Group 1: Investment Themes - The four key investment themes for 2026 are artificial intelligence (AI), quantum, nuclear, and space, with a focus on quantum as a promising area for growth [2][3] - Freedom Capital Markets Chief Market Strategist Jay Woods predicts lower gains for the S&P 500 in 2026 compared to 2025, emphasizing the potential of quantum stocks due to ongoing contract awards [2] Group 2: Company Insights - Rigetti Computing (NASDAQ:RGTI) is identified as a notable quantum stock, with Woods having sold 70% of his initial holdings after a significant price increase but still maintaining interest in the sector [3] - Salesforce Inc (NYSE:CRM) and Adobe Inc (NASDAQ:ADBE) are highlighted as companies in the AI space, with Salesforce facing challenges despite initial promise and Adobe experiencing competitive pressures [4][5] - Nvidia (NASDAQ:NVDA), Micron Technology (NASDAQ:MU), and Broadcom Inc (NASDAQ:AVGO) are recognized as companies performing well in the AI sector, indicating a need for more research when investing in AI-related stocks [5][6]

The question I get most for you right now in response to everything that's happened in in the last few weeks is how is NASA still relevant right in a world where the private sector is dominating activity. It's dominating innovation. What is your answer to that question.Well, I you know Ed, that's a that seems to be a common uh misconception. I mean you go back to the 1960s and NASA didn't go at it alone. I mean, we had McDonald Douglas, we had Boeing, we had Northrup.Uh, these were all critical critical ven ...

Watch LIVE as RocketLab launches the 77th Electron rocket carrying The NeonSat-1A satellite. NeonSat-1A is a high-resolution optical camera, and is designed to test the constellation capabilities of the South Korean government's Earth observation micro-satellite constellation NeonSat (New-space Earth Observation Satellite). #RocketLab #Electron #NeonSat1A Join our community Discord! https://discord.com/invite/xCm9UpDPE4 This coverage is made possible by our amazing community! Consider becoming a The Launch ...

Wouldn’t it be amazing if anyone who wanted to experience the wonder of space, the Moon or Mars could do so?SpaceX (@SpaceX):For the first time in our existence, we possess the means, technology, and, for the moment, the will to establish a permanent human presence beyond Earth. Starship is designed to make this future a reality → https://t.co/dGAZiB4rr3 https://t.co/WsTg44G3oz ...

Watch LIVE as RocketLab launches the 77th Electron rocket carrying The NeonSat-1A satellite. NeonSat-1A is a high-resolution optical camera, and is designed to test the constellation capabilities of the South Korean government's Earth observation micro-satellite constellation NeonSat (New-space Earth Observation Satellite). #RocketLab #Electron #NeonSat1A Join our community Discord! https://discord.com/invite/xCm9UpDPE4 This coverage is made possible by our amazing community! Consider becoming a The Launch ...

And we have undocking. >> Undocking occurring flawlessly on time at 7:41 and 30 seconds p. m.Central time. A good view of the Soyos near the limb of the Earth as it flies from northwest to southeast. NASA's Johnny Kim back on Earth after 245 days in plays. ...

RT Mario Nawfal (@MarioNawfal)EARTH CAN’T HANDLE AI - SO WE’RE SENDING IT TO SPACEAI is growing so fast, we’re about to blow out Earth’s power grid trying to keep it running. So what’s the next genius move?Easy: build satellites with AI brains, power them with sunlight, and launch millions of them into orbit.Instead of sending all your data down to Earth and melting servers in the process, these satellites do the thinking up there and just beam back the answers. Fast, clean, and no air conditioning required ...

AI in Space: Feasibility and Necessity - AI 在太空中的应用是不可避免的，前提是文明持续发展，需要确保文明呈上升趋势[1] - 为了达到 Kardashev 2 级文明（利用太阳能量的百万分之一），必须在深空部署太阳能 AI 卫星[1] - 地球仅接收太阳能量的约 1/2 billion（二十亿分之一），若要获得比地球可能产生的能量高 1 million（百万）倍的能量，必须进入太空[1] Cost and Efficiency of AI Compute - 在四到五年内，太空太阳能 AI 卫星将成为成本效益最低的 AI 计算方式[1] - 目前超级计算机的散热成本很高，在两吨重的机架中，1.95 吨用于冷却[1] - 在太空冷却芯片更容易，只需辐射散热，无需水冷[1] Energy Consumption and Scalability - 地球上的电力生产和冷却面临挑战，难以支持大规模 AI 计算[1] - 如果要实现每年 200-300 gigawatts（吉瓦）的 AI 计算，在地球上非常困难，这相当于美国平均年用电量的 2/3[1] - 达到每年 1 terawatt（太瓦）的计算量在地球上是不可能的，必须在太空实现[1] Advantages of Space-Based AI - 太空拥有持续的太阳能，无需电池，太阳能电池板更便宜，因为不需要玻璃或框架，冷却只需辐射散热[1]

RT Heisenberg (@rovvmut_)Explorers on Europa (Jupiter's Icy Moon). https://t.co/UPhxHvSX7g ...

International Collaboration - The U S inked Technology Prosperity Deals (TPD) with Japan and South Korea to foster collaboration on advanced technologies [1] Technology Focus - The TPD aims to stimulate cooperation in areas including AI, semiconductors, quantum computing, biotech, space, and 6G [1]