Oh quick history lesson, so the Goo was invented in Delaware tweaked for years but without a device they couldn’t convince anyone to try this (too many had been burned with the flimsy ish polymers), so Lightwave decided to create its own device lab, they moved to Denver.
Lebby and Leonberger hammered out 3 devices in less than a year. 100 Gig s the answer, we are AHEAD of CURVE.
Folks we are about there, this last group of 3 will help immensely. I think this will end in a buyout; we all have our price, 1 share, 1 vote.
I’m going to listen to the gray matter on the Board, they have forgotten more than I’ll ever know. If you don’t believe me attend the shareholder meeting and try and hold a conversation with any of them, then as soon as you think you get it, ask them show you the math, LOL.
I’m a little under the weather so I don’t know if this makes sense.
Xster, and to think that they have done all of this so we can close our garage door and turn down your heat while on the tarmac taxing out to attend the Shareholders meeting in Dever, on ??.
See Ya There
Up down, round n round the price will go.
We are heading into some VERY exciting times. Get your Tickets (Shares) while they are reasonably priced, hold em or roll em, good luck.
Here we go, I’ll do a ½ hour unprofessional dissertation.
So There are times when the world reaches a crossroad, Whale oil vs Electric Lights, D.C. Vs. A.C. Electric, Vacuum tube replaced by transistors, Nylon, Teflon, GoreTex, Fax Machines, hand held calculator’s, Cell Phones and on and on.
Think of your life today vs just 10 years ago, we think nothing of watching our dog from work, or checking on the mail man, downloading a video, pay a bill online, and order anything and have it delivered in 1 day at 1/5 of the cost.
Did you know that Amazons biggest money maker is hosting web sites? I didn’t either. And guess what all that data has to be stored and transmitted in the proper order.
And to date the fastest thing in the universe is Light. It simply does this job better than electricity.
At first the world thought the answer was Multimode Lightwaves /\/\/\/\/\/ (Big Pipe) but the wavelength gets distorted over longer distances, and there is single mode - - - - - - Faster Straighter Lightwave’s that do not bounce around. Intel tried the multimode approach but it never made sense to me, I’ve always said that Single mode will win out, others argued that the way to get more data was to simply send more colors down the /\/\/\/\/ big pipe.
Recently the industry has in fact moved in the direction of single mode. So what Lightwave does is Produce a Polymer (Plastic) that is compatible with today’s computers and can take the Electrons with 1’s and 0’s in the computer on Silicon, run them through a wire and Modify a Laser Beam’s Lightwave (Single Mode) and send the 1’s and 0’s off down the line on a Single mode laser.
Lightwave Polymer is so fast that it can flinch, imbed data and get ready to do it again in a Fempto second, (a fempto second is to a second what a second is to 31.71 million years) In the past Others have tried and succeeded (on speed), However their polymers were NOT stable, Not compatible with Silico and InP, it is as simple as that. Lightwave invented a polymer that is stable; then modified it to control light, it can hold up to the hammering of the Laser and the High Temperature used to liquefy the polymer and Pole the polymer (Line up the North and South poles Like Magnets).
The process works something like this, first squirt out the polymer onto silicon, spin it like a painting on the boardwalk to distribute the coating evenly, then heat it up and pole it. Imbed a wire and a ground into few different layers that either react or insulate it the attach an InP laser (attach power to the laser), and somewhere in the process they dice it up into super small pieces.
Today’s devices are made of InP and Silicon which simply is not as fast as Lightwaves Polymer (It looks like Lightwave’s Polymer is 3 to 4 times faster than those materials) To date the industries solution has been to take 25 Gig Modulators and gang them up beside each other and to modify the lightwaves then use PAM4 to multiply blah blah blah, talk about Rube Goldberging it,
Oh and as important and because they require more voltage the 1’s and 0’s in todays devices must step up the voltage using an additional component. Lightwaves new modulator patent has done away with this component which makes it cheaper because the data can roll right from the computer to the wires powering the Modulator ad head off on the laser to the other end.
https://patents.justia.com/patent/20180259798
Oh quick history lesson, so the Goo was invented in Delaware tweaked for years but without a device they couldn’t convince anyone to try this (too many had been burned with the flimsy ish polymers), so Lightwave decided to create its own device lab, they moved to Denver.
Lebby and Leonberger hammered out 3 devices in less than a year. 100 Gig s the answer, we are AHEAD of CURVE.
Folks we are about there, this last group of 3 will help immensely. I think this will end in a buyout; we all have our price, 1 share, 1 vote.
I’m going to listen to the gray matter on the Board, they have forgotten more than I’ll ever know. If you don’t believe me attend the shareholder meeting and try and hold a conversation with any of them, then as soon as you think you get it, ask them show you the math, LOL.
I’m a little under the weather so I don’t know if this makes sense.
Xster, and to think that they have done all of this so we can close our garage door and turn down your heat while on the tarmac taxing out to attend the Shareholders meeting in Dever, on ??.
See Ya There
Up down, round n round the price will go.
We are heading into some VERY exciting times. Get your Tickets (Shares) while they are reasonably priced, hold em or roll em, good luck.
Lightwave Logic Inc (LWLG) Stock Research Links
$MJ
