Quandela’s Post

“Without music, life would be a mistake,” wrote Friedrich Nietzsche in one of his books. 💡 Thanks to composer and Professor Eduardo R. Miranda for this incredible conversation about computers as great musical instruments, his quest for new sounds within emerging technologies, his creative process, and how quantum computing offers a new way of thinking about art. Quandela Quandela 18,613 followers 18,613 followers 20h • 20 hours ago Follow 🎶 The Sound of Photons: Exploring the Future of Music with Quantum Computing 🎶 Who said quantum computing was all about solving complex problems? This Friday, let's tune into something different! 🎵 ✨ In a fascinating interview with Eduardo R. Miranda, Professor and composer at the University of Plymouth, we explore how quantum meets music. Using Quandela's Altair photonic QPU on the Cloud, Miranda is creating unique symphonies that challenge our understanding of musical composition. 🖥️ Moving Beyond Classical AI: Professor Miranda shared how quantum computing offers something special: "Quantum computers react to my tones, creating innovative sounds that classical AI cannot produce without needing big data models." No massive datasets required - just pure quantum creativity! 🎧 A New Era of Creativity: "Quantum computing is not just about speed—it's about a new way of thinking," says Miranda. Imagine playing a quantum computer like an instrument, creating melodies that might never be heard again! Want to see what else quantum can do? Read the full interview here: 🔗 https://lnkd.in/g9b4ye6r hashtag #QuantumComputing hashtag #MusicInnovation hashtag #AI hashtag #QuantumMusic hashtag #TechMeetsArt hashtag #FridayVibes hashtag #Quandela

“Without music, life would be a mistake,” wrote Friedrich Nietzsche in one of his books. 💡 Thanks to composer and Professor Eduardo R. Miranda for this incredible conversation about computers as great musical instruments, his quest for new sounds within emerging technologies, his creative process, and how quantum computing offers a new way of thinking about art. Quandela Quandela 18,613 followers 18,613 followers 20h • 20 hours ago Follow 🎶 The Sound of Photons: Exploring the Future of Music with Quantum Computing 🎶 Who said quantum computing was all about solving complex problems? This Friday, let's tune into something different! 🎵 ✨ In a fascinating interview with Eduardo R. Miranda, Professor and composer at the University of Plymouth, we explore how quantum meets music. Using Quandela's Altair photonic QPU on the Cloud, Miranda is creating unique symphonies that challenge our understanding of musical composition. 🖥️ Moving Beyond Classical AI: Professor Miranda shared how quantum computing offers something special: "Quantum computers react to my tones, creating innovative sounds that classical AI cannot produce without needing big data models." No massive datasets required - just pure quantum creativity! 🎧 A New Era of Creativity: "Quantum computing is not just about speed—it's about a new way of thinking," says Miranda. Imagine playing a quantum computer like an instrument, creating melodies that might never be heard again! Want to see what else quantum can do? Read the full interview here: 🔗 https://lnkd.in/g9b4ye6r hashtag #QuantumComputing hashtag #MusicInnovation hashtag #AI hashtag #QuantumMusic hashtag #TechMeetsArt hashtag #FridayVibes hashtag #Quandela

The advances in quantum computing intersecting with the advances in AI feels just a little bit like holding down the gas pedal to see just how fast your new car will go. https://lnkd.in/eJxxeSvg

Exploring variational auto-encoder architectures, configurations, and datasets for generative music explainable AI https://buff.ly/4afUMbc

Meanwhile... quantum breakthrough. 🤯 "My colleagues sometimes ask me why I left the burgeoning field of AI to focus on quantum computing. My answer is that both will prove to be the most transformational technologies of our time, but advanced AI will significantly benefit from access to quantum computing." - Hartmut Neven, Founder and Lead, Google Quantum AI https://google.smh.re/4ZkG

Although all eyes are on AI now, Quantum Computing is something that I believe will bring the next big revolution like how internet changed our world back in the 90's. Join me next week to hear from industry leaders, scientific experts and government officials on the most recent updates in Quantum Computing around the globe.

Join us Thursday for a great session at NVIDIA GTC, as Jonathan Rowden moderates a discussion on artist-driven innovation! "The Creative Source": Examining the Latent Human Space Between Music and AI": From text-to-music to voice-cloning, GenAI for musical purposes is all the rage. But who exactly is driving its adoption? Tech, or Music itself? And can/should these disparate industries become value-aligned? Join Louis Bell (2x-Diamond songwriter, Post Malone, Taylor Swift), Scott Hawley (professor of Physics and ML/Music Research, former Stability AI Technical Fellow (Harmonai), and a special guest artist, moderated by Jonathan Rowden (co-founder of Hyperstate Music) to engage in a stimulating discussion about Creative Praxis, GenAI's emergence as a technology worth caring about in music, and ultimately hear what artists at the top of the industry are saying about how AI can fulfill its destiny in music as a valuable standard rather than a trendy feature.

While AI may be getting all the buzz, underneath it, its really about quantum computing. Companies at the forefront of quantum computing are presented with tremendous opportunity, as well as immense challenges. How can organizations prepare for the future of leadership in this industry? Find out: https://lnkd.in/g-mn6nNk

The future is now! 🚀 Check out this insightful breakdown of the defining tech trends for the next decade. From AI to Quantum Computing, this map outlines where the world of technology is headed. #TechTrends #FutureTech

https://lnkd.in/eb2uCDdU Another excellent episode of the Supercomputing in Europe podcast (from EuroCC), where Lars Hard (Oxide AI) argues that to really innovate in AI, one should not forget to innovate on the tooling and investigate fundamentals like new CPU architectures (i.e. RISC-V, analog computing, quantum computing in the future). Some researchers just need a terminal on a supercomputer and the freedom to do their own thing, rather than deploying standard packages inside standard frameworks. More fundamental experimentation also allows us to open the black box that we currently call AI, so we can learn from the structures we find inside and work towards "explainable AI". Because there is risk in deploying things we don't fully understand. Of course this is as far from "AI in healthcare" as we're going to get, but it's a reminder of where it all starts. He reminds us that we're in it to amplify ourselves, not to replace ourselves.