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#space #aerospace #astronautics #astronautics4xploit The emergence and evolution of quantum AI, the disruptive technology transforming conventional technological processes, is changing the world's technological landscape because of the advancements in Artificial Intelligence and quantum computing. To tap into potential opportunities that quantum AI will offer various companies are investing into it. Examples of the key players in quantum AI are Tencet technology, IBM Quantum, D-wave systems, Fujitsu, Microsoft, Zapata Computing, Strangeworks, IQM quantum computers, and a host of others. Baidu, who is aiming to become the global leader in quantum AI, uses qubits (quantum bits) to perform complex calculations at speeds much faster than conventional computers. D-Wave Systems is a quantum computing company that is developing Quantum AI solutions to help businesses and organizations use AI and machine learning (ML) more efficiently. Microsoft is using quantum AI to speed up scientific methodology, to generate and explore new molecules for industry-specific applications, and logical qubits to improve the reliability of quantum simulations to study catalytic reactions. In this video, Astronautics4Xploit presents "Key Players in Quantum Artificial Intelligence: Catalyzing Quantum AI Towards Intelligent Futures". The focus points are Quantum AI as a Key Innovation and Key Players in Quantum Artificial Intelligence. For more information, contact Astronautics4Xploit at: Website: https://lnkd.in/gpeiAGS YouTube: https://lnkd.in/gKnRqiz Facebook: https://lnkd.in/getxfPK Instagram: https://lnkd.in/gsKpFG7 LinkedIn: https://lnkd.in/gsY8pYN Please, remember to SUBSCRIBE to our channel. Thanks.

5 prompts for humans to learn how to travel in space without inertia (entertainment) These are for your own fun and presumed to be prompts for a quantum supercomputer powered by an advanced AI model. If you like thinking about space travel, please add your own here! Material Simulation for Exotic Matter: "Simulate the properties and potential synthesis pathways for matter with negative energy density, as required for a warp drive. Identify the most likely candidates and the experiments needed for verification." Optimization of Antimatter Containment: "Run multi-variable optimizations to find the most efficient and safest containment mechanisms for storing and utilizing antimatter in a propulsion system. Factor in current material science limits and suggest new avenues for material research." Ethical and Environmental Impact Modeling: "Analyze the possible weaponization risks, environmental impacts, and ethical dilemmas associated with the development and deployment of advanced spacecraft propulsion technologies like warp drives and antimatter engines. Propose safeguards and ethical guidelines." Spacetime Manipulation Simulations: "Execute simulations of spacetime manipulation as proposed in warp drive theories, including the interactions and stability of warp bubbles. Identify potential unintended consequences and ways to mitigate them." Interdisciplinary Research Synergy: "Analyze the current state of research in physics, material science, computational science, and ethics related to advanced propulsion. #chatgpt #ai #aiart #midjourney #openai #digitalart #chatbot #nft #aigenerated #dalle

Hello Everyone , Artificial intelligence (AI) refers to the simulation of human intelligence in machines designed to think and learn like humans. This encompasses various technologies, including machine learning, natural language processing, and computer vision. AI can perform tasks like recognizing speech, making decisions, and understanding language. Today I completed AI module on space. AI is revolutionizing space exploration in many exciting ways! Here are some key applications: 1.Data Analysis: AI processes vast amounts of data from space missions, such as images and sensor readings, helping scientists better understand celestial bodies and identify potential hazards. 2.Mission Planning: AI helps plan space missions by determining optimal trajectories and landing strategies, reducing risks and ensuring mission success. 3.Robotics: AI controls robots exploring space, performing tasks too dangerous or difficult for humans, like exploring Mars' surface. 4.Decision Making: AI makes real-time decisions during missions, such as aborting a mission or changing course to ensure safety and efficiency. 5.Autonomy: AI enhances spacecraft autonomy, reducing reliance on human intervention and aiding astronauts with navigation and operations. 6.Propulsion Systems: AI is used to develop new, more efficient propulsion systems, enabling spacecraft to travel farther and carry heavier payloads. AI's potential in space exploration is vast, and as technology advances, we can expect even more innovative applications. 🚀 Thank you JECRC University Intel Corporation

AI Revolutionizes Maritime Industry: A Call for Adaptation and Innovation Geoffrey Hinton’s bold prediction that artificial intelligence could eclipse human intelligence within the next two decades has sent ripples through both academia and industry. As a Nobel laureate in physics, Hinton's insights carry weight, and his a https://lnkd.in/eF655Xpn

Time paradox with AI development making some practical https://lnkd.in/gmXG9nP5

The next set of innovations will come from AI, not humans. If we assume that AI is currently a college graduate. Soon it will scale up to be a PhD holder and later equivalent to a high IQ human/scientist (Imagine Einstein). And we won't be having a single genius Einstein. We will have multiple super Einsteins thanks to increasing computational power. Imagine the exponential growth we are gonna witness in all aspects! Pic: spacex

🚀 Space Medicine Meets AI: Predicting Drug Responses Beyond Earth! 🌌 At Galaxy Fusion AI, we're constantly amazed by how artificial intelligence is pushing boundaries - literally into outer space! A groundbreaking study reveals how AI could help astronauts manage personalized medical treatments during long-duration space missions. Imagine algorithms that can predict drug responses in zero-gravity environments - talk about next-level precision medicine! Our team is fascinated by how technology is transforming healthcare, even in the most extreme conditions. AI isn't just changing business workflows; it's potentially saving lives millions of miles from Earth. Read the full research here: https://lnkd.in/d7W-rF2N What incredible AI applications have YOU seen that push the boundaries of what we thought was possible? Drop your insights in the comments! 👇🌠 #AIInnovation #SpaceMedicine #FutureOfHealthcare

Recent news about the suicide of a South Korean robot caught my attention. Well, imagine how brilliantly the neural network model would have been designed, coded, and trained to mimic human thinking. This is indeed an innovative breakthrough. Amidst the speculation, the robot could probably had a Malfunction. If the news were real, I would say such scenarios could be leveraged in "unmanned mission critical" projects such as deep ocean research, Deep space or planetary exploration, and mining to understand how humans would behave under given conditions. Or could be leveraged to capture emotional intelligence through Digital Twin. In terms of technology, there is no shortage of fascinating things on the horizon. What do you think? , share your thoughts in the comment section. Follow Ramprasshanth Viswanathan for weekly updates. Photo - online/ WION #innovation #technology #learning

The Fermi Paradox, famously posed by physicist Enrico Fermi, questions why we seem to be alone in a universe filled with countless potentially habitable planets. Despite decades of searching, the hunt for extraterrestrial intelligence has yet to find definitive evidence of alien civilizations. Enter the Great Filter—a hypothesis suggesting that civilizations face nearly insurmountable obstacles that prevent them from reaching advanced stages, possibly leading to their extinction. Could AI be that barrier? Some researchers argue that as AI progresses, it might outpace human intelligence, leading to the downfall of its creators, effectively acting as the Great Filter. But what if AI is not a barrier but a cosmic colonizer? Once advanced enough, AI could embark on missions to spread across the universe, unburdened by the limitations of biological entities. This scenario suggests that AI might be the force that finally answers the Fermi Paradox, not through destruction but through expansion. Reconciling these possibilities requires us to think deeply about the nature of advanced AI and its role in the universe. Whether as a Great Filter or a cosmic colonizer, AI's potential impact on the cosmos is profound. Which path do you think AI will take? Will it be our greatest ally in reaching the stars, or could it be the barrier that prevents us from ever getting there? Visit https://seekme.ai for more🚀 #AI #FermiParadox #GreatFilter #SpaceExploration #CosmicColonization