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Matforge (@matforge_) is building AI scientists to discover new materials for the semiconductor industry. The semiconductor industry needs better materials to bring back Moore’s Law, but finding novel materials today takes 10+ years of lab work. Matforge wants to accelerate this process. Congrats on the launch, Advaith Sridhar &...

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19,352 görüntüleme • 3 ay önce •via X (Twitter)

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History is defined by the materials we master. But the materials of the past cannot build the future. Radical AI is building scientific intelligence to autonomously discover and manufacture next-generation materials to solve the world's greatest challenges.
1:18

History is defined by the materials we master. But the materials of the past cannot build the future. Radical AI is building scientific intelligence to autonomously discover and manufacture next-generation materials to solve the world's greatest challenges.

Radical AI

314,383 görüntüleme • 8 ay önce

Radical AI is redefining the boundaries of materials science. As we prepare to open a 45,000-square-foot lab in the Brooklyn Navy Yard, we’re set to even further accelerate the discovery of next-generation materials that will shape our future. Thank you Nathan Labenz for inviting Joseph Krause and JC to share how Radical is pursuing the holy grail of materials science intelligence.
1:20

Radical AI is redefining the boundaries of materials science. As we prepare to open a 45,000-square-foot lab in the Brooklyn Navy Yard, we’re set to even further accelerate the discovery of next-generation materials that will shape our future. Thank you Nathan Labenz for inviting Joseph Krause and JC to share how Radical is pursuing the holy grail of materials science intelligence.

Radical AI

392,847 görüntüleme • 6 ay önce

We’ve upgraded our specialized reasoning mode Gemini 3 Deep Think to help solve modern science, research, and engineering challenges – pushing the frontier of intelligence. 🧠 Watch how the Wang Lab at Duke University is using it to design new semiconductor materials. 🧵
1:28

We’ve upgraded our specialized reasoning mode Gemini 3 Deep Think to help solve modern science, research, and engineering challenges – pushing the frontier of intelligence. 🧠 Watch how the Wang Lab at Duke University is using it to design new semiconductor materials. 🧵

Google DeepMind

3,196,473 görüntüleme • 6 ay önce

Fox: The tariffs, 10% for lumber, 25% for cabinets, vanities, upholstered furniture. On January 1st, the tariff for cabinets and vanities increase to 50%, all the rest of the furniture to 30%. The cost of building materials has increased 34%. There is a concern that this is not going to be great for the home buying industry
1:36

Fox: The tariffs, 10% for lumber, 25% for cabinets, vanities, upholstered furniture. On January 1st, the tariff for cabinets and vanities increase to 50%, all the rest of the furniture to 30%. The cost of building materials has increased 34%. There is a concern that this is not going to be great for the home buying industry

FactPost

255,981 görüntüleme • 10 ay önce

.Argonne National Lab's Center for Nanoscale Materials and The University of Chicago CASE scientist Jie Xu created a self-driving lab using #AI and robotics to free up scientists, streamline experiments, save resources and accelerate the pace of discovery. More at
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.Argonne National Lab's Center for Nanoscale Materials and The University of Chicago CASE scientist Jie Xu created a self-driving lab using #AI and robotics to free up scientists, streamline experiments, save resources and accelerate the pace of discovery. More at

UChicago Pritzker Molecular Engineering

12,702 görüntüleme • 3 yıl önce

Been 9 years in the industry. This is a small glimpse of what I have to show for it. Much more to come. Not materials, that’s just the surface. The underlying foundations which no one sees but they keep getting stronger.
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Been 9 years in the industry. This is a small glimpse of what I have to show for it. Much more to come. Not materials, that’s just the surface. The underlying foundations which no one sees but they keep getting stronger.

RajaBanks

29,913 görüntüleme • 1 yıl önce

The work of The Earthshot Prize Finalist Low Carbon Materials (LCM) is outstanding; creating low-carbon construction material alternatives and other innovative new products which are helping to drastically reduce emissions within the construction industry.
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The work of The Earthshot Prize Finalist Low Carbon Materials (LCM) is outstanding; creating low-carbon construction material alternatives and other innovative new products which are helping to drastically reduce emissions within the construction industry.

The Prince and Princess of Wales

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On this episode of the Roundtable, the panel examined the geopolitical forces reshaping global markets, from the Iran conflict and energy security to AI infrastructure, semiconductor demand, and the growing importance of critical minerals. Special thanks to REalloys for joining the discussion and explaining how they're building a fully integrated North American rare earth supply chain to strengthen domestic manufacturing and reduce reliance on foreign sources for critical materials.
58:00

On this episode of the Roundtable, the panel examined the geopolitical forces reshaping global markets, from the Iran conflict and energy security to AI infrastructure, semiconductor demand, and the growing importance of critical minerals. Special thanks to REalloys for joining the discussion and explaining how they're building a fully integrated North American rare earth supply chain to strengthen domestic manufacturing and reduce reliance on foreign sources for critical materials.

Mario Nawfal

201,803 görüntüleme • 1 ay önce

The next generation of semiconductors, batteries, clean energy systems, and advanced manufacturing will depend on materials that have yet to be discovered. CuspAI is building the infrastructure to find them. Today, the company launched its AI Materials Foundry, a global network of data, labs, compute, and scientific expertise designed to accelerate the development of new materials. We’re excited to co-lead CuspAI’s $450 million Series B alongside NEA and partner with Chad Edwards, Max Welling, and the @CuspAI team as they expand across the United States, Asia-Pacific, and Europe. Hear more from Josh Coyne , Chad and Max ⬇️
8:29

The next generation of semiconductors, batteries, clean energy systems, and advanced manufacturing will depend on materials that have yet to be discovered. CuspAI is building the infrastructure to find them. Today, the company launched its AI Materials Foundry, a global network of data, labs, compute, and scientific expertise designed to accelerate the development of new materials. We’re excited to co-lead CuspAI’s $450 million Series B alongside NEA and partner with Chad Edwards, Max Welling, and the @CuspAI team as they expand across the United States, Asia-Pacific, and Europe. Hear more from Josh Coyne , Chad and Max ⬇️

Kleiner Perkins

10,717 görüntüleme • 23 gün önce

Nvidia $NVDA CEO, Jensen Huang, on if the semiconductor industry is due for a bust: "No, not for a while. This time is different because this is not demand driven, it is not seasonal...meaning seasonal demand driven. This is industrially driven, meaning the fundamental technology of computers is changing. We need a whole new layer of infrastructure in the world. We have energy, internet, roads, railroads, we now need the intelligence layer built on top of all of that and this layer needs chips. I believe we need our semiconductor industry to be somewhere between 5-10x larger than it is over the course of the next 10 years. It is way too small today, which is the reason why memory is in such shortage, storage is in such shortage, optical interconnects are short, packaging is short, and TSMC foundry chips are short. Everything is in such short supply because it is not a cyclical nature. It is fundamental infrastructure related. The whole industry is short." According to the WSTS, the semiconductor industry is projected to be $1.5 trillion in 2026. 5-10x larger puts it at $7.5 trillion to $15 trillion. Via Axios
1:32

Nvidia $NVDA CEO, Jensen Huang, on if the semiconductor industry is due for a bust: "No, not for a while. This time is different because this is not demand driven, it is not seasonal...meaning seasonal demand driven. This is industrially driven, meaning the fundamental technology of computers is changing. We need a whole new layer of infrastructure in the world. We have energy, internet, roads, railroads, we now need the intelligence layer built on top of all of that and this layer needs chips. I believe we need our semiconductor industry to be somewhere between 5-10x larger than it is over the course of the next 10 years. It is way too small today, which is the reason why memory is in such shortage, storage is in such shortage, optical interconnects are short, packaging is short, and TSMC foundry chips are short. Everything is in such short supply because it is not a cyclical nature. It is fundamental infrastructure related. The whole industry is short." According to the WSTS, the semiconductor industry is projected to be $1.5 trillion in 2026. 5-10x larger puts it at $7.5 trillion to $15 trillion. Via Axios

P Equity Research 📰

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Beacon Health is building AI agents for primary care - starting with value-based care. They are on a mission to bring joy back to the practice of medicine. Congrats on the launch, Mark and Obi!
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Beacon Health is building AI agents for primary care - starting with value-based care. They are on a mission to bring joy back to the practice of medicine. Congrats on the launch, Mark and Obi!

Y Combinator

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#WATCH | Delhi: Chairperson, Defence Research and Development Organisation, Samir V Kamat addresses the CAPSS–IMR Seminar. He says, "At DRDO, we have three or four laboratories that work specifically on materials... The DRDO has realised the importance of materials long back, and this is one of the thrust areas in DRDO. I would like to point out the challenges we face. It is very easy to develop materials in a laboratory.... A lot of new work happens in academic institutions as well as in various DRDO labs. But very few of these get translated into industrial production..."
2:10

#WATCH | Delhi: Chairperson, Defence Research and Development Organisation, Samir V Kamat addresses the CAPSS–IMR Seminar. He says, "At DRDO, we have three or four laboratories that work specifically on materials... The DRDO has realised the importance of materials long back, and this is one of the thrust areas in DRDO. I would like to point out the challenges we face. It is very easy to develop materials in a laboratory.... A lot of new work happens in academic institutions as well as in various DRDO labs. But very few of these get translated into industrial production..."

ANI

74,091 görüntüleme • 4 ay önce

Pay close attention to Canada as Carney introduces Carbon Taxes on industry. Labour is doing exactly the same in the UK from 2027 increasing the price of raw materials including fertiliser by up to 24% Insane globalist policies you didn’t vote for.
1:15

Pay close attention to Canada as Carney introduces Carbon Taxes on industry. Labour is doing exactly the same in the UK from 2027 increasing the price of raw materials including fertiliser by up to 24% Insane globalist policies you didn’t vote for.

Bernie

73,970 görüntüleme • 11 ay önce

This is the new god of this generation—consumerism. Nobody needs this much materials to live a good live. Nobody needs 40 sneakers or even 20 perfumes. It’s all a show, but not a need.
2:40

This is the new god of this generation—consumerism. Nobody needs this much materials to live a good live. Nobody needs 40 sneakers or even 20 perfumes. It’s all a show, but not a need.

Solomon Buchi

697,958 görüntüleme • 1 yıl önce

🚀 Big milestone: We raised a $235M Series A, co-led by Braidwell and Collective Global! Our team is excited for this next chapter in building the world’s first scientific superintelligence platform to accelerate breakthroughs in life, chemical, and materials sciences. 📣 If the idea of building scientific superintelligence excites you, come build with us. We’re seeking extraordinary, driven people across AI research, software, robotics, biology, chemistry, materials science, and operations. #ScientificSuperintelligence #AI #Innovation
0:30

🚀 Big milestone: We raised a $235M Series A, co-led by Braidwell and Collective Global! Our team is excited for this next chapter in building the world’s first scientific superintelligence platform to accelerate breakthroughs in life, chemical, and materials sciences. 📣 If the idea of building scientific superintelligence excites you, come build with us. We’re seeking extraordinary, driven people across AI research, software, robotics, biology, chemistry, materials science, and operations. #ScientificSuperintelligence #AI #Innovation

Lila Sciences

43,088 görüntüleme • 11 ay önce

#WATCH | The Union Cabinet chaired by the Prime Minister Narendra Modi has approved the Semicon 2.0 for the development of India's semiconductor design and manufacturing ecosystem, with a total budget outlay of Rs.1,27,500 crore. Union Minister Ashwini Vaishnaw says, "We all know that the semiconductor industry is foundational; semiconductor chips are essential to virtually all modern manufacturing, whether it is the mobile phone or camera, household appliances like fridges, TVs, and ACs, vehicles like scooters, cars, and trains, or even missiles. Electronics has emerged as a major sector in its own right, and this initiative now covers the entire electronics value chain. Consider the electronics value chain: it begins with silicon ingots made from raw earth materials. From there, ingots are sliced ​​into bare wafers, which then undergo fabrication. Fabrication is an incredibly intricate process. To understand fabrication, imagine writing your name on your fingernail—that is certainly possible, but imagine being asked to write the entire Ramayana or Mahabharata on that same fingernail. That level of precision and minute detail is exactly what the fabrication process entails. The fabricated wafer/semiconductor fab stage shown in the second block represents a highly complex process..."
1:47

#WATCH | The Union Cabinet chaired by the Prime Minister Narendra Modi has approved the Semicon 2.0 for the development of India's semiconductor design and manufacturing ecosystem, with a total budget outlay of Rs.1,27,500 crore. Union Minister Ashwini Vaishnaw says, "We all know that the semiconductor industry is foundational; semiconductor chips are essential to virtually all modern manufacturing, whether it is the mobile phone or camera, household appliances like fridges, TVs, and ACs, vehicles like scooters, cars, and trains, or even missiles. Electronics has emerged as a major sector in its own right, and this initiative now covers the entire electronics value chain. Consider the electronics value chain: it begins with silicon ingots made from raw earth materials. From there, ingots are sliced ​​into bare wafers, which then undergo fabrication. Fabrication is an incredibly intricate process. To understand fabrication, imagine writing your name on your fingernail—that is certainly possible, but imagine being asked to write the entire Ramayana or Mahabharata on that same fingernail. That level of precision and minute detail is exactly what the fabrication process entails. The fabricated wafer/semiconductor fab stage shown in the second block represents a highly complex process..."

ANI

37,817 görüntüleme • 29 gün önce

🎙️ What Is the Tau (τ) Law and How Does It Differ from Moore's Law? As Moore's Law approaches its limits, the semiconductor industry is exploring new ways to boost computing power. In this DeepTalk clip, we break down Huawei's proposed Tau (τ) Law and discuss how system architecture, advanced packaging, and chip interconnects may shape the future of AI computing. #DeepTalk #Semiconductors #AI #ChipDesign #MooresLaw
0:57

🎙️ What Is the Tau (τ) Law and How Does It Differ from Moore's Law? As Moore's Law approaches its limits, the semiconductor industry is exploring new ways to boost computing power. In this DeepTalk clip, we break down Huawei's proposed Tau (τ) Law and discuss how system architecture, advanced packaging, and chip interconnects may shape the future of AI computing. #DeepTalk #Semiconductors #AI #ChipDesign #MooresLaw

China Asset Management

10,669 görüntüleme • 1 ay önce

🥑Avocado POS is building AI for the restaurant industry. With a point of sale at its core, Avocado is a full restaurant tech stack that uses AI to supercharge everyday tasks for managing the menu, pricing, employees, reporting, and more. Congrats on the launch, Nick Evans & Shayan!
2:32

🥑Avocado POS is building AI for the restaurant industry. With a point of sale at its core, Avocado is a full restaurant tech stack that uses AI to supercharge everyday tasks for managing the menu, pricing, employees, reporting, and more. Congrats on the launch, Nick Evans & Shayan!

Y Combinator

38,626 görüntüleme • 1 yıl önce

The auto industry is calling on our Governments to scrap the EV mandates. There is no viable path forward for 100% electric vehicles in 10 years it’s time to bring choice back for Canadians.
1:45

The auto industry is calling on our Governments to scrap the EV mandates. There is no viable path forward for 100% electric vehicles in 10 years it’s time to bring choice back for Canadians.

Ryan Gerritsen🇨🇦🇳🇱

238,327 görüntüleme • 1 yıl önce

#WATCH | Bengaluru: Showcasing the silicon wafer, Union Minister Ashwini Vaishnaw says, "This is the wafer in which each die has about 20 to 30 billion transistors... One die is one of those squares you see... This transistor density is used to design the silicon. This is essentially a single chip with a GPU and a CPU. The end product that comes out of this is this kind of module, which becomes an AI computer on the desktop of any person, on the edge, meaning within a camera, within a Wi-Fi router, or within a device on any machine, or any moving car, automobile, train, or aeroplane... That kind of development is underway and reinforced by the talent pipeline we are creating as part of Semicon mission 1.0... We set a target of 85,000 semiconductor-trained people over a period of 10 years. I'm happy to share that, over 4 years, we have trained 67,000 semiconductor engineers. This is now available at 315 universities and colleges, where all semiconductor design-related EDA tools are available. The students are designing chips... The final product is being validated, and it's a strong capability because few universities and countries worldwide have this kind of model." He adds, "Recently, at Davos, when I shared this model with semiconductor industry leaders, they were very happy about it and believe that the 1 million talent gap in the semiconductor industry will largely be filled by talent from India... In the recent budget, the entire IT services industry has undergone various simplifications. Whether it is getting the APS done or getting the safe harbour clause properly defined, all those things are in place. Today, the industry aims to enter India in a big way. Whatever progress we have seen in the last few years will accelerate with the announced reforms..."
4:51

#WATCH | Bengaluru: Showcasing the silicon wafer, Union Minister Ashwini Vaishnaw says, "This is the wafer in which each die has about 20 to 30 billion transistors... One die is one of those squares you see... This transistor density is used to design the silicon. This is essentially a single chip with a GPU and a CPU. The end product that comes out of this is this kind of module, which becomes an AI computer on the desktop of any person, on the edge, meaning within a camera, within a Wi-Fi router, or within a device on any machine, or any moving car, automobile, train, or aeroplane... That kind of development is underway and reinforced by the talent pipeline we are creating as part of Semicon mission 1.0... We set a target of 85,000 semiconductor-trained people over a period of 10 years. I'm happy to share that, over 4 years, we have trained 67,000 semiconductor engineers. This is now available at 315 universities and colleges, where all semiconductor design-related EDA tools are available. The students are designing chips... The final product is being validated, and it's a strong capability because few universities and countries worldwide have this kind of model." He adds, "Recently, at Davos, when I shared this model with semiconductor industry leaders, they were very happy about it and believe that the 1 million talent gap in the semiconductor industry will largely be filled by talent from India... In the recent budget, the entire IT services industry has undergone various simplifications. Whether it is getting the APS done or getting the safe harbour clause properly defined, all those things are in place. Today, the industry aims to enter India in a big way. Whatever progress we have seen in the last few years will accelerate with the announced reforms..."

ANI

108,196 görüntüleme • 6 ay önce