003: Probability - A Quantum Roll of the Dice

006: An Introduction to Quantum Computing

Quantum computing is no longer science fiction—it’s here, and it’s changing everything from cybersecurity to medicine. In episode six of the Entangled Show, Sumit Parashar and Pete Codella break down the quantum cliff and what Google’s new Willow chip means for the future of technology. This episode is a non-technical guide to the quantum revolution, designed for anyone curious about the next era of computing. What we cover in this episode: ⚛️ The Quantum Look: What a quantum computer actually looks like (and why). ❄️ Absolute Zero: Why these machines are kept colder than outer space. 🧠 Qubits & Bloch Spheres: Complex concepts explained with simple analogies. ⚡ Google’s Willow: Why this breakthrough shocked the research community. 🔓 Q-Day: The moment current digital encryption becomes obsolete, and how to prepare. 🚀 The Future: How quantum computing transforms AI, transportation, and healthcare. ⏱ Chapters: 00:00 Introduction 01:45 What quantum computers look like 04:20 Why quantum computers need extreme cold 06:15 Classical vs. quantum computing explained 09:00 What is a qubit? 16:30 Google's Willow quantum computer discussion 20:15 Q-Day & the threat to encryption 25:00 Post-Quantum Cryptography (PQC) 29:10 Future predictions: Quantum, AI, and the human brain 36:20 Quantum medicine & personalized healthcare 41:00 Warning: The upcoming quantum cliff 🎙 Hosts: Pete Codella and Sumit Parashar Subscribe to the Entangled Show (wherever you get your podcasts) for more deep dives into quantum science and tech made simple. #Quantonomy #QuantumComputing #Quantum

005: Quantum in Utah - Building the Silicon Slopes of the Future with Ryan Starks

How does a state known for Silicon Slopes prepare for the quantum revolution? Ryan Starks (EDCUtah) joins Pete Codella and Sumit Parashar to discuss Utah’s recruitment engine, the power of university partnerships, and why we need to start building a quantum-ready workforce today. Plus, Ryan reveals a surprising personal passion for 90s basketball nostalgia and shares insights from governor-led international trade missions. Don't miss this discussion on the future of Utah’s economy. Highlights include: * Ryan’s world-class Michael Jordan card collection * The role of quantonomy in Utah’s K-12 and higher education * Why Maryland is currently winning the quantum race (and how Utah can catch up) * The urgent need for quantum-safe encryption Timestamps: 00:00 - Introduction: Pete Codella and Sumit Parashar open the show and introduce the concept of quantonomy 00:44 - Guest Welcome: Ryan Starks, President and Executive Director of EDCUtah, joins as the show's first-ever guest 03:07 - Starks’ Journey: Ryan discusses growing up in Ogden Valley, his time in Ecuador, and his eventual move to Heber Valley 05:03 - The Build Together Philosophy: An explanation of Ryan's core leadership philosophy regarding community-driven economic development 08:48 - The Boomerang Story: Pete highlights Ryan’s career path from being an intern to becoming the Executive Director of the Utah Governor's Office of Economic Opportunity 09:09 - Halloween as Fat Thor: A lighthearted look at office culture and Ryan’s memorable costume 11:08 - Beyond the Bio: Ryan shares his lifelong passion for collecting Michael Jordan basketball cards 13:28 - The Utah Sports Rivalry: Pete discusses the local cultural lessons learned from wearing a house-divided BYU/Utah hat 14:27 - International Trade Missions: Insights from governor-led missions to Israel, Dubai, and Canada 19:53 - Proactive Regulation: A look at the Utah AI Lab and the work of Margaret Busse at the Utah Department of Commerce 23:52 - Quantum Sensing: Sumit explains how entangled sensors could benefit rural Utah and the agricultural sector 28:52 - National Education Partnerships: Discussion of the NIST K-12 partnership to integrate quantum curriculum into schools 29:14 - National Quantum Day: Marking April 14th as a day for celebrating quantum advancements 32:49 - Workforce Development: The proposal for Utah universities to offer a minor in quantonomy 36:11 - Associations and Ecosystems: The impact of organizations like Silicon Slopes, 47G, and BioHive on Utah's growth 43:30 - The Maryland Benchmark: A comparison of Utah’s current quantum standing against Maryland’s $1 billion investment 47:45 - Paradigm Shifts: A discussion on how quantum represents a complete rebuilding of technology, similar to the shift to warp drive in fiction 49:13 - The Quantum Cliff: A warning regarding the future risk of quantum computers breaking current data encryption standards 50:49 - Closing Remarks: Final thoughts on the bright future of quantum in Utah over the next decade #EntangledShow #Quantum #Quantonomy

004: Quantum Entanglement - The Invisible Threads That Bind Us

What if everything in the universe is more connected than it seems? In Episode 4 of the Entangled Show, Pete Codella and Sumit Parashar dive deep into the heart of their namesake: Quantum Entanglement. Sumit shares a unique visual approach to understanding how two particles can remain linked across galaxies, challenging the speed of light and our traditional understanding of communication. Pete and Sumit then bridge the gap from physics to the human experience, exploring how entanglement manifests in: 1. The "Spooky Action" of Marriage and Love: How two beings become instinctively synchronized. 2. Biological Flocks: Why birds (and maybe even human cells) might use quantum links to function as a single unit. 3. The Mother-Child Bond: Looking at intuition through a quantum lens. 4. The Big Picture: Is gravity simply an emergent property of entanglement? Whether you're a physics enthusiast or a spiritual seeker, this episode explores the "magical interface" that connects us all. Learn more at entangled.show [https://entangled.show/]. Timestamps: 0:00 - Introduction 2:15 - Defining entanglement in 2 minutes 4:30 - The Galaxy Paradox: Distance doesn’t matter 7:15 - Relational Entanglement: Marriage and intuition 11:50 - The Physics: Lasers, crystals, and photons 18:40 - Einstein’s "spooky action" vs. Newton’s gravity 24:10 - The Quantum Flock: Biology and self-driving cars 30:20 - Particle A knows particle B: Defining the link 33:20 - Telepathy and mother’s intuition 35:30 - Entangled cells: The future of holistic medicine 37:45 - The feeling of being observed 38:40 - Reincarnation and non-local memories 40:40 - Conservation of information: Do thoughts die? 43:10 - Summarizing the pillars of quantonomy 45:24 - Conclusion

003: Probability - A Quantum Roll of the Dice

In this episode of the Entangled Show, Pete Codella and Sumit Parashar explore the fundamental role of probability in the quantum world. They discuss the Heisenberg uncertainty principle, the wave-particle duality of our reality, and why Albert Einstein was famously skeptical of quantum randomness. Whether discussing the reliability of airline schedules or the mechanics of an MRI, Pete and Sumit show how understanding probability can change your perspective on everything from sports to spiritual agency.

002: Superposition - The First Pillar of Quantonomy

In this episode, co-hosts Sumit Parashar and Pete Codella explore superposition, the first pillar of quantonomy, to explain how quantum objects exist in multiple states simultaneously. Through the lens of Schrödinger’s Cat, they demystify why the simple act of observation causes these "spooky" waves of potentiality to collapse into our physical reality. Learn more at entangled.show [https://entangled.show/]. Timestamps: 0:00 Introduction 1:14 Defining Quantonomy 2:22 Understanding Qualia and Subjective Experience 4:47 The Three Pillars on Quantonomy: Superposition, Probability, and Entanglement 5:32 The "Spooky" Nature of the Quantum Realm 7:44 The Observer Effect: How Looking Changes the System 9:37 Superposition: Waves of Potentiality 11:15 Visualizing Multiple Positions Concurrently 14:48 Real-World Analogies for Superposition 18:18 Schrödinger’s Cat: The Famous 1935 Thought Experiment 21:18 Conclusion #EntangledShow #Quantum #Quantonomy #Superposition