Photonics - General Science

[x993231]

Watch LWLG I think NVDA has its eye on them. I've held a core position there for 20 years.

[x993231]

Looks Like Lightwave LWLG is making its next move north proly has to do with Global Foundries Rumor GFS.

X

[Freextyle]

Singular in its Genius: The POET Optical Interposer

[mc67]

EPIC moved to Part 4 link

[mc67]

$LWLG Lebby is in the building ... next up..

7:40 PM EST: USA: CORNING OPTICAL COMMUNICATIONS - SVP & CTO, Claudio Mazzali
8:00 PM: USA: OPTOTEST - CTO, Christopher Heisler
8:20 PM: USA: CISCO - Director Technology Development, Peter De Dobbelaere
8:40 PM: USA: LIGHTWAVE LOGIC - CEO, Michael Lebby

[mc67]

$LWLG #5 Breakout boards / #31 most read 9,098 reads

[mc67]

..this person who just posted on the POET board looks like they have a following.. traders.. maybe we'll p/u some longs.. ?

https://investorshub.advfn.com/boards/profilea.aspx?user=33422

[mc67]

https://pubs.acs.org/doi/10.1021/acs.accounts.9b00077

Abstract

Conspectus
Materials with large nonlinear optical (NLO) response have the ability to manipulate the frequency and phase of incident light and exhibit phenomena that form the basis of modern telecommunication systems.

In molecule-based materials, the second- and third-order NLO performance is related to the hyperpolarizability (ß) and second hyperpolarizability (?) of the constituent molecules.

The search for higher ß materials is driven by the desire to keep pace with expanding demand for high speed data transmission, while discovery of high ? chromophores is crucial for the development of emergent photonic technologies reliant on manipulation of “light-with-light”.

For decades, it was believed that for highest performance, organic NLO materials must be composed of planar p-system chromophores, and much exploratory research focused on subtle molecular modifications, which generally yielded incremental increases in µß, where µ is the molecular dipole moment.

The surprising recent discovery that twisted p-system chromophores can exhibit dramatically higher ß values than their planar analogues has revealed a new design paradigm and stimulated the development of high performance twisted intramolecular charge transfer (TICT) chromophores, which are composed of electron-donating and electron-accepting p-substituents joined by a sterically constrained twisted biaryl fragment.

In such chromophores, the twisting of the p-system enforces charge separation in the electronic ground state, leading to large dipole moments and low-lying charge-transfer excitations.

This unique electronic structure forms the basis for enhanced NLO response, with an archetypal TICT chromophore, TMC-2, exhibiting very large second- (µß = 24?000 × 10–48 esu) and third-order (? = 1.4 × 10–33 esu) metrics in dilute low-polarity solutions.

This Account summarizes several approaches to enhance µß in various environments, including (1) manipulating the biaryl torsional angle, (2) modifying the electron accepting fragment, (3) extending conjugation, (4) adding multiple twisted fragments, (5) modifying chromophore side chains, and (6) tuning the chromophore environment.

Another set of modifications is explored to enhance ?, including (1) coupling to a cyanine dye to hybridize the cyanine and TICT orbitals, (2) manipulating the donor and acceptor group identity.

The extensive modifications described above yield a detailed understanding of TICT chromophore molecular NLO response and unambiguous evidence that such chromophores have the potential to revolutionize organic electro-optics.

[mc67]

$POETF POET Technologies buys Indium Phosphide Photonic Devices from Dense Light.

POET Technologies is issuing a C$14 million convertible debenture to bridge the C$34.5-40 million cash sale of its manufacturing plant for Indium Phosphide (InP) photonic devices, DenseLight.

The DenseLight sale is planning to close in October 2019. The convertible debenture pays 1% each month (12% annually) and converts into Units at C$0.40 (consisting of one common share and one warrant). Details of the convertible debenture are in the attached term sheet.

POET is an innovator in chip-scale integration of photonics products for the sensing, data communications and telecommunications markets.

POET has developed the Optical Interposer, a technology which utilizes novel dielectric waveguides that allow the integration of electronic and photonic devices into the same chip-scale package.

This integration allows for dramatic cost reduction (reduces transceiver Bill of Materials (BOM) cost by up to 50%) and is a long-standing industry need.

POET is the only company to introduce true chip-scale integration and wafer scale assembly and test of photonics devices that are flexible and scalable.

POET is at an inflection point for rapid growth. In November 2018, POET received its first orders to evaluate the Optical Interposer from leading global networking companies and has a 2019 revenue guidance of US $8-10 million.

IBK Capital Corp. expects POET’s annual revenue from its Optical Interposer-based Optical Engines for various applications to exceed US $200 million (C$267 million) for 2023—which is more than 20x 2019 revenue.

This revenue growth is also supported by the cumulative Total Available Market (TAM) POET is pursuing for integrated photonics, which is estimated at US $19 billion for 2019-2023. System integrators such as CISCO and Broadcom, and data center providers such as Microsoft, Facebook, Google and Amazon represent about 70% of this total market.

POET’s revenue growth and industry-wide market growth should provide POET with significant share price appreciation.

The sale of DenseLight will transform POET’s balance sheet and consequently allow the company to pursue a fab-light strategy, which involves a less capital-intensive business model and focuses on growing the Optical Interposer business in fast-growth, multi-billion dollar markets driven by internet traffic, datacenter development, 5G networks and the integration of photonics and network switching devices

[mc67]

Proto I answered your PM on the other site..

[mc67]

Frightening Frequencies: The Dangers of 5G & What You Can Do About Them https://eluxemagazine.com/magazine/dangers-of-5g/

[mc67]

Hey X.. I've been reading about this 5G thing and it's getting bad press.. I guess they're attempting to get some of the advantages that LWLG can supply in another way (at the poles - wifi).. not sure but this can make LWLG look good .. no ? or will they not even be related.. tia

[mc67]

$LWLG Lightwave Logic (OTC: LWLG) CEO Interview Series | The Wall Street Analyzer http://wallstreetanalyzer.com/2019/01/31/lightwave-logic-otc-lwlg-ceo-interview-series/

[SteveSchiets]

New LWLG board

https://investorshub.advfn.com/Lightwave-Logic-%22Powered-by-the-speed-of-light%22-35805/

[SteveSchiets]

I bought into Spectra7 today. Foxconn deal looks great.
*******

Future looks very bright for S7.

A few comments to latest developments, and comments on this boards messages.
1. Xbox One X will support all Microsoft MR headsets in the future.
2. S7 chips are inside new PS VR CUH-ZVR2.
3. S7 are still in 100% of all MR devices and that includes Samsung.
4. S7 is leading the industry in HDMI 2.0 chip sales, the new standard of HDMI.
5. Q3 supply chain issue seem to be solved during Q4, so it will still hurt Q4 numbers, but all numbers should be on track for Q1. See analyst reports. Even we don’t always like them, they do have close contact with S7 management.
6. I hear chip supplier burnt S7 in Q3 due to large orders from big playing needing to get their x-mas units in stock, but S7 management is defiantly not without fault. They should have foreseen the problems, created bigger inventory earlier as they are still only a very small customer to chip manufacture.
7. Foxconn Interconnect Technology is only one out of 6 major Data Center Interconnect suppliers, but the only one they are allowed to mention by name. But very positive press release with Foxconn and S7 together. Foxconn must have had good tests and are now ready to back the product.
8. I think the GaugeChanger setup is the same as for VR/AR/MR. S7 will make the chips and send to cable suppliers, who will integrate them into their cables. Still two chips per cable. Also higher margins on the GaugeChanger chips, up to 70%.
9. S7 are always tied with very strong NDA, so they are almost never allowed to mention any names in press releases. Teardowns for VR/AR/MR units are a way for us to confirm S7 chips, but that will be harder to do for Data Center Interconnect cables.
10. Raouf is adding his own experienced management team to lead S7 forward for high growth. First adding semiconductor industry veteran Antony Ng Yukshing as Vice President of Operations and now Darren Ma as the Company's CFO. Both very well connected within the industry, making sure supply chain issues or equal WILL NEVER HAPPEN AGAIN.
11. Patent sale are still open and ongoing and if it is not sold soon they need to raise more money. I think the new CFO have great connections for that.
Bottom line, in my opinion, future looks very bright for S7.
Read more at https://www.stockhouse.com/companies/bullboard/t.sev#g0L51QBPOv4rH03Q.99

[prototype_101]

PLAT4M Si photonics programme completed

https://www.electronicsweekly.com/news/business/plat4m-si-photonics-programme-completed-2017-07/

[SteveSchiets]

Xilinx versus Intel

A Competition of Scale and Technology

http://marketrealist.com/2017/07/what-xilinxs-price-ratios-say-about-its-stock-valuation/

[SteveSchiets]

The $12 Billion Investment In China Unicom Could Spur The Next Leg Up For Lumentum, Oclaro Et Al


https://www.forbes.com/sites/jaysomaney/2017/07/23/the-12-billion-investment-in-china-unicom-could-spur-the-next-leg-up-for-lumentum-oclaro-et-al/?utm_source=yahoo&utm_medium=partner&utm_campaign=yahootix&partner=yahootix&yptr=yahoo#d9c7e1d7b18d

[SteveSchiets]

Deep pockets: US faces $150 billion fibre bill

http://opticalconnectionsnews.com/2017/07/deep-pockets-us-faces-150-billion-fibre-bill/

[SteveSchiets]

George Laboratory


http://www.colorado.edu/lab/georgegroup/

https://aldconference.avs.org/schedule/

[SteveSchiets]

http://www.digilens.com/materials/

Complementing our proprietary DigiLens® technology, the company supplies high-performance electro-optical and photopolymer materials. A fundamental property of any phase grating is that for a given index modulation, thinner gratings have larger angular bandwidth whilst thicker gratings have smaller angular bandwidth. Our materials record world leading index modulation and therefore enable our waveguide performance and capability.

[SteveSchiets]

http://www.digilens.com/materials/

Complementing our proprietary DigiLens® technology, the company supplies high-performance electro-optical and photopolymer materials. A fundamental property of any phase grating is that for a given index modulation, thinner gratings have larger angular bandwidth whilst thicker gratings have smaller angular bandwidth. Our materials record world leading index modulation and therefore enable our waveguide performance and capability.

[SteveSchiets]

Bought CABN

Very risky but then again no pain no gain.



My reply to someone on another board...

...because of the new CEO (ex nasdaq SITO) and his focus on photonics. One sentence in his updated LinkedIn profile got into my head. let see what it becomes. Photonics is something we will need everywere.

We intend to acquire companies with specific applications and services that help us achieve this goal.

https://www.linkedin.com/in/jerry-hug-7126073/

[SteveSchiets]

On-Chip Quantum Optics with Photonic Circuits

http://www.azonano.com/article.aspx?ArticleID=4554

nice pictures!

[SteveSchiets]

Laying the foundations for hybrid silicon lasers

A new technique for manufacturing hybrid silicon lasers paves the way for low-cost, mass-produced photonic devices usable in a range of applications



http://www.research.a-star.edu.sg/research/7713/laying-the-foundations-for-hybrid-silicon-lasers?utm_content=AS7713&utm_source=uk&utm_medium=twitter&utm_campaign=socialtweet

[SteveSchiets]

This is pretty cool tech if you can imagine what it could bring to the car industry. The comment of lebby keep getting through my mind "billions of sensors everywere"

https://www.sciencedaily.com/releases/2017/06/170614112845.htm

[SteveSchiets]

Silicon Photonics

The Memory Scalability At The Heart Of The Machine

https://www.nextplatform.com/2017/06/15/memory-scalability-heart-machine/

[mc67]

$LWLG Please share Steve's Photo :

Jose Pozo from EPIC at the Press Conference of the World Technology Mapping Forum, producing first International Photonic Systems Roadmap. pic.twitter.com/5mM2vzi86l

— EPIC Photonics (@EPIC_photonics) June 14, 2017

Also I had a short make comments to me w/info only found in my personal social media profile, so they're stalking.. and getting ready for a info war, here they mostly tempt ya to react and get limited/banned but the higher ground is seek'n alfa/mt-ley fuools/and even jim cramerz site...

..so get uR DD ready for the comments sections..

[SteveSchiets]

Rethinking the home grid – a case for direct current

https://www.imec-int.com/en/articles/rethinking-the-home-grid-a-case-for-direct-current

[SteveSchiets]

The IoT is coming … but can it be made secure?

https://www.imec-int.com/en/articles/the-iot-is-coming-but-can-it-be-made-secure

[SteveSchiets]

Our man in action!!

https://pbs.twimg.com/media/DCRVNhlWsAAU-Rj.jpg:large

https://twitter.com/Windkracht11

[SteveSchiets]

PIC international in Brussels. Facebook will be there to next to Michael Lebby!

10th-11th APRIL 2018, BRUSSELS, BELGIUM

http://picinternational.net/speakers

[SteveSchiets]

Check this out guys.

http://www.publishing.ninja/V4/page/3735/209/168#

Photonic Integration

Photonic integration was, and still is, a mix of different approaches. Different material systems are used for single chip integration including Indium Phosphide (InP), silica on silicon, polymers, etc

[SteveSchiets]

IBM scientists achieve 60 Gb/s with optical receiver in in 14nm CMOS FinFET

[mc67]

$LWLG Our CEO Is COOL !!!

Living at the speed of light, What is photonics ? Take a look at its application and how you benefit from it in your every day life.

-

ECOC Exhibition 2016 – Michael Lebby – Lightwave Logic

[mc67]

..I feel sorry for the new people coming around this msg. board group (and for the company to an extent) I've reached out for a few years and asked questions, posted here and there only to be met with frustration because many of you lack some serious people skills. are rude and probably hurting the company, I've asked for things to post when many of you were reduced to one a day, I was willing to support the company by posting positive DD msg's only to given chit and ignored.. unbelievable !!

clique [klek, klik]

NOUN

a small group of people, with shared interests or other features in common, who spend time together and do not readily allow others to join them.

..maybe some of you should take some tips from Lebby and be outgoing, engage and excite others ...

[SteveSchiets]

5 nanometer transistor -- how they did it

But at what cost? Polymers to the rescue!

[mc67]

$LWLG Super Fast Plastic that Controls Photons the Same way that Silicon Controls Electrons.

Many are too young to remember, but It will Revolutionize Communications and Computing the same way that Transistors Did.

When it Replaced the Vacuum Tube or Fiber Optics Replaced Copper or the Cell Phone replaced the old corded phone.

The Material is Proprietary and uses Much Less Electricity than anything else out there so it is a Very “Green” Technology it also makes Economic sense.

It is Compatible With all materials Currently used in Devices so Hybrid Devices will Be a Piece of Cake.

It is Also Compatible with The CMOS process and Does not Require Expensive Packaging which Will allow for immediate acceptance into the market.

The World is Consuming Data at a Rate that is not Sustainable with Today’s Technology’s Period.

If a product can solve a problem it will succeed and the World does In fact have a Hugh Problem, Just as Electricity replaced Whale Oil for lighting the world, The Rubber Tire Replaced the Wooden Wheel, the Steam engine replaced the Horse, Light Must Replace Electricity and Folks this material has as many uses as Gore-Tex.

The Company has ZERO Debt and always keeps 6 months of cash on hand.

Keep Your Eye on this One, I have for 13 Long Years, the Labs are in Place, they have World Class Talent, Proven Leaders that are Working On Their Legacies, lastly the Material is Proven.

I started out with a small position and studied this when I had time 2-4 hours a week for 13 years now, as I began to understand more I’d buy a little more, as they reduced the risk I increased my investment.

I have literally watched as 100’s started out as skeptics and then once they researched it became a supporter.

Opportunities with this kind of potential timed to hit the market as precisely the correct time only come along one or twice in a lifetime.

Do Your Homework, If it makes sense (and it will) then it is probably true, if one is still skeptical or a worrier IMO just buy a small amount through one of the internet brokerage firms it only costs like 5 bucks a trade, but be forewarned that games will be played folks, many Fortune 500s and University’s that do not have access to this material as well as skeptics in the market will play games.

Next Week Michael Lebby will introduce This Technology to the World then it will work its way up in value, the march north will be a jagged line, as this moves up if you think you time it then more power to you.

Expect a partnership announcement soon (1 to 3 months).

Honestly there is too much money in the fortune 100 world for them not to just trade us dollars for our shares, Buyout Coming? IMO, Yes.

Xster

[mc67]

I bought in 2013 and kinda ignored this stock because I don't understand 90% of the tech, but knew in my gut this was something special, then in late 2016 I started to get worn down and even thought ugH, another OTC and considered selling, then all these big moves started happening.. and I started to read and learn more.. I'm at about 55% now and LWLG seems like a completely different company today compared to those moments in 2016 and like many others I bought more..

Q. (to p/u some action on this board) Where do you see the Company going during the 2nd 1/2 of 2017 ? I can't really say because these Seasoned Cats running Lightwave are making moves that are surprising many of you Old-timers here.. and that has me puzzled even more, as to what may be next.

[SteveSchiets]

BioPhotonics, another big oppertunity, imo

Global $20.3 Billion Biophotonics Market Overview 2017-2022

http://www.novuslight.com/global-20-3-billion-biophotonics-market-overview-2017-2022_N6981.html

[SteveSchiets]

proto, snez and scope are added. that's the max. If someone want in and trade for a seat, please let me know.

[prototype_101]

Steve, I was hoping Rick or someone more technical could comment on this topic, so does the BB Photonics patent referenced in my earlier posts #47 and #48 come into play as an obstacle for LWLG, my hunch would be, no, but that is only based on the fact that I have not heard LWLG speak of this as an issue in any of its recent presentations on our tech

[x993231]

Steve add Proto Snez Inversor or Mc to fill those slots.

The Lightwave board is going downhill fast.

Xster

[SteveSchiets]

I just going to post it here because I have no clue or very little understanding what 'dielectrics' mean. I thought that Lebby said something in an article of PIC international but can't find it. (edit:just found it)

http://www.picinternational.net/picinternational2017

In addition to incumbent PIC technologies such as InP and GaAs, we heard updates on Silicon Photonics (SiP), Polymer Photonics (PP), as well as a new category, Dielectric Photonics (DP).

I just saw something coming out from Dow Chemical and dielectrics packaging.

http://www.dowelectronicmaterials.com/products/advanced_chip_packaging/dielectrics.htm

Can it be linked?

[prototype_101]

Paullee, near the end of the article it says the demo device is available to companies and research groups, so I would venture to say the full specs are not commercial worthy at present time, your question on cost is important too, as I understand it, even silicon photonics has issues in scaling costs needed to get through Dr Lebby's purple brick wall 2018-2020, LWLG polymer photonics achieve this scaling however

[Paullee]

well, do you want to answer that question on the LWLG board?

[SteveSchiets]

Paullee, polymers can work together on a silicon platform. This board is more a general photonic board. This way we can keep gathering other news.

[Paullee]

Steve, how does this compare to lightwave.
Sounds like they are ahead in the race!
Any idea about cost?

[SteveSchiets]

New silicon photonics technology delivers faster data traffic in data centers

http://magazine.imec.be/data/120/reader/reader.html?t=1494578366388#!preferred/1/package/120/pub/126/page/8

[SteveSchiets]

Picking the best corporate partner for your startup