You will need the Render Network and Jules Urbach to power this. This is the endgoal. $RENDER

Crypto payments are live on SaladCloud 💳 You can now buy credits with USDC, USDT or RENDER on Solana. Connect a wallet, pay, and the credits hit your account automatically. No more manual payments, and no more "business days" spent waiting! See docs page in the replies.

Amazing stuff here @yetipictures @TonyZagoraios 🔥🔥🔥 excited to see everyone at MPD NYC 🙌

> $MRVL Marvell itself does not mention $LWLG or Perkinamine in the blog. > But the 1 THz plasmonic-modulator result Marvell chose to highlight traces directly to the Polariton/ETH paper that explicitly thanks Lightwave Logic for supplying Perkinamine Series 3 EO material.

We published the Milestone 3 architecture for RNP-023 this week, covering how Salad's payment rails will move on-chain through Render's burn-mint-equilibrium model, and how we designed it so that nothing changes about the way customers pay or the way Chefs get paid. @rendernetwork blog.salad.com/salad-payment…

$RENDER THE FUTURE OF RENDERING JULES URBACH | FOUNDER & CEO – OTOY / THE RENDER NETWORK SIGGRAPH 2026 – Los Angeles NVIDIA youtu.be/YNvPDiH7rKY?is=PGpa…

Live from #SIGGRAPH2026. @JulesUrbach is on stage.

This is what RNP-023 looks like in production. blog.salad.com/salad-x-rende… Milestones 1 & 2 are now live: - Customers can fund SaladCloud with RENDER. - GPU providers ("@salad_Chefs") can redeem earnings directly in RENDER to their own @Solana wallet. Next up: migrating Salad's rewards fully to RENDER and integrating @rendernetwork's Burn-Mint Equilibrium model.

$LWLG lightwavelogic.com/reliabili…

Milestones 1 & 2 of RNP-023 are live! ✅ Customers can now fund SaladCloud with $RENDER, and Chefs can redeem their Salad Balance for RENDER tokens sent straight to their own Solana wallet. Chefs have already redeemed 2k+ RENDER in the first few days. Full story from our Founder, Bob Miles 👇 blog.salad.com/salad-x-rende…

Zlatan Ibrahimović on Belgium's historic comeback to eliminate Senegal and qualify for the Round of 16: 🗣️ “This wasn't a comeback... this was pure football madness. Belgium were buried, the fans had almost accepted defeat, and somehow they ripped victory out of Senegal's hands. That's the difference between teams that believe and teams that panic.” “Senegal had one foot in the Round of 16, but they let history slip through their fingers. You don't get many chances to change your country's football story, and tonight they watched that dream disappear in front of millions. That pain will stay with them forever.” “Belgium have just shown the entire world what champions are made of. They refused to surrender, they fought until the final second and turned heartbreak into pure ecstasy. Nights like this create legends, while nights like this also break hearts.” “This is the World Cup. One nation is dancing in the streets tonight, another nation is crying. Belgium have written one of the greatest comeback stories of this tournament, and the rest of the world has been warned... never bury them until the final whistle.”

New Corporate video of Lightwave Logic $LWLG youtu.be/_Ta04YBbAvI

Our core team met in Chicago last week, focusing on the UI/UX for ThinkOS. We are creating an AI operating system (harness) that is: * Private * Portable * Local-first * Model-agnostic * Easily-extensible * Context-sharable ...for both technical AND non-technical business operators to easily collaborate with each other and their AI agents. Our goal is to have ThinkOS be the default harness to assist across multiple companies/projects/agents, including personal workflows. This week we have been iterating with our designers and making good progress. Engineering is already far ahead. We are targeting an August release for an early beta. If you'd like to test ThinkOS out in July with us, please join our Discord server (link below) and raise your hand in our "forward-thinking" channel. Most of the non-technical people we've talked to (across many industries and company sizes) are VERY overwhelmed by current open-source harnesses. Those who have managed to find their way into agentic loops/workflows are using Big Tech harnesses, but data privacy and and context sharing remains a serious issue. The technical people we've talked to are often running multiple machines 24/7 with various open-source and Big Tech harnesses working in concert ... but rarely are these workflows smartly integrated with the non-technical people they work with. A company brain doesn't exist. Employees have data scattered everywhere. In many cases, AI is making things WORSE since workflow imbalances between product/engineering, sales/marketing, and ops are getting larger and more chaotic. We are designing ThinkOS to solve these problems. We envision everyone having their own ThinkOS across one or more machines, running whenever/whatever they want, with their own personal AI assistant ("Chief of Staff") coordinating agentic workflows/loops....all easily accessible via a native mobile app while on the go. In addition, everyone's personal chief of staff agent will smartly (and securely) share context with their co-workers' agents, so a company swarm can coordinate with each other....all under the direction of an AI Chief of Staff at the company-level as well. As you can imagine, this is a very challenging product to build at both the engineering and UI/UX levels. We'd welcome your questions/feedback along the way, either here on X or in our Discord server. We'll keep you posted as things progress. Thanks for your support and encouragement 🙏

Demand outstripped supply. For the first time in 8 years, @Salad_Chefs hit a ceiling. The driver: agentic AI consuming compute at a scale legacy infrastructure wasn't built for. The answer isn't only centralized cloud. It's also the idle GPUs already sitting in 180 countries, brought online through a decentralized network. @rendernetwork x @Salad_Chefs RNP-023. Road to Integration.

NVDA ~$5T. Anthropic ~$1T. OpenAI ~$850B. the market values AI agents + GPU compute at multi-trillion scale. Render Network: ~$1.1B agents → inference → rendering → simulation. the stack is converging. one question: does utilization follow? #RENDER #AI #NVIDIA #Anthropic

Big step into a larger world… @nvidia @otoy #octane #render

.@Nvidia #GTC #octane #RENDER ❤️⚡️

Lightwave Logic — NASDAQ: $LWLG — May 13, 2026. Q1 2026 Financial Results & Business Update youtu.be/HJk0K7GXbN8

“We need to introduce new kinds of materials, like TFLN, or any other new material that can allow us to go to higher and higher rates.” $LWLG Nvidia talks new materials. Starts at 33 min mark. youtube.com/live/ge-ydSnJ8M0…

폴라리톤이 마벨에 인수된 후에 폴라리톤 CEO였던 Claudia Hoessbacher가 마벨 소속으로 2026년 5월 5일에 발표한 '귀한' 영상 제목은 "Modulating the AI Era (New Approaches to Modulation on Silicon)" 그리고 영상의 내용들을 보면 $lwlg 가 연상될 수 밖에 없게 됨 좋은 소식 기대한다..!

$LWLG $MRVL $NVDA Very interesting Optica webinar this week featuring Claudia Hößbacher, former Polariton CTO and now at Marvell, presenting plasmonic modulator technology for next-generation AI interconnects and co-packaged optics. The presentation contains multiple references that strongly point toward organic EO polymer integration, including Perkinamine-related technology associated with Lightwave Logic. Watch from approximately minute 27 onward: optica.org/events/webinar/20… What stands out immediately: integrated on standard silicon photonics ultra-small 10 µm modulators energy-efficient capacitive load EO bandwidth beyond 900 GHz direct AI/CPO/NVIDIA infrastructure relevance claims of 5x better power efficiency and 10x higher resiliency This no longer looks like pure research. The focus is clearly on scalable manufacturing, AI deployment, and future 400G/lane+ optical interconnects. Claudia Hößbacher’s first public presentation in her new role at Marvell is highly significant for the electro-optic photonics industry. As former co-founder and CTO of Polariton Technologies, she has long been associated with plasmonic modulators and organic electro-optic materials. Her appearance at an Optica webinar, now representing Marvell, strongly suggests that Marvell is actively advancing plasmonic EO modulators toward commercial AI interconnect applications. What stands out immediately is that the presentation is not theoretical research anymore. The slides focus on manufacturability, scalability, integration into standard silicon photonics (SiPh), and deployment in AI-driven data infrastructure. That is a major shift. The first slide, “Plasmonic modulator technology,” is probably the clearest summary of why this technology matters. Four characteristics are emphasized simultaneously: scalable energy efficient small fast Normally, photonics platforms trade one advantage for another. Here, Marvell claims all four at once. The “Integrated on standard SiPh” statement is extremely important. It means the technology is designed for compatibility with existing silicon photonics foundries and manufacturing ecosystems. This lowers commercialization risk dramatically. It implies this is not a laboratory curiosity anymore but something intended for volume production. The “10 µm long” statement is equally important. Traditional modulators are much larger. A plasmonic modulator at only 10 micrometers is extraordinarily compact. Smaller devices reduce capacitance, reduce energy consumption, and allow much higher integration density. The “EO bandwidth beyond 900 GHz” reference is perhaps the most explosive technical claim on the slide. That is well beyond conventional silicon photonics modulators. Bandwidth at this level directly aligns with future 400G/lane and even higher interconnect targets required for AI clusters. The phrase “capacitive load” also matters. It implies the device behaves electrically in a highly efficient way, reducing power requirements for high-speed switching. That is essential for AI datacenters where power consumption is becoming the primary bottleneck. The key interpretation is this: Marvell is presenting plasmonic EO modulators as a commercially manufacturable answer to the AI interconnect crisis. The references to organic EO materials are also very important. Claudia comes directly from Polariton, where organic electro-optic materials were central. Perkinamine is one of the most recognized organic EO chromophore platforms associated with Lightwave Logic. While the presentation itself may not explicitly say “Lightwave Logic,” the technological fingerprints strongly point toward organic EO polymer integration. The second slide about applications expands the scope far beyond datacom alone. Marvell positions the technology for: IM/DD datacom coherent telecom wireless communications sensing This matters because it suggests the platform is not a single-purpose AI product.