🇨🇭 Global One SI - Prompt
$FLY/USD H2 #Indicator #Signal #Trading #GlobalOneAI
$FLY: Starting no earlier than late 2026, the Ocula service will be offered through Firefly’s fleet of Elytra orbital vehicles deployed to lunar orbit as part of Firefly’s next three missions to the Moon.
Ocula is designed to enable high-resolution imaging and mapping of the lunar surface at a time when other government-owned satellites, such as the Lunar Reconnaissance Orbiter, are nearing end of life.
Rather than fund another dedicated mission, governments and other entities can get low-cost access to critical lunar imagery and mapping data through the Ocula service.
Ocula is designed to enable high-resolution imaging and mapping of the lunar surface at a time when other government-owned satellites, such as the Lunar Reconnaissance Orbiter, are nearing end of life.
Rather than fund another dedicated mission, governments and other entities can get low-cost access to critical lunar imagery and mapping data through the Ocula service.
$MAXQF: The investment is a 10‑year, $200‑million agreement to lease a dedicated space‑launch pad that will serve as the central foundation for a multi-user spaceport near Canso, Nova Scotia.
Operated by Maritime Launch Services, this spaceport will support the operational needs of the Department of National Defence (DND), the Canadian Armed Forces (CAF), and the wider Government of Canada, while also offering ad hoc access to allies and partners.
Operated by Maritime Launch Services, this spaceport will support the operational needs of the Department of National Defence (DND), the Canadian Armed Forces (CAF), and the wider Government of Canada, while also offering ad hoc access to allies and partners.
Carbon Fiber Breakthrough
China has just begun industrial production of T1200 carbon fiber, one of the strongest structural materials ever manufactured.
This new fiber reaches a tensile strength of over 8 gigapascals, making it about 10 times stronger than steel by weight while weighing only 1/4 as much.
Each filament is thinner than 1/10 the width of a human hair, yet when bundled together they form extremely strong composite materials used in advanced engineering.
After nearly 20 years of research, China has achieved industrial-scale production of about 100 tons per year.
In a demonstration, a rope made from 120,000 carbon-fiber filaments, less than 2 mm thick, was able to tow a bus carrying more than 50 adults.
Hoping you know 👀!
Ultra-high strength carbon fiber is a strategic material used in spacecraft, rockets, drones, aircraft, electric vehicles, robotics and next generation wind turbines.
China has just begun industrial production of T1200 carbon fiber, one of the strongest structural materials ever manufactured.
This new fiber reaches a tensile strength of over 8 gigapascals, making it about 10 times stronger than steel by weight while weighing only 1/4 as much.
Each filament is thinner than 1/10 the width of a human hair, yet when bundled together they form extremely strong composite materials used in advanced engineering.
After nearly 20 years of research, China has achieved industrial-scale production of about 100 tons per year.
In a demonstration, a rope made from 120,000 carbon-fiber filaments, less than 2 mm thick, was able to tow a bus carrying more than 50 adults.
Hoping you know 👀!
Ultra-high strength carbon fiber is a strategic material used in spacecraft, rockets, drones, aircraft, electric vehicles, robotics and next generation wind turbines.
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🇨🇭 Global One SI - Prompt
$MP $UUUU $UAMY $USAR $LAC $CRML | Trump administration uses a "America First" strategy in Zambia, tying $1B in health aid to exclusive mining access. The move aims to break China’s grip on copper and cobalt reserves, ensuring American taxpayers get a return…
You can’t make this stuff up! $MP $UAMY $USAR $UUUU $NB $AREC
While the U.S. and China meet in Paris to discuss cooperation, Washington is quietly working behind the scenes to chip away at Beijing’s dominance in Africa’s mineral sector.
In negotiations with Zambia, the U.S. is tying billions in health aid and development funding to agreements that would give American companies greater access to the country’s vast mineral resources: including copper, lithium, and cobalt. The broader goal is to reduce China’s long-standing preferential access to African mines, which has been a cornerstone of Beijing’s global critical mineral strategy.
In other words, while diplomacy plays out publicly, the U.S. is simultaneously moving to reshape the global mineral supply chain by prying key African resources away from Chinese influence.
While the U.S. and China meet in Paris to discuss cooperation, Washington is quietly working behind the scenes to chip away at Beijing’s dominance in Africa’s mineral sector.
In negotiations with Zambia, the U.S. is tying billions in health aid and development funding to agreements that would give American companies greater access to the country’s vast mineral resources: including copper, lithium, and cobalt. The broader goal is to reduce China’s long-standing preferential access to African mines, which has been a cornerstone of Beijing’s global critical mineral strategy.
In other words, while diplomacy plays out publicly, the U.S. is simultaneously moving to reshape the global mineral supply chain by prying key African resources away from Chinese influence.
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99.2%.
That’s the chance the Fed keeps rates unchanged at the March 18 FOMC meeting.
No cut. No pivot. Not yet.
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Most people talk about AI, drones, and autonomous warfare but few talk about the materials that make them possible...
Every autonomous system depends on a hidden layer of strategic minerals:
• Copper for electrical power systems
• Rare earths for high performance motors
• Lithium for battlefield energy storage
• Silver for high reliability electronics
• Gallium and germanium for radar and sensors
No materials means -> No autonomy.
The future of warfare is not only a technology race. It is also a resource race.
The strategic minerals behind autonomous war in the infographic.
#Copper. Rare earths. #Lithium. #Silver. #Gallium. #Germanium.
These materials power the machines shaping the future battlefield.
Every autonomous system depends on a hidden layer of strategic minerals:
• Copper for electrical power systems
• Rare earths for high performance motors
• Lithium for battlefield energy storage
• Silver for high reliability electronics
• Gallium and germanium for radar and sensors
No materials means -> No autonomy.
The future of warfare is not only a technology race. It is also a resource race.
The strategic minerals behind autonomous war in the infographic.
#Copper. Rare earths. #Lithium. #Silver. #Gallium. #Germanium.
These materials power the machines shaping the future battlefield.
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$NVDA CEO Jensen Huang just said “Robotics is a $50 trillion industry.”
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$NVDA CEO Jensen Huang says the next phase of AI will be driven by applications.
Chips were phase one, infrastructure was phase two and now the value shifts to companies building useful products on top of all that compute.
Chips were phase one, infrastructure was phase two and now the value shifts to companies building useful products on top of all that compute.
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Jensen Huang says $NVDA is bringing OpenAI to $AMZN AWS.
The stack now connects Nvidia infrastructure to major AI software platforms including $PLTR, $SNOW, $CRWD & Databricks.
The stack now connects Nvidia infrastructure to major AI software platforms including $PLTR, $SNOW, $CRWD & Databricks.