From leviathan at libresilicon.com Sun Nov 1 19:21:02 2020 From: leviathan at libresilicon.com (David =?ISO-8859-1?Q?Lanzend=F6rfer?=) Date: Sun, 01 Nov 2020 18:21:02 +0000 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> Message-ID: <1673976.WIA4l6labv@lenny> Hi So about the maskless stepper aligner. Turns out those folks already have developer their own MicroLED displays in the process of manufacturing photonic circuitry. Jana is right now assembling a project sheet for a microscope system, I could develop for them and get paid for. The funny part is, that with a few modifications the same system could be turned into a maskless stepper aligner using their displays. So they might actually pay me for doing the heavy lifting on the stepper aligner... However, I have heard back from INL yet, and was busy working on some other side jobs, that's why I overlooked this email until now. Cheers -lev On Tuesday, September 15, 2020 5:08:29 AM WET Pavel Nikulin wrote: > Looking up to it, and good luck! > > It would be very interesting to see how was the progress on the maskless? > Have either DLP, or MicroLED matrix gone beyond the drawing board stage? > > On Mon, Sep 14, 2020 at 5:57 PM David Lanzend?rfer < > > leviathan at libresilicon.com> wrote: > > Hi folks > > So on Wednesday, 10 am Portuguese time, I'm having a ZOOM conference > > with the other folks of the Photonics lab at INL, where I'll be showing a > > presentation I'm right now tinkering together. > > The goal is to use LibreSilicon in combination with their Integrated > > Photonics, in order to build neuromorphic chips. > > By becoming part of Jana's research project (she's a professor for > > photonics > > at INL), she and I can make LibreSilicon part of the university projects > > which > > would make it subject to direct EU funding. > > Just a heads up. > > > > Cheers > > -lev_______________________________________________ > > Libresilicon-developers mailing list > > Libresilicon-developers at list.libresilicon.com > > https://list.libresilicon.com/mailman/listinfo/libresilicon-developers -------------- next part -------------- A non-text attachment was scrubbed... Name: signature.asc Type: application/pgp-signature Size: 195 bytes Desc: This is a digitally signed message part. URL: From pavel at noa-labs.com Fri Nov 13 13:37:07 2020 From: pavel at noa-labs.com (Pavel Nikulin) Date: Fri, 13 Nov 2020 18:37:07 +0600 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: <1673976.WIA4l6labv@lenny> References: <2095836.x4sCsodQNA@lenny> <1673976.WIA4l6labv@lenny> Message-ID: Glad to hear that David, I recently heard that JBD is still alive, kicking, and are finally ready to sell stuff on the open market. I doubt you will ever want to deal with a Chinese company again, but if not, you can think of using them to fab the LED matrix. The biggest asset they have is a know-how for how to put many dissimilar semiconductors onto silicon wafers. On Mon, Nov 2, 2020 at 12:21 AM David Lanzend?rfer < leviathan at libresilicon.com> wrote: > Hi > So about the maskless stepper aligner. > Turns out those folks already have developer their own MicroLED displays > in the process of manufacturing photonic circuitry. > Jana is right now assembling a project sheet for a microscope system, > I could develop for them and get paid for. > The funny part is, that with a few modifications the same system could > be turned into a maskless stepper aligner using their displays. > So they might actually pay me for doing the heavy lifting on the stepper > aligner... However, I have heard back from INL yet, and was busy working > on some other side jobs, that's why I overlooked this email until now. > > Cheers > -lev > > On Tuesday, September 15, 2020 5:08:29 AM WET Pavel Nikulin wrote: > > Looking up to it, and good luck! > > > > It would be very interesting to see how was the progress on the maskless? > > Have either DLP, or MicroLED matrix gone beyond the drawing board stage? > > > > On Mon, Sep 14, 2020 at 5:57 PM David Lanzend?rfer < > > > > leviathan at libresilicon.com> wrote: > > > Hi folks > > > So on Wednesday, 10 am Portuguese time, I'm having a ZOOM conference > > > with the other folks of the Photonics lab at INL, where I'll be > showing a > > > presentation I'm right now tinkering together. > > > The goal is to use LibreSilicon in combination with their Integrated > > > Photonics, in order to build neuromorphic chips. > > > By becoming part of Jana's research project (she's a professor for > > > photonics > > > at INL), she and I can make LibreSilicon part of the university > projects > > > which > > > would make it subject to direct EU funding. > > > Just a heads up. > > > > > > Cheers > > > -lev_______________________________________________ > > > Libresilicon-developers mailing list > > > Libresilicon-developers at list.libresilicon.com > > > https://list.libresilicon.com/mailman/listinfo/libresilicon-developers > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From leviathan at libresilicon.com Sat Nov 14 00:16:47 2020 From: leviathan at libresilicon.com (David =?ISO-8859-1?Q?Lanzend=F6rfer?=) Date: Fri, 13 Nov 2020 23:16:47 +0000 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> <1673976.WIA4l6labv@lenny> Message-ID: <3571124.I6790z2HAa@lenny> Hi Pavel I'm totally happy to keep on working with Chinese companies. Now that I've left I just realized how much China was like the first true home I ever had in my life. It's cool that there are so many people from China living here in Portugal. Because I hardly speak any Portuguese yet, we always have to fall back to ??? and everyone immediately notices that I've learned it in Guangdong. ?? A woman who works as professor and is my link in INL is right now learning Chinese and is picking up my terrible accent from ??/?? and ?? in general xD She's helping me with filing all the paperwork to get started. As I've mentioned previously, they're already working on a system, similar to ours, so if JBD could deliver the imaging chip, it would be fantastic, because we'd just have to put it together. How many mega pixels can they deliver? How much money will it be? Cheers -lev On Friday, November 13, 2020 12:37:07 PM WET Pavel Nikulin wrote: > Glad to hear that David, > > I recently heard that JBD is still alive, kicking, and are finally ready to > sell stuff on the open market. I doubt you will ever want to deal with a > Chinese company again, but if not, you can think of using them to fab the > LED matrix. The biggest asset they have is a know-how for how to put many > dissimilar semiconductors onto silicon wafers. > > On Mon, Nov 2, 2020 at 12:21 AM David Lanzend?rfer < > > leviathan at libresilicon.com> wrote: > > Hi > > So about the maskless stepper aligner. > > Turns out those folks already have developer their own MicroLED displays > > in the process of manufacturing photonic circuitry. > > Jana is right now assembling a project sheet for a microscope system, > > I could develop for them and get paid for. > > The funny part is, that with a few modifications the same system could > > be turned into a maskless stepper aligner using their displays. > > So they might actually pay me for doing the heavy lifting on the stepper > > aligner... However, I have heard back from INL yet, and was busy working > > on some other side jobs, that's why I overlooked this email until now. > > > > Cheers > > -lev > > > > On Tuesday, September 15, 2020 5:08:29 AM WET Pavel Nikulin wrote: > > > Looking up to it, and good luck! > > > > > > It would be very interesting to see how was the progress on the > > > maskless? > > > Have either DLP, or MicroLED matrix gone beyond the drawing board stage? > > > > > > On Mon, Sep 14, 2020 at 5:57 PM David Lanzend?rfer < > > > > > > leviathan at libresilicon.com> wrote: > > > > Hi folks > > > > So on Wednesday, 10 am Portuguese time, I'm having a ZOOM conference > > > > with the other folks of the Photonics lab at INL, where I'll be > > > > showing a > > > > > > presentation I'm right now tinkering together. > > > > The goal is to use LibreSilicon in combination with their Integrated > > > > Photonics, in order to build neuromorphic chips. > > > > By becoming part of Jana's research project (she's a professor for > > > > photonics > > > > at INL), she and I can make LibreSilicon part of the university > > > > projects > > > > > > which > > > > would make it subject to direct EU funding. > > > > Just a heads up. > > > > > > > > Cheers > > > > -lev_______________________________________________ > > > > Libresilicon-developers mailing list > > > > Libresilicon-developers at list.libresilicon.com > > > > https://list.libresilicon.com/mailman/listinfo/libresilicon-developers -------------- next part -------------- A non-text attachment was scrubbed... Name: signature.asc Type: application/pgp-signature Size: 195 bytes Desc: This is a digitally signed message part. URL: From eegerferenc at gmail.com Sat Nov 14 01:29:18 2020 From: eegerferenc at gmail.com (=?UTF-8?B?w4lnZXIgRmVyZW5j?=) Date: Sat, 14 Nov 2020 01:29:18 +0100 Subject: [Libre-silicon-devel] libresilicon.com domain sinkholed Message-ID: Hello David, Sorry for spamming all 4 addresses I know, I just wanted it to make sure you received it due to the subject above. >From Hungary and Germany at least, it seems that the secondary DNS provider "buddyns.com" is sinkholing both lanceville.cn and libresilicon.com domains by replying 127.0.0.1 to all requests. The libresilicon website, git, the list server and the mumble server all are affected. I managed to access them by manually digging the IPs starting from dns.lanceville.cn's glue record in the chinese DNS, but ... Regards, Ferenc -------------- next part -------------- An HTML attachment was scrubbed... URL: From pavel at noa-labs.com Wed Nov 18 12:13:44 2020 From: pavel at noa-labs.com (Pavel Nikulin) Date: Wed, 18 Nov 2020 17:13:44 +0600 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: <3571124.I6790z2HAa@lenny> References: <2095836.x4sCsodQNA@lenny> <1673976.WIA4l6labv@lenny> <3571124.I6790z2HAa@lenny> Message-ID: Then, I think it's worth contacting them. The guy behind the company is Qiming Li. He is the one who has the wafer bonding tech http://www.jb-display.com.cn/?page_id=13375 Given that you probably need AlN to get deep enough UV, there is no guarantee that it will work with them. But they do have GaN on Si done, which means they can get very close to i-line lamps which were used back in the eighties. As for megapixels, they previously had 10,000 DPI prototypes. On Sat, Nov 14, 2020 at 5:16 AM David Lanzend?rfer < leviathan at libresilicon.com> wrote: > Hi Pavel > I'm totally happy to keep on working with Chinese companies. > Now that I've left I just realized how much China was like the first true > home > I ever had in my life. It's cool that there are so many people from China > living here in Portugal. > Because I hardly speak any Portuguese yet, we always have to fall back to > ??? > and everyone immediately notices that I've learned it in Guangdong. ?? > A woman who works as professor and is my link in INL is right now learning > Chinese and is picking up my terrible accent from ??/?? and ?? in general > xD > She's helping me with filing all the paperwork to get started. > As I've mentioned previously, they're already working on a system, similar > to > ours, so if JBD could deliver the imaging chip, it would be fantastic, > because > we'd just have to put it together. > How many mega pixels can they deliver? > How much money will it be? > > Cheers > -lev > > On Friday, November 13, 2020 12:37:07 PM WET Pavel Nikulin wrote: > > Glad to hear that David, > > > > I recently heard that JBD is still alive, kicking, and are finally ready > to > > sell stuff on the open market. I doubt you will ever want to deal with a > > Chinese company again, but if not, you can think of using them to fab the > > LED matrix. The biggest asset they have is a know-how for how to put many > > dissimilar semiconductors onto silicon wafers. > > > > On Mon, Nov 2, 2020 at 12:21 AM David Lanzend?rfer < > > > > leviathan at libresilicon.com> wrote: > > > Hi > > > So about the maskless stepper aligner. > > > Turns out those folks already have developer their own MicroLED > displays > > > in the process of manufacturing photonic circuitry. > > > Jana is right now assembling a project sheet for a microscope system, > > > I could develop for them and get paid for. > > > The funny part is, that with a few modifications the same system could > > > be turned into a maskless stepper aligner using their displays. > > > So they might actually pay me for doing the heavy lifting on the > stepper > > > aligner... However, I have heard back from INL yet, and was busy > working > > > on some other side jobs, that's why I overlooked this email until now. > > > > > > Cheers > > > -lev > > > > > > On Tuesday, September 15, 2020 5:08:29 AM WET Pavel Nikulin wrote: > > > > Looking up to it, and good luck! > > > > > > > > It would be very interesting to see how was the progress on the > > > > maskless? > > > > Have either DLP, or MicroLED matrix gone beyond the drawing board > stage? > > > > > > > > On Mon, Sep 14, 2020 at 5:57 PM David Lanzend?rfer < > > > > > > > > leviathan at libresilicon.com> wrote: > > > > > Hi folks > > > > > So on Wednesday, 10 am Portuguese time, I'm having a ZOOM > conference > > > > > with the other folks of the Photonics lab at INL, where I'll be > > > > > > showing a > > > > > > > > presentation I'm right now tinkering together. > > > > > The goal is to use LibreSilicon in combination with their > Integrated > > > > > Photonics, in order to build neuromorphic chips. > > > > > By becoming part of Jana's research project (she's a professor for > > > > > photonics > > > > > at INL), she and I can make LibreSilicon part of the university > > > > > > projects > > > > > > > > which > > > > > would make it subject to direct EU funding. > > > > > Just a heads up. > > > > > > > > > > Cheers > > > > > -lev_______________________________________________ > > > > > Libresilicon-developers mailing list > > > > > Libresilicon-developers at list.libresilicon.com > > > > > > https://list.libresilicon.com/mailman/listinfo/libresilicon-developers > > -------------- next part -------------- An HTML attachment was scrubbed... URL: From pavel at noa-labs.com Wed Nov 18 12:15:17 2020 From: pavel at noa-labs.com (Pavel Nikulin) Date: Wed, 18 Nov 2020 17:15:17 +0600 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> <1673976.WIA4l6labv@lenny> <3571124.I6790z2HAa@lenny> Message-ID: Here is his linkedin https://www.linkedin.com/in/qiming-li-14544185 -------------- next part -------------- An HTML attachment was scrubbed... URL: From pavel at noa-labs.com Wed Nov 18 12:29:06 2020 From: pavel at noa-labs.com (Pavel Nikulin) Date: Wed, 18 Nov 2020 17:29:06 +0600 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> <1673976.WIA4l6labv@lenny> <3571124.I6790z2HAa@lenny> Message-ID: Their 10k DPI prototype 5000x4000 https://www.youtube.com/watch?v=52ogQS6QKxc -------------- next part -------------- An HTML attachment was scrubbed... URL: From eegerferenc at gmail.com Wed Nov 18 23:36:18 2020 From: eegerferenc at gmail.com (=?UTF-8?B?w4lnZXIgRmVyZW5j?=) Date: Wed, 18 Nov 2020 23:36:18 +0100 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> <1673976.WIA4l6labv@lenny> <3571124.I6790z2HAa@lenny> Message-ID: Hello Everyone, I did some paper-pencil calculations on what we know about these displays. I put it here: https://redmine.libresilicon.com/projects/maskless-lithography/repository/43/revisions/master/entry/JBD_uLED.txt Conclusion: it may even work. Some questions regarding the topic: What can we know about the uLED technology INL developed? I found not too much except it produces good-looking neuromorphic spiking behavior at very low current densities... What are the key parameters (wavelength, optical power output, resolution, defect density, uniformity, WPE)? Is this data public, or INL handles it proprietary? What about IP things (patents by INL, etc)? JBD's display technology is proprietary and patent-encumbered. What aspects does it have on adapting it as the basis of our stepper? What INL (or their government) will do if they realize it can be used not only as a display? Regards, Ferenc On Wed, Nov 18, 2020 at 12:29 PM Pavel Nikulin wrote: > Their 10k DPI prototype 5000x4000 > https://www.youtube.com/watch?v=52ogQS6QKxc > _______________________________________________ > Libresilicon-developers mailing list > Libresilicon-developers at list.libresilicon.com > https://list.libresilicon.com/mailman/listinfo/libresilicon-developers -------------- next part -------------- An HTML attachment was scrubbed... URL: From leviathan at libresilicon.com Thu Nov 19 17:29:00 2020 From: leviathan at libresilicon.com (David =?ISO-8859-1?Q?Lanzend=F6rfer?=) Date: Thu, 19 Nov 2020 16:29:00 +0000 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> Message-ID: <8823500.EQekc3R9ss@lenny> Hi Ferenc > I did some paper-pencil calculations on what we know about these displays. > I put it here: > https://redmine.libresilicon.com/projects/maskless-lithography/repository/43 > /revisions/master/entry/JBD_uLED.txt Conclusion: it may even work. Fantastic work! Well done! > Some questions regarding the topic: > > What can we know about the uLED technology INL developed? I found not too > much except it produces good-looking neuromorphic spiking behavior at very > low current densities... What are the key parameters (wavelength, optical > power output, resolution, defect density, uniformity, WPE)? Is this data > public, or INL handles it proprietary? What about IP things (patents by > INL, etc)? It's infrared they're generating, not UV light, unfortunately, so if we could use the uLED displays from JBD we would have a head start. They're hardening polymers with a laser and use them as a wave guide for light in the infrared spectrum. > JBD's display technology is proprietary and patent-encumbered. What aspects > does it have on adapting it as the basis of our stepper? What INL (or their > government) will do if they realize it can be used not only as a display? Considering that JBD is a Chinese company, not a European one, based on my past experiences, they might make the uLED display way too expensive for us to be competitive and might start developing and selling their own steppers, which will suck and their business attempt will fail. I'm much less worried about the government, when it comes to Chinese companies, they're not the same maniacs like the ones in Brussels right now trying to ban end to end encryption. Haha When it comes to INL, as well as when it comes to JBD, we first have to do our homework and select the most suitable component, after that we will have to do some guanxi building and convince them that it's better to work together and cooperate instead of trying to fuck each other over. Building up loyalty among partners is an ancient old Chinese tradition, so is fucking each other over BTW :D Cheers -lev -------------- next part -------------- A non-text attachment was scrubbed... Name: signature.asc Type: application/pgp-signature Size: 195 bytes Desc: This is a digitally signed message part. URL: From ludwig.jaffe at gmail.com Fri Nov 20 09:11:41 2020 From: ludwig.jaffe at gmail.com (ludwig jaffe) Date: Fri, 20 Nov 2020 09:11:41 +0100 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: <2095836.x4sCsodQNA@lenny> References: <2095836.x4sCsodQNA@lenny> Message-ID: Hi all, thats very good news, so no need for dlp (mems mirrors) and mechanics. " Technical problems to be solved with this arrangement are: a) The imaging unit is expected to generate considerable amount of heat (6.25cm2 with 1300mW/cm2 intensity output and 2.7% WPE is approx. 300W power consumption, most of which is dissipated), resulting in considerable thermal expansion, that needs to be managed (cooling, or using low-LCTE materials). b) Power supply and data connections need to be implemented without jeopardizing mechanical compatibility. 6. Conclusion and open points The use of JBD's AMuLED display as maskless lithography pattern source is not infeasible outright. Points to be further evaluated: - Effect of incoherent illumination on projection optics - Evaluation on JBD side if they want to develop a 2.5x2.5cm unit for us... - ... and How Much Does It Cost? - Defect density - mitigation or enhancement - Feasiblity analysis of the proposed integration on INL/LS side - Thermal management and electrical connection " CHIPCOOLER: Here I would like to suggest to add a aluminium or copper plate to the backside of the display-chip. The plate has small etched trenches, and is covered by another plate without trenches. Both plates are glued together or friction welded together in a way plate heat exchangers are manufactured. Pressurized water/salt mixture at -10C is pumped through the trenches to cool the chip in order to reduce expansion. A compressor based freezer cools the liquid and a high pressure pump (gear pump) will provide for a continuous flow without high pressure variations which would cause inaccuracy. Also the pump driven by a strong stepper motor can be modulated to run only in times when the display is switched off, so you get a duty cycle of operation and cooling. The mass of the coolant and the metal can absorb heat pulses. --- Cheers, Ludwig On 9/14/20, David Lanzend?rfer wrote: > Hi folks > So on Wednesday, 10 am Portuguese time, I'm having a ZOOM conference > with the other folks of the Photonics lab at INL, where I'll be showing a > presentation I'm right now tinkering together. > The goal is to use LibreSilicon in combination with their Integrated > Photonics, in order to build neuromorphic chips. > By becoming part of Jana's research project (she's a professor for photonics > > at INL), she and I can make LibreSilicon part of the university projects > which > would make it subject to direct EU funding. > Just a heads up. > > Cheers > -lev From pavel at noa-labs.com Fri Nov 20 12:28:32 2020 From: pavel at noa-labs.com (Pavel Nikulin) Date: Fri, 20 Nov 2020 17:28:32 +0600 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> Message-ID: On Fri, Nov 20, 2020 at 2:11 PM ludwig jaffe wrote: > > - Effect of incoherent illumination on projection optics > I want to note that I-line mercury lamps were incoherent, and worked just fine before the industry switched to excimer lasers. I have doubts if effect on quality at such power levels, and resolutions is a thing. A 1?m process should be very viable for things like smart interposers, or other backend business. I'd say it should have an even higher bearing on things like WLCSP because you eliminate the mask shop from the loop every time you need to make a package modification, which can go up to 100+ for most popular chips. From eegerferenc at gmail.com Fri Nov 20 19:33:02 2020 From: eegerferenc at gmail.com (=?UTF-8?B?w4lnZXIgRmVyZW5j?=) Date: Fri, 20 Nov 2020 19:33:02 +0100 Subject: [Libre-silicon-devel] OK. That happened (Funding) In-Reply-To: References: <2095836.x4sCsodQNA@lenny> Message-ID: Hello Everyone, The concept of liquid cooling may work, but three things need to be considered: - Workplace-safety managers of fabs may freak out on using conductive saline solution in a mains-powered equipment (sealing failure may result in shock hazard) - Yet more freakout may come from why do we want to introduce sodium-rich coolant into the cleanroom (sodium is a potent contaminant) - Tubing must be made in such way not to compromise compatibility to existing equipment (as the doc states, the idea is to make our "self-emissive programmable photomask" useable on existing equipment without modifications, so regular masks and SEPP can be swapped in-and-out) Based on it, I recommend using DI water, possibly with glycol if subzero temperature is needed, as coolant medium. Regards, Ferenc On Fri, Nov 20, 2020 at 9:11 AM ludwig jaffe wrote: > Hi all, > > thats very good news, so no need for dlp (mems mirrors) and mechanics. > > " > Technical problems to be solved with this arrangement are: > > a) The imaging unit is expected to generate considerable amount of > heat (6.25cm2 with 1300mW/cm2 intensity output and 2.7% WPE is approx. > 300W power consumption, most of which is dissipated), resulting in > considerable thermal expansion, that needs to be managed (cooling, or > using low-LCTE materials). > > b) Power supply and data connections need to be implemented without > jeopardizing mechanical compatibility. > > 6. Conclusion and open points > > The use of JBD's AMuLED display as maskless lithography pattern source > is not infeasible outright. > > Points to be further evaluated: > > - Effect of incoherent illumination on projection optics > > - Evaluation on JBD side if they want to develop a 2.5x2.5cm unit for us... > > - ... and How Much Does It Cost? > > - Defect density - mitigation or enhancement > > - Feasiblity analysis of the proposed integration on INL/LS side > > - Thermal management and electrical connection > > " > > CHIPCOOLER: > > Here I would like to suggest to add a aluminium or copper plate to the > backside of the > display-chip. > The plate has small etched trenches, and is covered by another plate > without trenches. > Both plates are glued together or friction welded together in a way > plate heat exchangers > are manufactured. > > Pressurized water/salt mixture at -10C is pumped through the trenches > to cool the chip > in order to reduce expansion. A compressor based freezer cools the > liquid and a high pressure > pump (gear pump) will provide for a continuous flow without high > pressure variations > which would cause inaccuracy. Also the pump driven by a strong stepper > motor can be modulated to run only in times when the display is > switched off, so you get a duty cycle > of operation and cooling. The mass of the coolant and the metal can > absorb heat pulses. > > --- > > Cheers, > > Ludwig > > > > On 9/14/20, David Lanzend?rfer wrote: > > Hi folks > > So on Wednesday, 10 am Portuguese time, I'm having a ZOOM conference > > with the other folks of the Photonics lab at INL, where I'll be showing a > > presentation I'm right now tinkering together. > > The goal is to use LibreSilicon in combination with their Integrated > > Photonics, in order to build neuromorphic chips. > > By becoming part of Jana's research project (she's a professor for > photonics > > > > at INL), she and I can make LibreSilicon part of the university projects > > which > > would make it subject to direct EU funding. > > Just a heads up. > > > > Cheers > > -lev > _______________________________________________ > Libresilicon-developers mailing list > Libresilicon-developers at list.libresilicon.com > https://list.libresilicon.com/mailman/listinfo/libresilicon-developers -------------- next part -------------- An HTML attachment was scrubbed... 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