What happens when quantum technology grows strong enough to break modern digital encryption overnight? Welcome to the Quantum Cliff.

In Episode 8 of the Entangled Show, co-hosts Pete Codella and Sumit Parashar tackle the urgent reality of Q-Day (Quantum Day, or Y2Q). Drawing parallels between the historic Y2K remediation efforts and today's quantum cybersecurity challenges, they break down why the threat to digital security isn't years away; it’s happening right now.

Whether you are in business leadership, enterprise IT, or simply curious about protecting personal data in the quantum era, this episode provides a clear, non-technical look at how Post-Quantum Cryptography (PQC) and proactive data defense can keep us safe on the right side of the cliff.

What we cover in this episode:

• The Quantum Cliff Explained: How quantum advances threaten current internet security
• Y2K vs. Q-Day: Why an uncertain event timeline makes quantum threats harder to prepare for than year 2000 bugs
• Harvest Now, Decrypt Later (HNDL): How bad actors capture encrypted data today to decrypt tomorrow
• Post-Quantum Cryptography (PQC): Understanding NIST standards and protecting digital infrastructure
• Executive & Enterprise Responsibility: Why business leaders must take proactive action today

⏱ Chapters:

00:00 Introduction

00:44 Defining the Quantum Cliff and encryption vulnerabilities

02:57 Comparing Y2K history to the upcoming Quantum Cliff

04:58 The behind-the-scenes engineering that solved Y2K

06:40 Event-driven timelines: Why Q-Day has no fixed date

07:52 Cryptography and encryption basics explained

10:04 The hidden danger: Waiting too long for bank warnings

11:11 Intro to Post-Quantum Cryptography (PQC) and NIST standards

13:40 Digital trust, paper forms, and technological pushback

15:45 HNDL: Harvest Now, Decrypt Later threat realities

17:55 Practical recommendations and looking ahead

🎙 Hosts: Pete Codella and Sumit Parashar

🔗 Website: https://entangled.show/

Subscribe to the Entangled Show (wherever you get your podcasts) for more deep dives into quantum science, cybersecurity, and technology made simple.

#Quantonomy #QuantumComputing #CyberSecurity #PostQuantumCryptography #PQC #QDay #Y2Q #TechPodcast

What happens when you combine the power of Artificial Intelligence with the raw potential of quantum mechanics? You get an accelerated revolution that is shrinking the timeline to universal, fault-tolerant computing.

In episode 7 of the Entangled Show, co-hosts Sumit Parashar and Pete Codella sit down with guest Brandon Severin, Oxford PhD and Co-Founder of Conductor Quantum. Brandon pulls back the curtain on how his Y Combinator-backed startup is utilizing autonomous AI agents as the "low-level operating system" to solve the ultimate roadblock in quantum hardware: scalability and device error.

Whether you are curious about how a trillion-dollar microchip industry is being hacked to house billions of qubits, or how close we actually are to decrypting RSA, this episode bridges the gap between high-level physics and real-world economic impact.

What we cover in this episode:

• 🚀 Academic-to-Startup: Transitioning from Oxford thermodynamics to Y Combinator.
• 💻 The Semiconductor Bet: Why printing qubits on silicon chips changes global scaling.
• 🤖 AI Operators: How self-learning AI agents calibrate quantum devices automatically.
• ❄️ Hot Qubits: Operating quantum systems at temperatures warmer than deep space.
• 🔓 The Shrinking RSA Threat: Why algorithmic optimization is speeding up the Quantum Cliff.
• 🧪 Autonomous Labs: Conductor Quantum’s breakthrough testing with NVIDIA and AeroQ.

⏱ Chapters:

• 00:00 Introduction & Guest Welcome
• 02:45 What is Conductor Quantum?
• 03:50 The Oxford PhD & Y Combinator Experience
• 06:50 The Scalability Argument for Semiconductor Qubits
• 09:15 The Problem of Microscopic Device Variability
• 11:55 Using AI to Automate Quantum Calibration
• 13:30 Exploring Alternative Modalities: Electrons on Helium
• 16:25 Hot Qubits vs. Superconducting Freezers
• 18:10 The Reality of the 2030 Quantum Cliff
• 20:00 How QLDPC Codes Dropped the Qubit Requirements
• 24:35 What Happens When AI Agents Run Quantum Machines?
• 28:00 What the Quantum Ecosystem Needs Most Right Now
• 30:10 Try Out Qoda: Prompting a Real Quantum Circuit

🎙 Hosts: Pete Codella and Sumit Parashar

https://entangled.show/

Guest Link: Test out Conductor Quantum’s prompt-based agent at: https://conductorquantum.com

Subscribe to the Entangled Show (wherever you get your podcasts) for more deep dives into quantum science and tech made simple.

#Quantonomy #QuantumComputing #ArtificialIntelligence #YCombinator #NVIDIA #TechPodcast

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

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:

• The "Spooky Action" of Marriage and Love: How two beings become instinctively synchronized.
• Biological Flocks: Why birds (and maybe even human cells) might use quantum links to function as a single unit.
• The Mother-Child Bond: Looking at intuition through a quantum lens.
• 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.

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

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.

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.

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

In the premiere episode of the Entangled Show, co-hosts Sumit Parashar and Pete Codella introduce the final frontier of science by demystifying quantum terminology and the new concept of "quantonomy." They explore how quantum physics bridges the gap between high-level theory and everyday reality, setting the stage for a journey into the future of technology and human evolution.

Learn more at Entangled Show website.

Timestamps:

0:00 Introduction

0:36 Defining ‘Quantonomy’

2:21 Discussing the term Quantum

3:28 Comparing artificial intelligence to quantum concepts

6:49 Another term: Quanta

7:17 Introducing Qualia

10:24 Comparing astronomy and quantonomy

13:21 Quantonomy: The next technological frontier

16:13 The three pillars of Quantonomy: Superposition, Probability, Entanglement

17:14 Conclusion

#EntangledShow #Quantum #Quantonomy