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New AI tools can now work autonomously for weeks at a time: whether it’s building apps, writing code, analysing markets and even generating legal arguments without human input. That means the future might require a lot less of us doing the jobs we do today. And according to UNSW neuroscientist Professor Joel Pearson, we are severely underestimating the scale of change ahead. From job losses and political instability to breakthroughs in cancer research and quantum computing, AI could reshape every part of society. The big question isn’t whether AI will change the world. It’s whether we’re ready for what comes next. 🔗 Read the full story via the link in bio.
New AI tools can now work autonomously for weeks at a time: whether it’s building apps, writing code, analysing markets and even generating legal arguments without human input. That means the future might require a lot less of us doing the jobs we do today. And according to UNSW neuroscientist Professor Joel Pearson, we are severely underestimating the scale of change ahead. From job losses and political instability to breakthroughs in cancer research and quantum computing, AI could reshape every part of society. The big question isn’t whether AI will change the world. It’s whether we’re ready for what comes next. 🔗 Read the full story via the link in bio.
Quantum computing is advancing rapidly! From Google's Willow chip to the Quantum Echoes algorithm, we're seeing real-world applications emerge. Get ready – when quantum computing hits v1.0, it'll make the AI bubble look like child's play. The race is on! video credit: Fireship#QuantumComputing #TechAdvancements #FutureTech #AI #GoogleQuantum #Innovation #Science #Technology #QuantumPhysics #ReelsTech
Quantum computing is advancing rapidly! From Google's Willow chip to the Quantum Echoes algorithm, we're seeing real-world applications emerge. Get ready – when quantum computing hits v1.0, it'll make the AI bubble look like child's play. The race is on! video credit: Fireship#QuantumComputing #TechAdvancements #FutureTech #AI #GoogleQuantum #Innovation #Science #Technology #QuantumPhysics #ReelsTech
Discover the future of AI! #TechInnovation #AIRevolution
Discover the future of AI! #TechInnovation #AIRevolution
Quantum computing is advancing rapidly! From Google's Willow chip to the Quantum Echoes algorithm, we're seeing real-world applications emerge. Get ready – when quantum computing hits v1.0, it'll make the AI bubble look like child's play. The race is on! #QuantumComputing #TechAdvancements #FutureTech #AI #GoogleQuantum #Innovation #Science #Technology #QuantumPhysics #ReelsTech
Quantum computing is advancing rapidly! From Google's Willow chip to the Quantum Echoes algorithm, we're seeing real-world applications emerge. Get ready – when quantum computing hits v1.0, it'll make the AI bubble look like child's play. The race is on! #QuantumComputing #TechAdvancements #FutureTech #AI #GoogleQuantum #Innovation #Science #Technology #QuantumPhysics #ReelsTech
Discover how quantum computing is transforming AI! From faster problem-solving to advanced simulations, this synergy is shaping the future. #AI #QuantumComputing #TechTrends #Innovation #FutureTech
Discover how quantum computing is transforming AI! From faster problem-solving to advanced simulations, this synergy is shaping the future. #AI #QuantumComputing #TechTrends #Innovation #FutureTech
Researchers at the University of Hong Kong have developed a new type of semiconductor designed to function inside living systems. Built from soft, water-rich hydrogels that mimic biological tissue, these three-dimensional transistors allow living cells to grow within the material while maintaining active electronic function. Published in Science, the work marks a shift toward biohybrid electronics that integrate directly with life itself—not to make faster chips, but to enable safe interfaces for future medical implants, neural technologies, and biological sensors. • Follow @ainterestingupdate for more content on AI and technology. • 🎥 Credit: University of Hong Kong #bioelectronics #biotech #semiconductors #neurotech #innovation
Researchers at the University of Hong Kong have developed a new type of semiconductor designed to function inside living systems. Built from soft, water-rich hydrogels that mimic biological tissue, these three-dimensional transistors allow living cells to grow within the material while maintaining active electronic function. Published in Science, the work marks a shift toward biohybrid electronics that integrate directly with life itself—not to make faster chips, but to enable safe interfaces for future medical implants, neural technologies, and biological sensors. • Follow @ainterestingupdate for more content on AI and technology. • 🎥 Credit: University of Hong Kong #bioelectronics #biotech #semiconductors #neurotech #innovation
Discover the future of computing! #QuantumRevolution #TechInnovation
Discover the future of computing! #QuantumRevolution #TechInnovation
New AI tools can now work autonomously for weeks at a time: whether it’s building apps, writing code, analysing markets and even generating legal arguments without human input. That means the future might require a lot less of us doing the jobs we do today. And according to UNSW neuroscientist Professor Joel Pearson, we are severely underestimating the scale of change ahead. From job losses and political instability to breakthroughs in cancer research and quantum computing, AI could reshape every part of society. The big question isn’t whether AI will change the world. It’s whether we’re ready for what comes next. 🔗 Read the full story via the link in bio. #unswkomunitasindonesia 🎥 cr @unswscience
New AI tools can now work autonomously for weeks at a time: whether it’s building apps, writing code, analysing markets and even generating legal arguments without human input. That means the future might require a lot less of us doing the jobs we do today. And according to UNSW neuroscientist Professor Joel Pearson, we are severely underestimating the scale of change ahead. From job losses and political instability to breakthroughs in cancer research and quantum computing, AI could reshape every part of society. The big question isn’t whether AI will change the world. It’s whether we’re ready for what comes next. 🔗 Read the full story via the link in bio. #unswkomunitasindonesia 🎥 cr @unswscience
Today's Tech
Today's Tech
Classical computers take 10,000 years to solve complex problems. Quantum computers could do it in minutes. ⏱️⚛️ The "Second Quantum Revolution" is here, but raw quantum power is unstable and noisy. The missing link? Ethical AI. Our latest research introduces "QAI"—using EAI neural networks to stabilise quantum hardware, unlocking breakthroughs in drug discovery and climate modelling. The UK has the science; now we need the Sovereign Capital to lead. ⚛️ Dive into the Quantum roadmap via ResearchGate> Alethean Zepher #quantumcomputing #science #deeptech #eaí #futuretech #investment #innovation #tnvm #researchgate #aletheanzepher
Classical computers take 10,000 years to solve complex problems. Quantum computers could do it in minutes. ⏱️⚛️ The "Second Quantum Revolution" is here, but raw quantum power is unstable and noisy. The missing link? Ethical AI. Our latest research introduces "QAI"—using EAI neural networks to stabilise quantum hardware, unlocking breakthroughs in drug discovery and climate modelling. The UK has the science; now we need the Sovereign Capital to lead. ⚛️ Dive into the Quantum roadmap via ResearchGate> Alethean Zepher #quantumcomputing #science #deeptech #eaí #futuretech #investment #innovation #tnvm #researchgate #aletheanzepher
What if AI could think at the speed of light? Discover how photonic neural networks may redefine intelligence. #AI #Photonics #FutureTech #NeuralNetworks #Innovation #Science
What if AI could think at the speed of light? Discover how photonic neural networks may redefine intelligence. #AI #Photonics #FutureTech #NeuralNetworks #Innovation #Science
Researchers at the University of Hong Kong have created a new type of semiconductor designed to function inside living systems. Instead of traditional rigid materials, this technology is built from soft, water rich structures that closely resemble biological tissue. Living cells are able to grow within the material while the electronic components continue to operate and respond. This approach allows electronics and biology to coexist rather than interfere with one another. It represents a shift away from forcing living systems to adapt to machines, and toward machines that adapt to life. The research points toward future medical implants, biological sensing, and interfaces that work safely within the body instead of alongside it. Electronics are no longer just tools we wear or hold. They are starting to become part of living environments. 🎥 Credit: University of Hong Kong Follow @ai.trenders for more breakthroughs at the intersection of AI, science, and future tech. #technology #science #biotech #innovation #technews What do you think this kind of technology should be used for first?
Researchers at the University of Hong Kong have created a new type of semiconductor designed to function inside living systems. Instead of traditional rigid materials, this technology is built from soft, water rich structures that closely resemble biological tissue. Living cells are able to grow within the material while the electronic components continue to operate and respond. This approach allows electronics and biology to coexist rather than interfere with one another. It represents a shift away from forcing living systems to adapt to machines, and toward machines that adapt to life. The research points toward future medical implants, biological sensing, and interfaces that work safely within the body instead of alongside it. Electronics are no longer just tools we wear or hold. They are starting to become part of living environments. 🎥 Credit: University of Hong Kong Follow @ai.trenders for more breakthroughs at the intersection of AI, science, and future tech. #technology #science #biotech #innovation #technews What do you think this kind of technology should be used for first?
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