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At Systems Labs in California, six brilliant NASA scientists stood on ladders, chalk in hand, filling an enormous blackboard with equations to plot satellite orbits—no computers, just pure brainpower.
In the dawn of the space age, with limited technology and no digital calculators, every calculation was done by hand. Precision mattered. One error could send a satellite off course—or worse, into oblivion.
This iconic scene is a powerful reminder of the grit, collaboration, and raw intellect that fueled the earliest leaps into space.
A true tribute to the pioneers who laid the mathematical groundwork for humanity’s journey beyond Earth.
#NASAHistory #SpaceRace #SatelliteScience #BrainsBeforeBytes #1950sNASAAt Systems Labs in California, six brilliant NASA scientists stood on ladders, chalk in hand, filling an enormous blackboard with equations to plot satellite orbits—no computers, just pure brainpower. In the dawn of the space age, with limited technology and no digital calculators, every calculation was done by hand. Precision mattered. One error could send a satellite off course—or worse, into oblivion. This iconic scene is a powerful reminder of the grit, collaboration, and raw intellect that fueled the earliest leaps into space. A true tribute to the pioneers who laid the mathematical groundwork for humanity’s journey beyond Earth. #NASAHistory #SpaceRace #SatelliteScience #BrainsBeforeBytes #1950sNASA
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China has officially begun mass production of a revolutionary type of AI chip that breaks away from traditional binary processing.
Developed by researchers at Beihang University and led by Professor Li Hongge, this chip employs a Hybrid Stochastic Number (HSN) architecture, which integrates both binary and stochastic (probability-based) logic.
This allows it to process data in a way that is more efficient, fault-tolerant, and better suited for certain AI and edge computing tasks compared to conventional binary chips.
What makes this development particularly noteworthy is its strategic design choices.
The chip is manufactured using mature 110 nm and 28 nm processes—technologies that do not require the most advanced lithography tools like EUV (Extreme Ultraviolet Lithography), which are heavily restricted due to international sanctions.
This move effectively allows China to bypass some of the global constraints imposed on its semiconductor sector.
The chip has already been deployed in practical applications such as aviation systems, industrial control equipment, and intelligent displays, showcasing its versatility and readiness for real-world use.
In essence, this "non-binary" AI chip is not just a technical innovation, but also a symbol of China’s strategic push toward semiconductor independence.
It aims to overcome the "power wall" (reducing energy consumption) and the "architecture wall" (ensuring compatibility with existing chip infrastructure), which are two major hurdles in the chip industry today.
While the technology is still in early stages and awaits broader third-party evaluation, its mass production marks a significant milestone that could influence the future direction of AI hardware design globally.China has officially begun mass production of a revolutionary type of AI chip that breaks away from traditional binary processing. Developed by researchers at Beihang University and led by Professor Li Hongge, this chip employs a Hybrid Stochastic Number (HSN) architecture, which integrates both binary and stochastic (probability-based) logic. This allows it to process data in a way that is more efficient, fault-tolerant, and better suited for certain AI and edge computing tasks compared to conventional binary chips. What makes this development particularly noteworthy is its strategic design choices. The chip is manufactured using mature 110 nm and 28 nm processes—technologies that do not require the most advanced lithography tools like EUV (Extreme Ultraviolet Lithography), which are heavily restricted due to international sanctions. This move effectively allows China to bypass some of the global constraints imposed on its semiconductor sector. The chip has already been deployed in practical applications such as aviation systems, industrial control equipment, and intelligent displays, showcasing its versatility and readiness for real-world use. In essence, this "non-binary" AI chip is not just a technical innovation, but also a symbol of China’s strategic push toward semiconductor independence. It aims to overcome the "power wall" (reducing energy consumption) and the "architecture wall" (ensuring compatibility with existing chip infrastructure), which are two major hurdles in the chip industry today. While the technology is still in early stages and awaits broader third-party evaluation, its mass production marks a significant milestone that could influence the future direction of AI hardware design globally.
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MONSTROUS SAUSAGE KALE & RICOTTA DEEP DISH
Ingredients:
2 cups pizza dough
1 lb Italian sausage, cooked & crumbled
2 cups chopped kale, sautéed
1 cup ricotta cheese
1 ½ cups shredded mozzarella
Optional: red pepper flakes
Instructions:
1⃣ Press dough into deep dish pan.
2⃣ Layer sausage, kale, dollops of ricotta & mozzarella.
3⃣ Bake until crust is golden & cheese melted.
4⃣ Sprinkle red pepper flakes if you like heat, enjoy!
Prep: 20 min | Cook: 30 min | Total: 50 min | Serves: 6MONSTROUS SAUSAGE KALE & RICOTTA DEEP DISH Ingredients: 2 cups pizza dough 1 lb Italian sausage, cooked & crumbled 2 cups chopped kale, sautéed 1 cup ricotta cheese 1 ½ cups shredded mozzarella Optional: red pepper flakes Instructions: 1⃣ Press dough into deep dish pan. 2⃣ Layer sausage, kale, dollops of ricotta & mozzarella. 3⃣ Bake until crust is golden & cheese melted. 4⃣ Sprinkle red pepper flakes if you like heat, enjoy! Prep: 20 min | Cook: 30 min | Total: 50 min | Serves: 6
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Toyota Chairman Akio Toyoda just stirred up controversy in the EV world by claiming that electric vehicles could be more harmful to the environment than hybrids—especially in regions where electricity still comes from fossil fuels. He argues that producing and charging a single EV might emit more CO₂ than operating three hybrids, undermining the idea that EVs are universally the greenest option.
According to Toyota’s internal data, their 27 million hybrid sales have cut emissions equivalent to 9 million BEVs. But if those BEVs were built and powered in countries like Japan—where thermal power dominates—the environmental cost would actually rise. Toyoda’s stance challenges the global EV narrative and emphasizes the importance of grid decarbonization before going all-in on battery-powered cars.
#Toyota #ElectricVehicles #Hybrids #GreenEnergy #CarbonEmissionsToyota Chairman Akio Toyoda just stirred up controversy in the EV world by claiming that electric vehicles could be more harmful to the environment than hybrids—especially in regions where electricity still comes from fossil fuels. He argues that producing and charging a single EV might emit more CO₂ than operating three hybrids, undermining the idea that EVs are universally the greenest option. According to Toyota’s internal data, their 27 million hybrid sales have cut emissions equivalent to 9 million BEVs. But if those BEVs were built and powered in countries like Japan—where thermal power dominates—the environmental cost would actually rise. Toyoda’s stance challenges the global EV narrative and emphasizes the importance of grid decarbonization before going all-in on battery-powered cars. #Toyota #ElectricVehicles #Hybrids #GreenEnergy #CarbonEmissions
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Looking for a quick and tasty dinner? This Egg Roll In A Bowl is your answer! Packed with flavor and ready in no time!
Ingredients:
- 1 pound ground pork (or ground turkey)
- 1 tablespoon sesame oil
- 1 small onion, diced
- 2 cups coleslaw mix
- 2 cloves garlic, minced
- 1 tablespoon soy sauce
- 1 teaspoon ginger, grated
- 2 green onions, sliced
Directions:
1. Start by heating the sesame oil in a large skillet over medium heat.
2. Next, add the ground pork (or turkey) and cook until browned, breaking it up with a spatula as you go.
3. Toss in the diced onion and sauté until it becomes soft and fragrant.
4. Add the minced garlic and ginger, cooking for an additional minute—you’ll love the aroma!
5. Stir in the coleslaw mix and soy sauce, cooking until the cabbage gets tender and wilts down.
6. Finish off by topping with sliced green onions before serving. Dig in and enjoy this delicious dish!
Nutritional Values (per serving):
- Serving Size: 1 cup
- Calories: 350
- Protein: 26g
- Carbohydrates: 10g
- Fat: 25g
This Egg Roll In A Bowl is not only satisfying but also a great way to get in some veggies without the fuss of rolling egg rolls!
#EggRollInABowl #QuickRecipe #HealthyEating #DinnerInMinutes #FoodieFunLooking for a quick and tasty dinner? This Egg Roll In A Bowl is your answer! Packed with flavor and ready in no time! Ingredients: - 1 pound ground pork (or ground turkey) - 1 tablespoon sesame oil - 1 small onion, diced - 2 cups coleslaw mix - 2 cloves garlic, minced - 1 tablespoon soy sauce - 1 teaspoon ginger, grated - 2 green onions, sliced Directions: 1. Start by heating the sesame oil in a large skillet over medium heat. 2. Next, add the ground pork (or turkey) and cook until browned, breaking it up with a spatula as you go. 3. Toss in the diced onion and sauté until it becomes soft and fragrant. 4. Add the minced garlic and ginger, cooking for an additional minute—you’ll love the aroma! 5. Stir in the coleslaw mix and soy sauce, cooking until the cabbage gets tender and wilts down. 6. Finish off by topping with sliced green onions before serving. Dig in and enjoy this delicious dish! Nutritional Values (per serving): - Serving Size: 1 cup - Calories: 350 - Protein: 26g - Carbohydrates: 10g - Fat: 25g This Egg Roll In A Bowl is not only satisfying but also a great way to get in some veggies without the fuss of rolling egg rolls! #EggRollInABowl #QuickRecipe #HealthyEating #DinnerInMinutes #FoodieFun
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