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Genesis 🎩🪄 Abacab (1981) 🔊 Let’s close out winter on a high note with Phil Collins & Genesis, sharp, bold, and ahead of its time. Synth-driven groove, stripped-down edge, pure early ‘80s energy. #HappyThursday😎

Music Jim 🎩🪄

60,683 subscribers

14,822 次观看 • 6 个月前 •via X (Twitter)

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Robert Palmer 🎩🪄 I Didn’t Mean to Turn You On (1985) Slick, synth-driven pop-funk with that cool Palmer restraint on a track originally written by Cherrelle/Jam & Lewis Underrated gem in his 80s run, more groove than people remember, more attitude than it gets credit for😎

Robert Palmer 🎩🪄 I Didn’t Mean to Turn You On (1985) Slick, synth-driven pop-funk with that cool Palmer restraint on a track originally written by Cherrelle/Jam & Lewis Underrated gem in his 80s run, more groove than people remember, more attitude than it gets credit for😎

Music Jim 🎩🪄

51,113 次观看 • 3 个月前

🫶🫶Phil Collins has always been one of music’s greatest contradictions, a soft-spoken, clean-cut “everyman” who could out-drum and out-sing almost anyone on stage. In the early ’70s, while rock stars were dressing loud and living louder, Collins showed up with short hair, a quiet presence, and a face you’d swear belonged in an office, not on a world tour. But behind the drum kit, he was a force: precise, explosive, and effortlessly musical. When he stepped into the role of Genesis’ lead singer, his performances became even more iconic. No costumes. No theatrics. Just pure talent, emotion, and craftsmanship.

🫶🫶Phil Collins has always been one of music’s greatest contradictions, a soft-spoken, clean-cut “everyman” who could out-drum and out-sing almost anyone on stage. In the early ’70s, while rock stars were dressing loud and living louder, Collins showed up with short hair, a quiet presence, and a face you’d swear belonged in an office, not on a world tour. But behind the drum kit, he was a force: precise, explosive, and effortlessly musical. When he stepped into the role of Genesis’ lead singer, his performances became even more iconic. No costumes. No theatrics. Just pure talent, emotion, and craftsmanship.

💖🌼Music, Kindness, and Inspiring Stories

98,459 次观看 • 9 个月前

LHP Jonathan Santucci (Duke Baseball) could be one of the first college pitchers off the board this July. Although it was cut short, he had a strong Sophomore season with a 4.30 ERA and 50 strikeouts in just 29.1 IP. Was on track to earn a Team USA invitation for the second time in as many years. The 6’2” southpaw attacks from a high-3/4 slot with a clean arm stroke. Easy, repeatable delivery with present arm speed. FB sits in the 92-95 (t96) mph range with tons of carry. At its best, and generates the most swing and miss, when located in the top-half of the zone. Grades out as a 60. Sharp, low-80s SL (51% miss rate in ‘23) is his go-to out pitch with plenty of teeth. Tight, two-plane break. Vertical depth at times against RHH, more sweeping action against LHH. Comfortably a plus pitch. High-80s CH (59% miss rate in ‘23) also profiles as a potential plus offering with late drop and tumbling action. Pitches with a chip on his shoulder and is a big time competitor. Chance to be a first round pick.

LHP Jonathan Santucci (Duke Baseball) could be one of the first college pitchers off the board this July. Although it was cut short, he had a strong Sophomore season with a 4.30 ERA and 50 strikeouts in just 29.1 IP. Was on track to earn a Team USA invitation for the second time in as many years. The 6’2” southpaw attacks from a high-3/4 slot with a clean arm stroke. Easy, repeatable delivery with present arm speed. FB sits in the 92-95 (t96) mph range with tons of carry. At its best, and generates the most swing and miss, when located in the top-half of the zone. Grades out as a 60. Sharp, low-80s SL (51% miss rate in ‘23) is his go-to out pitch with plenty of teeth. Tight, two-plane break. Vertical depth at times against RHH, more sweeping action against LHH. Comfortably a plus pitch. High-80s CH (59% miss rate in ‘23) also profiles as a potential plus offering with late drop and tumbling action. Pitches with a chip on his shoulder and is a big time competitor. Chance to be a first round pick.

Peter Flaherty III

36,683 次观看 • 2 年前

End of an era. Nearly six years ago, trent.sol and I were sitting in Greg Fitzgerald 's basement ordering computer parts on Newegg to hand-build the first metal validators for Solana. Mainnet was still a ways away, hardware and network requirements were unknown, docs, tools and best practices were nonexistent. Even Testnet was barely more than a periodic bringup of a handful of cloud VMs. Our tiny but mighty early validator community were basically all on a first name basis with one another. A few months later, Trent and I, along with a couple other early Solana Labs employees, racked the resulting 7 machines in a data center in Denver. These were the first ever colocated nodes to serve Solana. In early 2020, we used these glowing green machines to help serve the genesis block and launch Solana Mainnet into the world. Today, the data center that houses them is shutting down. Trent and I went over this morning to tear out the rack to discover we were the last remaining tenants in a now otherwise abandoned facility, with apparently a single staff member left on hand. It was a little emotional for me to see these shut down, even though they haven't been active on the network for a very long time, having been repurposed for development work a while back. It's always humbling to reflect on how far Solana has come in so little time - taking down a handful of old, wonky hand-assembled boxes from the genesis days and considering today's huge global reach of the network, the devs, the products, and especially, all of you. Thank you all for being along with us on the wildest ride.

End of an era. Nearly six years ago, trent.sol and I were sitting in Greg Fitzgerald 's basement ordering computer parts on Newegg to hand-build the first metal validators for Solana. Mainnet was still a ways away, hardware and network requirements were unknown, docs, tools and best practices were nonexistent. Even Testnet was barely more than a periodic bringup of a handful of cloud VMs. Our tiny but mighty early validator community were basically all on a first name basis with one another. A few months later, Trent and I, along with a couple other early Solana Labs employees, racked the resulting 7 machines in a data center in Denver. These were the first ever colocated nodes to serve Solana. In early 2020, we used these glowing green machines to help serve the genesis block and launch Solana Mainnet into the world. Today, the data center that houses them is shutting down. Trent and I went over this morning to tear out the rack to discover we were the last remaining tenants in a now otherwise abandoned facility, with apparently a single staff member left on hand. It was a little emotional for me to see these shut down, even though they haven't been active on the network for a very long time, having been repurposed for development work a while back. It's always humbling to reflect on how far Solana has come in so little time - taking down a handful of old, wonky hand-assembled boxes from the genesis days and considering today's huge global reach of the network, the devs, the products, and especially, all of you. Thank you all for being along with us on the wildest ride.

Dan Albert

183,193 次观看 • 1 年前

bb trippin on every atz member's performance style 🐿️: pulls off playful, mischievous expressions that completely locks you in 🐰: pure energy, picks their brain the most, always asking how to optimize his moves, super detail oriented 🐶: like a "high-tech vending machine" that you can throw any vibe at and he'll execute it flawlessly 🌼: locks in details perfectly and quickly, packs serious punch on stage, when he unleashes that power his presence anchors the performance, deep baritone voice of pure gold 🏔️: eye contact alone can shut down a room, passionate about dance/choreography and participates in the creative process all the time 🐥: pure adorable, off stage hands down the biggest softie of the group 🥹, total dynamic contrast with stage persona 🐈‍⬛: king of charm, sweet and masculine "a total five tool player" 🐻: main vocal now but originally in main dancer line, can seriously move, incredible sense of texture and groove when he dances

bb trippin on every atz member's performance style 🐿️: pulls off playful, mischievous expressions that completely locks you in 🐰: pure energy, picks their brain the most, always asking how to optimize his moves, super detail oriented 🐶: like a "high-tech vending machine" that you can throw any vibe at and he'll execute it flawlessly 🌼: locks in details perfectly and quickly, packs serious punch on stage, when he unleashes that power his presence anchors the performance, deep baritone voice of pure gold 🏔️: eye contact alone can shut down a room, passionate about dance/choreography and participates in the creative process all the time 🐥: pure adorable, off stage hands down the biggest softie of the group 🥹, total dynamic contrast with stage persona 🐈‍⬛: king of charm, sweet and masculine "a total five tool player" 🐻: main vocal now but originally in main dancer line, can seriously move, incredible sense of texture and groove when he dances

fixonfire 𓆩ᥫ᭡𓆪 * ･

138,518 次观看 • 2 个月前

This is what they mean when they call Stevie Ray Vaughan a prodigy 🔥🎸 Watch him weave pure magic on the guitar 🎸 that tone, feel, and fire that redefined blues for a generation. Starting at age 7 in Dallas (inspired by big brother Jimmie), SRV dropped out of high school to chase the blues, blending Hendrix power, Albert King soul, and his own Texas thunder.💯🔥 By the early ‘80s with Double Trouble, albums like Texas Flood exploded, reviving blues worldwide. Grammy winner, Rock & Roll Hall of Famer, and still one of the greatest guitarists ever. 🙏Gone too soon in 1990, but his legacy lives every time someone picks up a Strat.😎 Who else gets chills from SRV👀💙

This is what they mean when they call Stevie Ray Vaughan a prodigy 🔥🎸 Watch him weave pure magic on the guitar 🎸 that tone, feel, and fire that redefined blues for a generation. Starting at age 7 in Dallas (inspired by big brother Jimmie), SRV dropped out of high school to chase the blues, blending Hendrix power, Albert King soul, and his own Texas thunder.💯🔥 By the early ‘80s with Double Trouble, albums like Texas Flood exploded, reviving blues worldwide. Grammy winner, Rock & Roll Hall of Famer, and still one of the greatest guitarists ever. 🙏Gone too soon in 1990, but his legacy lives every time someone picks up a Strat.😎 Who else gets chills from SRV👀💙

Louise 💙

22,739 次观看 • 3 个月前

Enjoyed my look at Canadian LHP Sean Duncan (Vanderbilt Baseball) this morning. Across 3 innings, he allowed 2 ER on 3 hits (one of which was a bunt) with 7 Ks and 1 BB. Lean, high-waisted frame (6’3” 180-lbs) with plenty of projection remaining. Fairly loose delivery, attacks out of a 3/4 slot. FB sat 90-93 and topped out at 94 with life through the zone. High-spin pitch, played well in the top-half of the zone thanks to its riding life. 7 whiffs with the heater today. The money-maker with Duncan is his low-80s SL. Showed the ability to manipulate its shape. Flashed ample—and sharp—sweep at times, and at others took on more of a two-plane look with a similar degree of teeth. No doubt plus potential! Particular tough look for LHH. Garnered 5 whiffs with it today. Flipped in a couple of curveballs in the low-80s and tried to turn over a CH or two. CB could be a fine third pitch down the road. 12 total whiffs on the day. Duncan’s front side will sometimes fly open, which will lead to misses up and/or out. Labored a bit during the 3rd and his command became more scattered. Stayed off the barrel for the most part. A lot to like now and even more to dream on. Expect the entire arsenal to tick up—both in terms of velocity and dynamism—as Duncan continues to mature physically. Looks the part of a starter professionally, I would put him in the 3rd-to-5th round bucket this July.

Enjoyed my look at Canadian LHP Sean Duncan (Vanderbilt Baseball) this morning. Across 3 innings, he allowed 2 ER on 3 hits (one of which was a bunt) with 7 Ks and 1 BB. Lean, high-waisted frame (6’3” 180-lbs) with plenty of projection remaining. Fairly loose delivery, attacks out of a 3/4 slot. FB sat 90-93 and topped out at 94 with life through the zone. High-spin pitch, played well in the top-half of the zone thanks to its riding life. 7 whiffs with the heater today. The money-maker with Duncan is his low-80s SL. Showed the ability to manipulate its shape. Flashed ample—and sharp—sweep at times, and at others took on more of a two-plane look with a similar degree of teeth. No doubt plus potential! Particular tough look for LHH. Garnered 5 whiffs with it today. Flipped in a couple of curveballs in the low-80s and tried to turn over a CH or two. CB could be a fine third pitch down the road. 12 total whiffs on the day. Duncan’s front side will sometimes fly open, which will lead to misses up and/or out. Labored a bit during the 3rd and his command became more scattered. Stayed off the barrel for the most part. A lot to like now and even more to dream on. Expect the entire arsenal to tick up—both in terms of velocity and dynamism—as Duncan continues to mature physically. Looks the part of a starter professionally, I would put him in the 3rd-to-5th round bucket this July.

Peter Flaherty III

17,227 次观看 • 11 个月前

Taming the Edge: How lithium could help us control #fusion plasmas. This video captures the first flashes of lithium being injected into the #plasma of our ST40 tokamak, marking the start of our exploration into its effects. Why lithium? In fusion research, we aim for H-mode, a high-performance state with improved plasma confinement. Future fusion power plants are expected to operate in this mode. But H-mode brings a challenge: ELMs (Edge Localised Modes) are bursts of energy at the plasma edge, similar to mini solar flares. These can reduce plasma temperature and damage the divertor with intense heat and particles. Pioneering work by PPPL and others has shown that lithium can suppress ELMs and increase energy confinement time, leading to higher temperatures. On ST40, we’re currently injecting lithium powder during plasma shots to explore its effects. As part of our upcoming ST40 LEAPS upgrade – in partnership with the U.S. Department of Energy and Department for Energy Security and Net Zero – we’ll go further, coating plasma-facing components with solid lithium using the ‘lithium evaporation’ technique. We’ll be experimentally testing several mechanisms. One key focus is how lithium absorbs hydrogen isotopes and reduces their recycling back into the plasma, lowering the density at the plasma edge, leading to a more stable edge pressure gradient. We’re starting to understand more about lithium’s effect on plasma performance, and early results show lithium isn't getting into the plasma core, which is good news for avoiding diluting the fusion fuel in future plants. The physics is complex, and we’re still learning. But each step brings us closer to fusion energy. By incorporating lithium into ST40, the world’s highest field spherical tokamak, we’re advancing our understanding of this critical enabling technology. #Fusion #FusionEnergy #Innovation #Limitless #EnergyTransition

Taming the Edge: How lithium could help us control #fusion plasmas. This video captures the first flashes of lithium being injected into the #plasma of our ST40 tokamak, marking the start of our exploration into its effects. Why lithium? In fusion research, we aim for H-mode, a high-performance state with improved plasma confinement. Future fusion power plants are expected to operate in this mode. But H-mode brings a challenge: ELMs (Edge Localised Modes) are bursts of energy at the plasma edge, similar to mini solar flares. These can reduce plasma temperature and damage the divertor with intense heat and particles. Pioneering work by PPPL and others has shown that lithium can suppress ELMs and increase energy confinement time, leading to higher temperatures. On ST40, we’re currently injecting lithium powder during plasma shots to explore its effects. As part of our upcoming ST40 LEAPS upgrade – in partnership with the U.S. Department of Energy and Department for Energy Security and Net Zero – we’ll go further, coating plasma-facing components with solid lithium using the ‘lithium evaporation’ technique. We’ll be experimentally testing several mechanisms. One key focus is how lithium absorbs hydrogen isotopes and reduces their recycling back into the plasma, lowering the density at the plasma edge, leading to a more stable edge pressure gradient. We’re starting to understand more about lithium’s effect on plasma performance, and early results show lithium isn't getting into the plasma core, which is good news for avoiding diluting the fusion fuel in future plants. The physics is complex, and we’re still learning. But each step brings us closer to fusion energy. By incorporating lithium into ST40, the world’s highest field spherical tokamak, we’re advancing our understanding of this critical enabling technology. #Fusion #FusionEnergy #Innovation #Limitless #EnergyTransition

Tokamak Energy

66,652 次观看 • 1 年前

What. A. Year. Looking back at everything we’ve done, from the IRL meet-ups across the world, the partnerships, the online events, the new features… it’s clear we didn’t slow down. 🌎 IRL events from Tokyo to Paris to Dubai 🤝 Collabs with αU, 🇦🇷 Selección Argentina ⭐⭐⭐, PANTONE, Ubisoft, Syntilay, Lamborghini and more. 🎮 Online moments like #STEPNPanda25, Leaderboards, STEPN GO Uncommons, new badges, #STEPNEMBER4, the #BWAHlloween madness, the Marathon Challenge, and the Genesis Buyback & Burn. A lot happened, and you all made it worth it! Through every high and every low, we kept building, and we’re not changing that now. We’re heading into 2026 fully focused on STEPN and STEPN GO, and the road ahead is looking very green and very purple. 💜💚 Thanks for sticking with us, thanks for moving with us, and thanks for giving this community its soul. Let’s make 2026 another solid chapter together. By the way, which Sneaker release in 2025 was your favorite?

What. A. Year. Looking back at everything we’ve done, from the IRL meet-ups across the world, the partnerships, the online events, the new features… it’s clear we didn’t slow down. 🌎 IRL events from Tokyo to Paris to Dubai 🤝 Collabs with αU, 🇦🇷 Selección Argentina ⭐⭐⭐, PANTONE, Ubisoft, Syntilay, Lamborghini and more. 🎮 Online moments like #STEPNPanda25, Leaderboards, STEPN GO Uncommons, new badges, #STEPNEMBER4, the #BWAHlloween madness, the Marathon Challenge, and the Genesis Buyback & Burn. A lot happened, and you all made it worth it! Through every high and every low, we kept building, and we’re not changing that now. We’re heading into 2026 fully focused on STEPN and STEPN GO, and the road ahead is looking very green and very purple. 💜💚 Thanks for sticking with us, thanks for moving with us, and thanks for giving this community its soul. Let’s make 2026 another solid chapter together. By the way, which Sneaker release in 2025 was your favorite?

STEPN

25,703 次观看 • 9 个月前

High-quality experimental data fuels biological discovery. Could an AI-enabled "autonomous lab" fundamentally increase the rate at which we generate it, and accelerate our progress toward cures for disease? That's the question I sat down to explore with Jason Kelly, CEO of Ginkgo Bioworks, for a deep-dive and tour of their 52-RAC lab in Boston's Seaport District. In our conversation we covered: → Ginkgo's recent collaboration with OpenAI on cell-free protein synthesis → U.S. Department of Energy's POTUS-backed Genesis Mission to accelerate AI for science → The evolution from cloud labs to truly autonomous labs → An on-the-floor look at Ginkgo's lab, including early challenges and creative workarounds If you're curious about frontier AI models meet the lab bench, check out the latest episode of the Discovery Engines Podcast. Watch or listen: 👀 YouTube: 🎧 Spotify: 🎧 Apple:

High-quality experimental data fuels biological discovery. Could an AI-enabled "autonomous lab" fundamentally increase the rate at which we generate it, and accelerate our progress toward cures for disease? That's the question I sat down to explore with Jason Kelly, CEO of Ginkgo Bioworks, for a deep-dive and tour of their 52-RAC lab in Boston's Seaport District. In our conversation we covered: → Ginkgo's recent collaboration with OpenAI on cell-free protein synthesis → U.S. Department of Energy's POTUS-backed Genesis Mission to accelerate AI for science → The evolution from cloud labs to truly autonomous labs → An on-the-floor look at Ginkgo's lab, including early challenges and creative workarounds If you're curious about frontier AI models meet the lab bench, check out the latest episode of the Discovery Engines Podcast. Watch or listen: 👀 YouTube: 🎧 Spotify: 🎧 Apple:

Nabil Laoudji

11,508 次观看 • 5 个月前

Galaga (Namco, 1981) You could hear it from a mile away and were magically drawn toward it when entering an arcade. It was usually the most packed machine, surrounded by kids watching a “pro” play. I didn’t have much money back then, so I could afford maybe three or four games, but I’d still hang out with my brother for another hour or two just watching others play. I remember one time a guy was on a serious streak but started sweating and losing his grip on the joystick. Another kid ran to the bathroom, grabbed paper towels, and handed them to him so he could wipe his hands and the joystick between stages. Everyone cheered him on while making sure no one crowded too close. Early multiplayer co-op mode! Arcades were a world of their own. The games and graphics were so far ahead of what my Atari 2600 and C64 could do. That magic slowly faded in the late 80s when the Amiga (and later PCs) caught up.

Galaga (Namco, 1981) You could hear it from a mile away and were magically drawn toward it when entering an arcade. It was usually the most packed machine, surrounded by kids watching a “pro” play. I didn’t have much money back then, so I could afford maybe three or four games, but I’d still hang out with my brother for another hour or two just watching others play. I remember one time a guy was on a serious streak but started sweating and losing his grip on the joystick. Another kid ran to the bathroom, grabbed paper towels, and handed them to him so he could wipe his hands and the joystick between stages. Everyone cheered him on while making sure no one crowded too close. Early multiplayer co-op mode! Arcades were a world of their own. The games and graphics were so far ahead of what my Atari 2600 and C64 could do. That magic slowly faded in the late 80s when the Amiga (and later PCs) caught up.

exQUIZitely 🕹️

24,456 次观看 • 7 个月前

As we close out 2025, one thing is undeniable: this year pushed order flow further than ever. From launching the terminal, to aggregating data in ways most platforms still can’t, to deep dives into liquidation heatmaps, native TPOs, and advanced custom scripting, we focused on one goal: turning noise into edge. And we didn’t do it alone. We grew together, a community of true nerds who now see the auction for what it really is. You shared wins. You asked hard questions. You shaped the terminal with your feedback. Thank you, genuinely - for the trust, energy, and constant push to make this better. None of this happens without you. Looking ahead to 2026, we’re not slowing down. Coming next: - Legacy market support - Non-time based rotations - Alerts & webhook functionality - Direct trade execution from the terminal All built with one purpose: making professional-grade order flow accessible, fast, and uncompromising. 2026 will be: Faster. Cleaner. Sharper. Thanks for being part of the journey - and for pushing the edge forward with us. See you in the terminal, The MMT Team PS: Take a look at where we started just a few months ago 👇🔊

As we close out 2025, one thing is undeniable: this year pushed order flow further than ever. From launching the terminal, to aggregating data in ways most platforms still can’t, to deep dives into liquidation heatmaps, native TPOs, and advanced custom scripting, we focused on one goal: turning noise into edge. And we didn’t do it alone. We grew together, a community of true nerds who now see the auction for what it really is. You shared wins. You asked hard questions. You shaped the terminal with your feedback. Thank you, genuinely - for the trust, energy, and constant push to make this better. None of this happens without you. Looking ahead to 2026, we’re not slowing down. Coming next: - Legacy market support - Non-time based rotations - Alerts & webhook functionality - Direct trade execution from the terminal All built with one purpose: making professional-grade order flow accessible, fast, and uncompromising. 2026 will be: Faster. Cleaner. Sharper. Thanks for being part of the journey - and for pushing the edge forward with us. See you in the terminal, The MMT Team PS: Take a look at where we started just a few months ago 👇🔊

MMT

13,135 次观看 • 8 个月前

First Pokémon commercial EVER! Before Pokémon Red and Green officially launched in Japan on February 27, 1996, this was the world’s very first glimpse into what would become the most powerful IP in entertainment history. Airing just ahead of release in early 1996, this commercial captures Pokémon at its purest origin point when everything was still being discovered in real time by audiences and creators alike. What stands out is the sense of possibility. You see early character designs from Ken Sugimori, the foundational storytelling around “Pocket Monsters,” and a concept that feels fresh, imaginative. There’s no global machine yet just a new idea with massive potential, brought to life by Nintendo, Game Freak, and the team that would go on to build something truly generational. NOTE: all credits go to Nintendo, Game Freak, The Pokémon Company and their affiliates. #pokemoncards #pokemon #pokemontcg #japan #tcg

First Pokémon commercial EVER! Before Pokémon Red and Green officially launched in Japan on February 27, 1996, this was the world’s very first glimpse into what would become the most powerful IP in entertainment history. Airing just ahead of release in early 1996, this commercial captures Pokémon at its purest origin point when everything was still being discovered in real time by audiences and creators alike. What stands out is the sense of possibility. You see early character designs from Ken Sugimori, the foundational storytelling around “Pocket Monsters,” and a concept that feels fresh, imaginative. There’s no global machine yet just a new idea with massive potential, brought to life by Nintendo, Game Freak, and the team that would go on to build something truly generational. NOTE: all credits go to Nintendo, Game Freak, The Pokémon Company and their affiliates. #pokemoncards #pokemon #pokemontcg #japan #tcg

Jeremy Padawer

13,894 次观看 • 5 个月前

M51 Skysweeper Radar-Guided Jet Killer of the Early Cold War wasn’t just another gun. It was the first anti-aircraft weapon to put a gun-laying radar, analog fire-control computer, and high-speed autoloader all on a single towed carriage. The goal? Fill the critical gap between older heavy AA guns and the still-immature surface-to-air missiles of the era. Developed starting in 1948 and entering service in the early 1950s, the Skysweeper was designed to handle fast, low-to-medium altitude jet threats that older systems struggled with. It could detect targets over 20 miles away and put a high volume of fire on them quickly—roughly double the sustained rate of many contemporary heavy AA guns. It saw service with the U.S. forces (including deployments for airbase and key-site defense) and was also used by Japan, Greece, and Turkey. But its time in the spotlight was relatively short. By the late 1950s, improving surface-to-air missiles (like Nike) began closing the range and reaction-time gaps the Skysweeper was meant to cover. Most U.S. units were phased out by the early 1970s, though some foreign operators kept them longer. The M51 remains a fascinating transitional weapon—one of the last pure gun systems designed to fight jets before missiles fully took over the medium-altitude role. A true piece of early Cold War engineering ingenuity.

M51 Skysweeper Radar-Guided Jet Killer of the Early Cold War wasn’t just another gun. It was the first anti-aircraft weapon to put a gun-laying radar, analog fire-control computer, and high-speed autoloader all on a single towed carriage. The goal? Fill the critical gap between older heavy AA guns and the still-immature surface-to-air missiles of the era. Developed starting in 1948 and entering service in the early 1950s, the Skysweeper was designed to handle fast, low-to-medium altitude jet threats that older systems struggled with. It could detect targets over 20 miles away and put a high volume of fire on them quickly—roughly double the sustained rate of many contemporary heavy AA guns. It saw service with the U.S. forces (including deployments for airbase and key-site defense) and was also used by Japan, Greece, and Turkey. But its time in the spotlight was relatively short. By the late 1950s, improving surface-to-air missiles (like Nike) began closing the range and reaction-time gaps the Skysweeper was meant to cover. Most U.S. units were phased out by the early 1970s, though some foreign operators kept them longer. The M51 remains a fascinating transitional weapon—one of the last pure gun systems designed to fight jets before missiles fully took over the medium-altitude role. A true piece of early Cold War engineering ingenuity.

Aviation Archive - Tim Farmer

54,719 次观看 • 1 个月前

The Lancia Stratos Zero, an iconic concept car, made a stunning appearance on the streets of Milan in 1970, captivating onlookers with its futuristic design. Unveiled at the 1970 Turin Motor Show, this striking vehicle was unlike anything the world had seen before, featuring sharp angles and an ultra-low profile that looked more like a spacecraft than a traditional car. Its wedge-shaped body and bold lines set it apart from the conventional designs of the time, signaling a new era in automotive innovation. When the Stratos Zero was driven through Milan, it became an instant symbol of cutting-edge technology and automotive artistry. The car's innovative design was not just about aesthetics; it also showcased the capabilities of automotive engineering at the time. The Stratos Zero was powered by a V4 engine and built with lightweight materials, contributing to its impressive performance. Its low, flat stance and aggressive angles were a testament to the visionary design of Marcello Gandini, the legendary Italian designer behind the car. With its unique door design that opened upwards, the Stratos Zero demonstrated the fusion of style, performance, and futuristic thinking, all of which made it a standout in the automotive world. As it cruised through the busy streets of Milan, the Lancia Stratos Zero was more than just a car—it was a symbol of ambition and progress. The attention it drew from passersby reflected the excitement and awe that accompanied the unveiling of such a revolutionary concept. Although the Stratos Zero remained a concept car, its influence on automotive design was far-reaching, and it paved the way for the eventual creation of the production Lancia Stratos, which became a racing legend. The 1970 Milan sighting of the Stratos Zero remains one of the most memorable moments in automotive history, showcasing the limitless possibilities of design and technology. 🎥© Sarahh #archaeohistories

Archaeo - Histories

53,053 次观看 • 1 个月前

If an AI can control 1,000 robots to perform 1 million skills in 1 billion different simulations, then it may "just work" in our real world, which is simply another point in the vast space of possible realities. This is the fundamental principle behind why simulation works so effectively for robotics. Real-world teleoperation data scales linearly with human time (< 24 hrs/robot/day). Sim data scales exponentially with compute. There are 3 big trends for simulators in the near future: 1. Massive parallelization on large clusters. Physics equations are "just" matrix math at their core. I hear GPUs are good at matrix math 🔥. One can run 100K copies of simulation on a single GPU. To put this number in perspective: 1 hour of wallclock compute time gives a robot 10 years (!!) of training experience. That's how Neo was able to learn martial arts in a blink of an eye in the Matrix Dojo. 2. Generative graphics pipeline. Traditionally, simulators require a huge amount of manual effort from artists: 3D assets, textures, scene layouts, etc. But every component in the workflow can be automated: text-to-image, text-to-3D mesh, and LLMs that write Universal Scene Description (USD) files as a coding exercise. RoboCasa is one example of a prior work. 3. End2end neural net that acts as simulator itself. This is still bluesky research and quite far from replacing a graphics pipeline, but we are seeing some exciting signs-of-life based on video gen models: Sora, Veo2, CogVideoX, Hunyuan (text-to-video); and action-driven world models: GameNGen, Oasis, Genie-2, etc. Genesis does great on (1) for certain tasks, shows good promises on (2), and could become a data generation tool for reaching (3). Its sim2real capabilities for locomotion are good, but there's still a long way to go for contact-rich, dexterous manipulation. It shows a bold vision and is on the right path to providing a virtual cradle for embodied AI. It is open-source and puts a streamlined user journey at the front and center. I had the privilege to know Zhou Xian and play a small part in his project since a year ago. Xian has been crunching code non-stop on Genesis with a very small group of core devs. He often replied to my messages at 3 am. Zhenjia Xu from our GEAR team helped with sim2real experiments in his spare time. Genesis is truly a grassroot effort with an intense focus on quality engineering. Nothing gives me more joy than seeing the simulation ecosystem bloom. Robotics should be a moonshot initiative owned by all of humanity. Congratulations.

If an AI can control 1,000 robots to perform 1 million skills in 1 billion different simulations, then it may "just work" in our real world, which is simply another point in the vast space of possible realities. This is the fundamental principle behind why simulation works so effectively for robotics. Real-world teleoperation data scales linearly with human time (< 24 hrs/robot/day). Sim data scales exponentially with compute. There are 3 big trends for simulators in the near future: 1. Massive parallelization on large clusters. Physics equations are "just" matrix math at their core. I hear GPUs are good at matrix math 🔥. One can run 100K copies of simulation on a single GPU. To put this number in perspective: 1 hour of wallclock compute time gives a robot 10 years (!!) of training experience. That's how Neo was able to learn martial arts in a blink of an eye in the Matrix Dojo. 2. Generative graphics pipeline. Traditionally, simulators require a huge amount of manual effort from artists: 3D assets, textures, scene layouts, etc. But every component in the workflow can be automated: text-to-image, text-to-3D mesh, and LLMs that write Universal Scene Description (USD) files as a coding exercise. RoboCasa is one example of a prior work. 3. End2end neural net that acts as simulator itself. This is still bluesky research and quite far from replacing a graphics pipeline, but we are seeing some exciting signs-of-life based on video gen models: Sora, Veo2, CogVideoX, Hunyuan (text-to-video); and action-driven world models: GameNGen, Oasis, Genie-2, etc. Genesis does great on (1) for certain tasks, shows good promises on (2), and could become a data generation tool for reaching (3). Its sim2real capabilities for locomotion are good, but there's still a long way to go for contact-rich, dexterous manipulation. It shows a bold vision and is on the right path to providing a virtual cradle for embodied AI. It is open-source and puts a streamlined user journey at the front and center. I had the privilege to know Zhou Xian and play a small part in his project since a year ago. Xian has been crunching code non-stop on Genesis with a very small group of core devs. He often replied to my messages at 3 am. Zhenjia Xu from our GEAR team helped with sim2real experiments in his spare time. Genesis is truly a grassroot effort with an intense focus on quality engineering. Nothing gives me more joy than seeing the simulation ecosystem bloom. Robotics should be a moonshot initiative owned by all of humanity. Congratulations.

Jim Fan

157,343 次观看 • 1 年前

We’re thrilled to announce the launch of a brand-new Seven Screen's Cinemas located at Sky Hub, right opposite to Kilambakkam Bus Terminal. After years of crafting engaging, distinctive films, we now take a bold step forward—venturing into the multiplex space to bring audiences a cinema experience crafted by people who truly understand storytelling, sound, and spectacle. This next-generation multiplex brings together cutting-edge technology and immersive design to redefine the movie-going experience: For Pure Cinema Magic 🎥 5 Screens powered by 4K RGB Laser Projection for ultra-sharp visuals, deeper contrasts, and stunning color accuracy 🔊 Q-SYS Dolby Atmos sound delivering breathtaking, 360° audio that surrounds you from every angle First in India All screens are fully integrated with Q-SYS Dolby Atmos technology, enabling high-performance power amplification that delivers a truly seat-shaking, immersive cinematic experience—you don’t just watch the movie, you feel it. 🎟️ Bookings Opening Soon on District/Ticketnew — For Tomorrow! Get ready to experience cinema like never before. 📲 For updates, showtimes, and more information, follow us on: X : Instagram :

Seven Screen Studio

164,567 次观看 • 8 个月前