Podcasts about Quantum computing

Welcome to Impact Quantum, the podcast where curiosity meets cutting-edge technology and quantum concepts get untangled for everyone—no physics PhD required. In this episode, hosts Frank La Vigne and Candace Gillhoolley sit down with Clark Alexander, mathematician, quantum thinker, co-founder of Enerjuice, and self-proclaimed flaneur. Together, they dive into the unexpected intersections of quantum computing, artificial intelligence, and the energy markets.Clark shares insights from his recent experience as a juror at Egypt's first national quantum hackathon, unpacks the real-world energy demands of quantum hardware, and challenges some industry assumptions about quantum advantage and supremacy. From the complexity of electricity markets and the astonishing mathematics behind power grids to the philosophical depths of algorithmic breakthroughs and cyber security, you'll get a front-row seat to some spirited debate, practical analogies, and a few SAT-worthy vocabulary words.Whether you're fascinated by the future of quantum tech, curious about the energy powering your electric bill, or just want to learn why you can't build a Lego tower to the moon, this episode delivers sharp opinions, relatable explanations, and just the right amount of existential crisis—perfect for anyone eager to explore where quantum theory meets real-world impact. Grab your coffee and get ready for an illuminating journey across the quantum landscape!Time Stamps00:00 "Quantum Computing: Beyond Algorithms"03:40 Egypt's First National Quantum Hackathon08:25 Quantum Computing: Efficiency vs. Precision10:13 Key Measures in Modern Computing16:44 Quantum Hardware for Specialized Problem Solving17:28 Google's Willow Chip & F1 Insights23:16 "Quantum Annealing vs. Gate Computing"24:19 Quantum Annealing and D-Wave's Specialty29:46 "Infinite Algorithmic Possibilities"31:43 "Brilliant Inverse Square Root Trick"36:43 Clueless: Science Program in Mexico40:07 Transition to Industrial Mathematics43:14 MISO: Energy Flow and Pricing45:59 Electricity Pricing Optimization Challenge50:24 Understanding Electricity Markets51:46 Impact Quantum Wrap-Up: Math & Qubits

Join me for episode 444 of the Mobile Tech Podcast with guests Adrian Mikolajczak (Infineon) and Carolina Milanesi (Creative Strategies) -- brought to you by Infineon. Today's episode comes in two parts. First, we explore edge AI, robotics, and quantum computing with Infineon. Second (21:15), we recap the Apple event and share our first impressions of the iPhone 17/17 Pro/17 Pro Max, iPhone Air, AirPods Pro 3, and Apple Watch SE 3/11/Ultra 3. Finally, we discuss Samsung, Lenovo, and TCL's latest devices, and cover news from Nothing, Xiaomi, Huawei, and Vivo... Phew!Episode Links- Support the podcast on Patreon: https://www.patreon.com/tnkgrl- Donate: https://tnkgrl.com/tnkgrl/- Infineon: https://www.infineon.com/event/oktobertech (sponsor)- Silicon Valley Innovation Center: https://svictechzone.vfairs.com/- Edge AI Video: https://www.youtube.com/watch?v=4Xn_iaqs6lM- Adrian Mikolajczak: https://www.linkedin.com/in/adrianmikolajczak/- Carolina Milanesi: https://www.threads.com/@caro_milanesi- Carolina's recap of the Apple event: https://creativestrategies.com/research/slim-smart-integrated-the-real-story-of-apples-september-event/- New iPhones, Apple Watches, and AirPods Pro hands-on: https://www.youtube.com/watch?v=idEAABFzpfg- Nothing ear(3) coming Sept 18: https://www.gsmarena.com/this_is_what_the_nothing_ear_3_looks_like-news-69458.php- Xiaomi 15T series coming Sept 24: https://www.gsmarena.com/xiaomi_15t_and_15t_pro_launch_date_is_official-news-69401.php- Samsung Galaxy Tab S11 series: https://www.gsmarena.com/samsung_galaxy_tab_s11_and_galaxy_tab_s11_ultra_debut-news-69338.php- Samsung Galaxy S25 FE: https://www.gsmarena.com/samsung_galaxy_s25_fe_announced_with_exynos_2400_soc_triple_rear_cameras-news-69335.php- Lenovo Legion Go 2: https://www.gsmarena.com/lenovo_legion_go_2_announced_with_up_to_amd_ryzen_z2_processor_74whr_battery-news-69380.php- Huawei Mate XTs tri-fold: https://www.gsmarena.com/huawei_mate_xts_announced_with_kirin_9020_and_updated_40mp_ultrawide_cam-news-69347.php- Vivo X300 series design teased: https://www.gsmarena.com/vivo_x300_series_camera_bump_compared_to_iphone_17_pro-news-69428.php- TCL NxtPaper 60 Ultra: https://www.gsmarena.com/tcl_nxtpaper_60_ultra_debuts_with_72_nxtpaper_40_display_stylus_support_and_a_50mp_telephoto_-news-69343.phpAffiliate Links (If you use these links to buy something, we might earn a commission)- Samsung Galaxy Tab S11 Ultra: https://amzn.to/4mcfWw9- Samsung Galaxy Tab S11: https://amzn.to/42t1iJV- Samsung Galaxy S25 FE: https://amzn.to/47JVv6q- Lenovo Legion Go S: https://amzn.to/46yiWyl- TCL NxtPaper 60 XE: https://amzn.to/4nromkd

Assistant Professor Mohammad Mirhosseini (Caltech EE/APh) explains how his group built a mechanical quantum memory that stores microwave-photon quantum states far longer than typical superconducting qubits, and why that matters for hybrid quantum architectures. The discussion covers microwave photons, phonons, optomechanics, coherence versus lifetime (T2 vs. T1), current speed bottlenecks, and implications for quantum transduction and error mechanisms. The discussion centers on a paper from Mirhosseini's paper from December of 2024 titled, “A mechanical quantum memory for microwave photons,” detailing strong coupling between a transmon and a long‑lived nanomechanical oscillator for storage and retrieval of nonclassical states.GuestMohammad Mirhosseini is an Assistant Professor of Electrical Engineering and Applied Physics at Caltech, where his group engineers hybrid superconducting–phononic–photonic systems at millikelvin temperatures for computing, communication, and sensing. He completed his PhD at the University of Rochester's Institute of Optics and was a postdoc in Oscar Painter's group at Caltech before starting his lab. His recent team effort demonstrates mechanical oscillators as compact, long‑lived quantum memories integrated with superconducting circuits.Key topicsWhat “microwave photons” are and how qubits emit/absorb single microwave photons in circuit QED analogously to atoms and optical photons.Why “memory” is missing in today's quantum processors and how a dedicated long‑lived storage element can complement fast but dissipative superconducting qubits.Optomechanics 101: mapping quantum states between electrical and mechanical degrees of freedom, with phonons as the quantized vibrational excitations.T1 vs. T2: demonstrated order‑of‑magnitude gains in lifetime (T1) and more modest current gains in coherence (T2), plus paths to mitigate dephasing.Present bottleneck: state conversion between qubit and oscillator is about 100× slower than native superconducting operations, with clear engineering avenues to speed up.Quantum transduction: leveraging the same mechanical intermediary to bridge microwave and optical domains for interconnects and networking.Two‑level system (TLS) defects: shared decoherence mechanisms across mechanical oscillators and superconducting circuits and why comparing both can illuminate materials limits.Why it mattersHybrid architectures that pair fast processors with long‑lived memories are a natural route to scaling, and mechanical oscillators offer lifetimes far exceeding conventional superconducting storage elements while remaining chip‑integrable.. Demonstrating nonclassical state storage and retrieval with strong qubit–mechanics coupling validates mechanical oscillators as practical quantum memories and sets the stage for on‑chip transduction. Overcoming current speed limits and dephasing would lower the overhead for synchronization, buffering, and possibly future fault‑tolerant protocols in superconducting platforms.Episode highlightsA clear explanation of microwave photons and how circuit QED lets qubits create and absorb them one by one.Mechanical memory concept: store quantum states as phonons in a gigahertz‑frequency nanomechanical oscillator and read them back later.Performance today: roughly 10–30× longer T1 than typical superconducting qubits with current T2 gains of a few×, alongside concrete strategies to extend T2.Speed trade‑off: present qubit–mechanics state transfer is ~100× slower than native superconducting gates, but device design and coupling improvements are underway.Roadmap: tighter coupling for in‑oscillator gates, microwave‑to‑optical conversion via the same mechanics, and probing TLS defects to inform both mechanical and superconducting coherence.

After spending much of the 2010s in the doldrums, IBM has made something of a comeback in the past five years under the leadership of CEO Arvind Krishna. That's thanks to a lot of the success in its hybrid cloud business, as well as its consulting services. All of this has led to a surge in the company's share price. Now, IBM is betting that quantum computing will be the next big thing. But will Big Blue succeed against rivals like Microsoft and Google who are racing to make their own quantum breakthroughs? And how is the company learning from its past mistakes with Watson AI? Arvind Krishna speaks to WSJ's Christopher Mims and Tim Higgins on the latest episode of the Bold Names podcast. To watch the video version of this episode, visit our WSJ Podcasts YouTube channel or the video page of WSJ.com. Check Out Past Episodes: This CEO Says Global Trade Is Broken. What Comes Next? What This Former USAID Head Had to Say About Elon Musk and DOGE ‘Businesses Don't Like Uncertainty': How Cisco Is Navigating AI and Trump 2.0 Why This Tesla Pioneer Says the Cheap EV Market 'Sucks' Let us know what you think of the show. Email us at BoldNames@wsj.com Sign up for the WSJ's free Technology newsletter. Read Christopher Mims's Keywords column. Read Tim Higgins's column.  Learn more about your ad choices. Visit megaphone.fm/adchoices

With quantum computers threatening to compromise today's encryption in just a few years, businesses around the world are working to audit and remediate their exposure. Global bank Santander bank began its quantum computing audit program by first acknowledging a core problem: they didn't actually know what cryptography they were using across their systems. To address this, Santander Global Tech head of quantum tech Mark Carney told a recent SANS Institute conference, the bank launched a discovery exercise, mapping out cryptographic assets and aligning them with evolving standards. They partnered with Microsoft and GitHub to extend CodeQL, enabling static code analysis that could identify weak or outdated cryptography hidden in code, despite variations in naming and APIs. In parallel, they built dynamic monitoring tools using eBPF, which allowed them to tap into network traffic, extract cipher suites, handshake details, and key usage, and then aggregate the data. This revealed, for example, that about a quarter of traffic in their lab environment was already negotiating hybrid post quantum computing (PQC) connections. You can listen to all of the Quantum Minute episodes at https://QuantumMinute.com. The Quantum Minute is brought to you by Applied Quantum, a leading consultancy and solutions provider specializing in quantum computing, quantum cryptography, quantum communication, and quantum AI. Learn more at https://AppliedQuantum.com.

CES Tech Talk is back, and Season 9 is kicking off with CES hosts, Brian Tong and iJustine, getting hyped to talk all things CES 2026! From robotics and wearables to the debut of CES Foundry, this episode dives into the innovations and ideas shaping the world's most powerful tech event. The future won't wait — be there when the world shows up.

On this episode of Crazy Wisdom, Stewart Alsop sits down with Abhimanyu Dayal, a longtime Bitcoin advocate and AI practitioner, to explore how money, identity, and power are shifting in a world of deepfakes, surveillance, automation, and geopolitical realignment. The conversation ranges from why self-custody of Bitcoin matters more than ETFs, to the dangers of probabilistic biometrics and face-swap apps, to the coming impact of AGI on labor markets and the role of universal basic income. They also touch on India's refinery economy, its balancing act between Russia, China, and the U.S., and how soft power is eroding in the information age. For more from Abhimanyu, connect with him on LinkedIn.Check out this GPT we trained on the conversationTimestamps00:00 Stewart Alsop opens with Abhimanyu Dayal on crypto, AI, and the risks of probabilistic biometrics like facial recognition and voice spoofing.05:00 They critique biometric surveillance, face-swap apps, and data exploitation through casual consent.10:00 The talk shifts to QR code treasure hunts, vibe coding on Replit and Claude, and using quizzes to mint NFTs.15:00 Abhimanyu shares his finance background, tying it to Bitcoin as people's money, agent-to-agent payments, and post-AGI labor shifts.20:00 They discuss universal basic income, libertarian ideals, Hayek's view of economics as critique, and how AI prediction changes policy.25:00 Pressure, unpredictability, AR glasses, quantum computing, and the surveillance state future come into focus.30:00 Open source vs closed apps, China's DeepSeek models, propaganda through AI, and U.S.–China tensions are explored.35:00 India's non-alignment, Soviet alliance in 1971, oil refining economy, and U.S.–India friction surface.40:00 They reflect on colonial history, East India Company, wealth drain, opium wars, and America's rise on Indian capital.45:00 The conversation closes on Bitcoin's role as reserve asset, stablecoins as U.S. leverage, BRICS disunity, and the geopolitics of freedom.Key InsightsA central theme of the conversation is the contrast between deterministic and probabilistic systems for identity and security. Abhimanyu Dayal stresses that passwords and private keys—things only you can know—are inherently more secure than facial recognition or voice scans, which can be spoofed through deepfakes, 3D prints, or AI reconstructions. In his view, biometric data should never be stored because it represents a permanent risk once leaked.The rise of face-swap apps and casual facial data sharing illustrates how surveillance and exploitation have crept into everyday life. Abhimanyu points out that companies already use online images to adjust things like insurance premiums, proving how small pieces of biometric consent can spiral into systemic manipulation. This isn't a hypothetical future—it is already happening in hidden ways.On the lighter side, they experiment with “vibe coding,” using tools like Replit and Claude to design interactive experiences such as a treasure hunt via QR codes and NFTs. This playful example underscores a broader point: lightweight coding and AI platforms empower individuals to create experiments without relying on centralized or closed systems that might inject malware or capture data.The discussion expands into automation, multi-agent systems, and the post-AGI economy. Abhimanyu suggests that artificial superintelligence will require machine-to-machine transactions, making Bitcoin an essential tool. But if machines do the bulk of labor, universal basic income may become unavoidable, even if it drifts toward collectivist structures libertarians dislike.A key shift identified is the transformation of economics itself. Where Hayek once argued economics should critique politicians because of limited data, AI and quantum computing now provide prediction capabilities so granular that human behavior is forecastable at the individual level. This erodes the pseudoscientific nature of past economics and creates a new landscape of policy and control.Geopolitically, the episode explores India's rise, its reliance on refining Russian crude into petroleum exports, and its effort to stay unaligned between the U.S., Russia, and China. The conversation recalls India's Soviet ties during the 1971 war, while noting how today's energy and trade policies underpin domestic improvements for India's poor and middle class.Finally, they critique the co-optation of Bitcoin through ETFs and institutional custody. While investors celebrate, Abhimanyu argues this betrays Satoshi's vision of money controlled by individuals with private keys. He warns that Bitcoin may be absorbed into central bank reserves, while stablecoins extend U.S. monetary dominance by reinforcing dollar power rather than replacing it.

Curious about what really goes on behind the scenes in quantum computing—beyond the hype, buzzwords, and complex jargon? This episode of Impact Quantum is your ticket to the inner workings of the industry, as hosts Candace Gillhoolley and Frank La Vigne, along with our semi-sentient host BAILeY, sit down with Princeton PhD physicist and Quantum Machines' customer success lead, Kevin Villegas Rosales.Kevin takes us on a journey from his early fascination with the “very small things” in physics to his hands-on role helping university labs, startups, and companies tackle the real-world challenges of quantum hardware. We'll demystify what customer success means in this high-tech space (hint: it's worlds more complex than resetting a router), explore the unique misconceptions non-physicists might have about quantum technology, and chat about the critical interplay between classical and quantum computing.Along the way, Kevin sheds light on the growing intersection of AI and quantum, offers advice for aspiring quantum professionals and those from other fields, and shares his ongoing curiosity about the calibration and usability of quantum systems. Whether you're deep in quantum research or simply quantum curious, this episode promises insight, inspiration, and a healthy dose of humor.So grab your Schrödinger's snacks and get ready to unravel the mysteries of the quantum realm—no PhD required!Time Stamps00:00 "Decoding Quantum Computing Mysteries"03:55 Quantum Machines: Customer Success Role10:43 Choosing Quantum over Traditional Paths13:32 Quantum Mechanics in Everyday Tech17:58 "Quantum Computing Needs Software Engineers"19:50 Pursuing Careers in Quantum Computing22:39 "Question and Verify Information"29:17 Mastering Fundamentals for Quantum Computing31:33 "Quantum and AI: Divergent Paths"35:17 "Challenges in Simulating Quantum Computers"39:02 Open Source Collaboration in Physics41:53 Solar Advancements and Quantum Computing46:45 "Quantum Calibration Challenges"50:21 Mentorship: Knowledge Sharing & Inspiration54:32 Quantum Computing: Clarity Amid Entanglement55:46 Impact Quantum Signs Off

CBS EYE ON THE WORLD WITH JOHN BATCHELOR SHOW SCHEDULE  9-5 GOOD EVENING: The show begins in Las Vegas as the Strip struggles with decline. FIRST HOUR 9-915 Jeff Bliss, Las Vegas Tourism Decline and Anaheim Development Jeff Bliss reports a significant decline in Las Vegas tourism, with a 12% drop in visitors, which he attributes to the city's nickel and diming practices by major corporations like MGM and Caesar's Palace, coupled with the rise of online gambling. Despite increased gaming revenue, the broader city economy, including restaurants and hotels not part of the strip, is suffering. Vegas resorts are now offering discounts and food credits to attract visitors. Nevada's unique lack of a state lottery, forcing residents to cross state lines for games like Powerball, also highlights a peculiar disadvantage. In Anaheim, a proposed skyway/gondola system aims to connect Disneyland, hotels, and sports venues. 915-930 Brandon Weichert, Artificial Intelligence, Quantum Computing, and Economic Impact Brandon Weichert and John Batchelor discuss artificial intelligence and quantum computing, with Weichert expressing optimism for AI's long-term economic benefits, though he finds a 7% GDP growth projection very optimistic. He believes AI will augment, not replace, human work, leading to positive productivity gains over time, especially in manufacturing and tech sectors. The conversation touches on AI's current competitiveness in generating novel research hypotheses, nearly matching humans in a Science magazine study, but humans still slightly lead in designing experiments. Weichertsees quantum computing as the next breakthrough 930-945  Professor Richard Epstein, Federal Power, National Guard Deployment, and University Funding Professor Richard Epstein discusses two cases involving the Trump administration's use of federal power. First, he analyzes Judge Charles Brier's ruling that Trump's deployment of National Guard troops for immigration enforcement in Southern California was partially illegal, citing the 1878 Posse Comitatus Act. Epstein distinguishes between protecting federal interests and overstepping into local policing, as with traffic violations or raids far from Los Angeles. He criticizes the political polarization between Trump and Governor Gavin Newsom for hindering cooperation during emergencies. Second, Epstein addresses Judge Allison Burroughs' interim decision against Trump's freezing of Harvard's research funds over anti-Semitism allegations, warning of long-term damage to US medical research. 945-1000 CONTINUED Professor Richard Epstein, Federal Power, National Guard Deployment, and University FundingProfessor Richard Epstein discusses two cases involving the Trump administration's use of federal power. First, he analyzes Judge Charles Brier's ruling that Trump's deployment of National Guard troops for immigration enforcement in Southern California was partially illegal, citing the 1878 Posse Comitatus Act. Epstein distinguishes between protecting federal interests and overstepping into local policing, as with traffic violations or raids far from Los Angeles. He criticizes the political polarization between Trump and Governor Gavin Newsom for hindering cooperation during emergencies. Second, Epstein addresses Judge Allison Burroughs' interim decision against Trump's freezing of Harvard's research funds over anti-Semitism allegations, warning of long-term damage to US medical research. SECOND HOUR 10-1015 Bradley Bowman, Chinese Military Parade and US Security Bradley Bowman discusses a recent massive Chinese military parade, noting the presence of Xi Jinping, Vladimir Putin, and Kim Jong-un, with the president of Iran also in attendance. He views the parade as a demonstration of China's decades-long effort to build a military capable of defeating the US in the Pacific, highlighting the erosion of American security and increased likelihood of a Taiwan Strait conflict. Specific concerns include modernized hypersonic YJ seriesanti-ship missiles challenging US naval interception, the DF61 intercontinental ballistic missile aimed at the US, and a low-observable tailless drone for manned fighters.1015-1030 Conrad Black, Canadian Politics, Mr. Carney's Government, and Regional Challenges Conrad Black discusses the challenges facing Mr. Carney's new Canadian government, particularly the unrest in Alberta. Carney's extreme green views threaten Alberta's oil and ranching economy, leading to a significant separatist movement that could see the province join the United States if its energy exports aren't facilitated. Black notes that Carney has yet to reveal his plans to address this or the historical cultural and political challenges posed by Quebec, a wealthy province with aspirations for independence. Carney has been robust on national security, agreeing with President Trump that Canada needs increased defense spending.1030-1045 Jim McTague, Lancaster County Economy and National Job Market Jim McTague provides an optimistic view of Lancaster County's economy, contrasting with national job market slowdowns. He notes low unemployment at 3.4% and no personal reports of job losses. The county's economy is buoyed by affluent retirees, who contribute millions to local restaurants and businesses, and a booming tourism sector attracting 10 million visitors annually. McTague highlights the importance of agriculture and the Amish culture as economic backbones. However, housing prices are significantly elevated, posing a challenge for younger, lower-wage workers. Growth is concentrated in suburban townships due to a superior healthcare industry and expanding data centers and pharmaceutical companies attracting professionals.1045-1100 CONTINUED Jim McTague, Lancaster County Economy and National Job Market Jim McTague provides an optimistic view of Lancaster County's economy, contrasting with national job market slowdowns. He notes low unemployment at 3.4% and no personal reports of job losses. The county's economy is buoyed by affluent retirees, who contribute millions to local restaurants and businesses, and a booming tourism sector attracting 10 million visitors annually. McTague highlights the importance of agriculture and the Amish culture as economic backbones. However, housing prices are significantly elevated, posing a challenge for younger, lower-wage workers. Growth is concentrated in suburban townships due to a superior healthcare industry and expanding data centers and pharmaceutical companies attracting professionals. THIRD HOUR 1100-1115 Molly Beer, Angelica Schuyler Church and the American Revolution Molly Beer discusses Angelica Schuyler Church (1755-1814), a prominent figure during the American Revolution. Born to the influential Schuyler family in Albany, Angelica was well-educated, a trait uncommon for women of her time but typical for Dutch families. She eloped with John Carter (later John Barker Church), much to her family's dismay, a decision perhaps driven by love for the cosmopolitan Englishman. Angelica was deeply involved in the revolutionary cause, supporting the French army and maintaining a strong patriotic identity even while living in London after the war. She cultivated extensive connections with key figures like George Washington, Alexander Hamilton, Thomas Jefferson, and Lafayette .1115-1130 CONTINUED Molly Beer, Angelica Schuyler Church and the American Revolution 1130-1145 CONTINUED Molly Beer, Angelica Schuyler Church and the American Revolution Molly Beer discusses 1145-1200 CONTINUED Molly Beer, Angelica Schuyler Church and the American Revolution Molly Beer . FOURTH HOUR 12-1215 Henry Sokolski, Plutonium, Nuclear Proliferation, and International Debate Henry Sokolski discusses the global debate surrounding plutonium, a highly poisonous substance used in nuclear weapons, especially by China, South Korea, and Britain. He explains that plutonium can be extracted from nuclear power reactors and quickly used to make a bomb, similar to the Nagasaki weapon. Sokolski criticizes the US Energy Department for suggesting that new reactor designs like Natrium and Ollo can extract plutonium while leaving enough radionuclides to prevent bomb-making, a claim previously debunked by studies. He highlights proliferation risks, citing South Korea's historical attempts to use civil reprocessing to acquire nuclear weapons.1215-1230 Jack Burnham, Manhattan Project Lessons for AI and US-China Talent Competition Jack Burnham explains that China views the Manhattan Project as a key lesson in harnessing international talent for national strategic goals, particularly in artificial intelligence. The US successfully recruited theoretical physicists fleeing Nazi Germany, nurturing a scientific reserve for the atomic bomb project. Burnham notes that after World War II, the US continued to prioritize basic science funding, leading to its technological edge. However, he suggests the US is currently struggling with this, as funding issues and regulatory uncertainty are driving American scientists abroad and limiting foreign talent attraction while countries like China, the EU, France, and Canada actively recruit US scientists.1230-1245 Nathaniel Peters, The Nature of Murder and Evil in Andrew Klavan's "The Kingdom of Cain" Nathaniel Peters reviews Andrew Klavan's "The Kingdom of Cain," which explores murder and evil through fiction and real-life examples. Klavan, a former atheist, was propelled to faith by Klavan, a former atheist, was propelled to faith by pondering evil, suggesting that recognizing objective moral order is necessary to condemn acts like those of the Marquis de Sade. The book examines Leopold and Loeb, who murdered to prove their superiority and live beyond good and evil, but left a crucial clue, highlighting their human fallibility. Klavan also considers Dostoevsky's Raskolnikov, whose rationalized yet pointless murder leads to a breakdown of his self-deception. Klavan argues artistic creation, like Michelangelo's Pietà, can redeem or transform the subject of art.1245-100 AM CONTINUED Nathaniel Peters, The Nature of Murder and Evil in Andrew Klavan's "The Kingdom of Cain" Nathaniel Peters reviews Andrew Klavan's "The Kingdom of Cain," which explores murder and evil through fiction and real-life examples. Klavan, a former atheist, was propelled to faith by pondering evil, suggesting that recognizing objective moral order is necessary to condemn acts like those of the Marquis de Sade. The book examines Leopold and Loeb, who murdered to prove their superiority and live beyond good and evil, but left a crucial clue, highlighting their human fallibility. Klavan also considers Dostoevsky's Raskolnikov, whose rationalized yet pointless murder leads to a breakdown of his self-deception. Klavan argues artistic creation, like Michelangelo's Pietà, can redeem or transform the subject of art.

Brandon Weichert, Artificial Intelligence, Quantum Computing, and Economic Impact Brandon Weichert and John Batchelor discuss artificial intelligence and quantum computing, with Weichert expressing optimism for AI's long-term economic benefits, though he finds a 7% GDP growth projection very optimistic. He believes AI will augment, not replace, human work, leading to positive productivity gains over time, especially in manufacturing and tech sectors. The conversation touches on AI's current competitiveness in generating novel research hypotheses, nearly matching humans in a Science magazine study, but humans still slightly lead in designing experiments. Weichertsees quantum computing as the next breakthrough

The world of artificial intelligence continues to profoundly impact the stock markets and create investment opportunities. Despite a brief setback earlier this year, AI continues to push the boundaries of human ingenuity and drive market dynamics.Oscar Pulido welcomes Tony Kim, head of the BlackRock Fundamental Equities Global Technology Team, and Michael Gates, lead portfolio manager of BlackRock's target allocation models. Fresh from their interactions with technology leaders in San Francisco and Silicon Valley, Tony and Michael share their insights on the rapid advancements in AI, the efficiencies it brings to the economy, and the promising investment opportunities it unveils across various sectors.Key moments from this episode:00:00 Introducing AI's Unprecedented Investment Surge03:03 The Three Layers of AI Investment Opportunity08:21 AI's Impact on Labor and Services10:34 Exponential Growth and Humanoid Robots14:41 Quantum Computing and Cybersecurity18:48 Considering The Societal Impact and Future Outlook

In this episode, host Sebastian Hassinger sits down with Xiaodi Wu, Associate Professor at the University of Maryland, to discuss Wu's journey through quantum information science, his drive for bridging computer science and physics, and the creation of the quantum programming language SimuQ.Guest IntroductionXiaodi Wu shares his academic path from Tsinghua University (where he studied mathematics and physics) to a PhD at the University of Michigan, followed by postdoctoral work at MIT and a position at the University of Oregon, before joining the University of Maryland.The conversation highlights Wu's formative experiences, early fascination with quantum complexity, and the impact of mentors like Andy Yao.Quantum Computing: Theory Meets PracticeWu discusses his desire to blend theoretical computer science with physics, leading to pioneering work in quantum complexity theory and device-independent quantum cryptography.He reflects on the challenges and benefits of interdisciplinary research, and the importance of historical context in guiding modern quantum technology development.Programming Languages and Human FactorsThe episode delves into Wu's transition from theory to practical tools, emphasizing the major role of human factors and software correctness in building reliable quantum software.Wu identifies the value of drawing inspiration from classical programming languages like FORTRAN and SIMULA—and points out that quantum software must prioritize usability and debugging, not just elegant algorithms.SimiQ: Hamiltonian-Based Quantum AbstractionWu introduces SimuQ, a new quantum programming language designed to treat Hamiltonian evolution as a first-class abstraction, akin to how floating-point arithmetic is fundamental in classical computing.SimiQ enables users to specify Hamiltonian models directly and compiles them to both gate-based and analog/pulse-level quantum devices (including IBM, AWS Braket, and D-Wave backends).The language aims to make quantum simulation and continuous-variable problems more accessible, and serves as a test bed for new quantum software abstractions.Analog vs. Digital in Quantum ComputingWu and Hassinger explore the analog/digital divide in quantum hardware, examining how SimuQ leverages the strengths of both by focusing on higher-level abstractions (Hamiltonians) that fit natural use cases like quantum simulation and dynamic systems.Practical Applications and VisionThe conversation highlights targeted domains for SimuQ, such as quantum chemistry, physics simulation, and machine learning algorithms that benefit from continuous-variable modeling.Wu discusses his vision for developer-friendly quantum tools, drawing parallels to the evolution of classical programming and the value of reusable abstractions for future advancements. Listen to The New Quantum Era podcast for more interviews with leaders in quantum computing, software development, and scientific research.

In this Short, Alexander Keesling, CEO of QuEra, shares insights on turning quantum research into a successful business. He discusses how they've built partnerships with AWS, why customer education is crucial, and how to navigate the emerging quantum computing market. What You'll Learn: How to turn research into a viable business The importance of timing in emerging markets Building the right customer education strategy Navigating complex B2B sales cycles ALLES ZU UNICORN BAKERY: https://zez.am/unicornbakery  Mehr zu Alexander Keesling LinkedIn: https://www.linkedin.com/in/alexander-keesling-66229730/  QuEra: https://www.quera.com/  Join our Founder Tactics Newsletter: 2x die Woche bekommst du die Taktiken der besten Gründer der Welt direkt ins Postfach: https://www.tactics.unicornbakery.de/ 

Story 1: Scientists use quantum machine learning to create semiconductors for the first timeSource: LiveScience.comLink: https://www.livescience.com/technology/computing/scientists-use-quantum-machine-learning-to-create-semiconductors-for-the-first-time-and-it-could-transform-how-chips-are-madeResearch Paper: https://advanced.onlinelibrary.wiley.com/doi/10.1002/advs.202506213Story 2: How used EV batteries could help fuel the AI boomSource: CBS NewsLink: https://www.cbsnews.com/news/used-ev-batteries-artificial-intelligence/Also See: https://www.crusoe.ai/Also See: https://www.redwoodmaterials.com/Story 3: Carbon-Negative Building Material Made from Seawater and CO2Source: TechnologyNetworks.comLink: https://www.technologynetworks.com/applied-sciences/news/carbon-negative-building-material-made-from-seawater-and-co2-397532Story 4: Researchers develop a biosensor based on light and AI for early diagnosis of cancerSource: MedicalXpress.comLink: https://medicalxpress.com/news/2025-07-biosensor-based-ai-early-diagnosis.htmlResearch Paper: https://advanced.onlinelibrary.wiley.com/doi/10.1002/advs.202503257Honorable MentionsStory: Worcester Polytechnic Institute Researchers Develop Cleaner, Scalable Process to Recycle Lithium-Ion BatteriesSource: WPI News WebsiteLink: https://www.wpi.edu/news/wpi-researchers-develop-cleaner-scalable-process-recycle-lithium-ion-batteriesResearch Paper: https://www.sciencedirect.com/science/article/abs/pii/S2405829725003848Story: pFIBRE Launches Scalable Biodegradable Films to Replace Single-Use PlasticsSource: ThePackHub.comLink: https://thepackhub.com/innovation-news/pfibre-launches-scalable-biodegradable-films-to-replace-single-use-plastics/Story: Scientists Create Living Plastic Alternative - And it's edible, too!Source: Futurism.comLink: https://futurism.com/scientists-living-plasticAlso See: https://www.sciencealert.com/scientists-create-biodegradable-plastic-alternative-thats-literally-aliveStory: Nth Cycle is bringing critical metals refining to the U.S. - the company is already producing nickel and cobalt from battery scrap in OhioSource: MIT NewsLink: https://news.mit.edu/2025/nth-cycle-brings-critical-metals-refining-0627Also See: https://nthcycle.com/

Marc Vanlerberghe is the Chief Strategy and Marketing Officer at The Algorand Foundation. In this episode, Marc discusses how Algorand is driving mainstream adoption of blockchain technology, decentralizing its network at record speed, and preparing for a future where billions of users—and AI agents—interact seamlessly on-chain. He also explains why a user-first approach is the key to scaling Web3 beyond speculation into real-world applications. Key Takeaways: What makes Algorand different from other Layer 1s Agentic commerce and how could it reshape how we interact online Strategies for achieving mainstream adoption of crypto How Algorand is preparing for a post-quantum world Guest Bio: Marc Vanlerberghe is the Chief Strategy and Marketing Officer at The Algorand Foundation. Algorand has a goal of fostering partnerships that help contribute to the advancement of the overall blockchain industry, and to drive adoption of the Algorand blockchain. Since stepping into the role in early 2024, Marc has been leading the charge to elevate Algorand's global brand and strategy. ---------------------------------------------------------------------------------------- About this Show: The Brave Technologist is here to shed light on the opportunities and challenges of emerging tech. To make it digestible, less scary, and more approachable for all! Join us as we embark on a mission to demystify artificial intelligence, challenge the status quo, and empower everyday people to embrace the digital revolution. Whether you're a tech enthusiast, a curious mind, or an industry professional, this podcast invites you to join the conversation and explore the future of AI together. The Brave Technologist Podcast is hosted by Luke Mulks, VP Business Operations at Brave Software—makers of the privacy-respecting Brave browser and Search engine, and now powering AI everywhere with the Brave Search API. Music by: Ari Dvorin Produced by: Sam Laliberte  

Dr. Susan Hubbard is Deputy Director for Science and Technology at Oak Ridge National Laboratory, the largest of the U.S. Department of Energy's multi-program science and energy labs. With more than 7,000 scientists and engineers, Oak Ridge is advancing innovation across nuclear energy, grid resilience, AI, quantum computing, isotopes, and advanced manufacturing. In this episode, Susan shares how the national labs' mission has evolved since the Manhattan Project, how companies and startups engage with Oak Ridge through user facilities and partnerships, and what role the labs will play in shaping the future of energy and technology amid today's geopolitical and industrial shifts.Episode recorded Aug 18, 2025 (Published Sept 2, 2025) In this episode, we cover: [03:03] Dr. Hubbard's early career and hydrogeophysics[05:31] Permafrost thaw and climate feedback loops in the Arctic[07:11] Methane release challenges and Earth system complexity[09:00] Transition from geophysicist to ORNL leadership[12:17] ORNL's user facilities, including Frontier supercomputer[13:56] Isotopes for medicine, security, and Mars exploration[15:45] Neutron scattering and world-leading materials research[17:25] Large-scale 3D additive manufacturing for energy[19:25] How DOE priorities shape research directions[22:04] Public-private partnerships in nuclear and fusion[26:54] ORNL's role in ITER and advanced fusion materials[30:51] Local enthusiasm for nuclear in Tennessee[31:54] Building the future grid: reliability, cybersecurity, AI[33:17] High-performance computing simulations of energy systems[37:23] Quantum computing, AI, and labs of the future[43:41] How startups engage with ORNL (CRADA, Innovation Crossroads)[48:02] U.S. R&D evolution: Manhattan Project to today Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

Back of a Napkin ideas, Quantum Computing companies, More on Pints and Portfolios with Rob Black and a Certified Financial Planner from EP Wealth Advisors on Saturday September 6th from 12 noon to 2pm in Pleasant Hill

Host Sebastian Hassinger interviews Alexandre Blais, professor of physics at the Universite de Sherbrooke and scientific director of the Insitut Quantique. Alexandre discusses his academic journey, starting from his master's and PhD work in Sherbrooke, his move to Yale, and his collaborations with both theorists and experimentalists. He outlines the development of circuit QED (quantum electrodynamics) and its foundational role in the modern superconducting qubit landscape. Blais emphasizes the interplay between fundamental physics and technological progress in quantum computing, highlighting both academic contributions and partnerships with industry. He also describes the evolution and mission of Institut Quantique, stressing its role in bridging academia and the quantum industry by training talent and fostering startups in Sherbrooke, Quebec. Finally, Blais reflects on the dual promise of quantum computing—as a tool for scientific discovery and as a long-term commercial technology.Key Themes and Points1. Early Career and Path into Quantum ComputingAlexandre Blais began his quantum computing journey during his master's at Sherbrooke, inspired by a popular science article by Serge Haroche that laid out the argument for why quantum computers would never work.He pursued quantum studies at Sherbrooke despite a lack of local experts, showing early initiative and risk-taking.2. Transition to Yale and Circuit QEDBlais joined Yale for his postdoc, attracted by the strong theory–experiment collaboration.The Yale group pioneered "circuit QED," adapting ideas from cavity QED (single atoms in magnetic cavities) to superconducting circuits, enabling new ways to read out and control qubits.Circuit QED became the backbone of superconducting qubit technology, notably enabling the transmon qubit (now a dominant architecture).Collaborated with figures like prior guests of the podcast Steve Girvin and Rob Schoelkopf, and was a postdoc along with Jay Gambetta and Andreas Wallraff.3. Superconducting Qubits and Research FocusMost of Blais's work has centered on superconducting qubits, particularly on understanding and extending coherence times, reducing errors, and improving fabrication/design.Emphasizes the complex, nonlinear, and rich physics even of single-qubit systems (e.g., challenges of dispersive readout and unexpected phenomena like multiphoton resonances).Notes the continuing importance of deep, fundamental research despite growing industrial and engineering focus.4. Role of Academia vs. IndustryGrowth of corporate investment (Google, IBM, Amazon, Intel) has changed the landscape.Blais argues that universities should focus on pushing the scientific frontier and training talent, not on building commercial-scale quantum computers.Academic groups can pursue high-risk, high-reward research and deeper understanding of quantum technology's physical underpinnings.5. Institut Quantique and Quebec's Quantum EcosystemBlais leads Institut Quantique, which supports both basic and applied quantum research and has been highly successful in fostering a local quantum startup ecosystem (e.g., SBQuantum, NordQuantique, Qubic).Offers entrepreneurship courses and significant seed grants (even to students and postdocs) to encourage talent retention and company creation in Sherbrooke.Partnership between academia, startups, and public investment has attracted international players like Pasqal and IBM, establishing Sherbrooke as a quantum technology hub.6. Societal and Philosophical ReflectionsFundamental challenge: making increasingly large quantum systems remain quantum despite Bohr's assertion, via the Correspondence principle, that as a quantum system scales it will become classical.Quantum computers are not only future commercial tools—they are already invaluable scientific instruments, enabling new physics via experimental control of complex quantum systems.Blais is optimistic about quantum computing's potential for both discovery and eventual large-scale applications.Main TakeawaysBuilding quantum computers is both a technological and fundamental scientific challenge. Even with commercial interest, deep physical understanding is essential—academic research remains vital.Close collaboration between theorists and experimentalists breeds breakthrough advances. Circuit QED exemplifies this synergy.Quantum research institutes can seed thriving tech ecosystems, if they focus on both talent training and supporting spinouts, as shown by Institut Quantique in Sherbrooke.Quantum computing's greatest early impacts will likely be as scientific instruments, enabling novel experiments and discoveries, before large-scale commercial utility is achieved.Quantum hardware's development continually reveals new, subtle physics; e.g., the decades-long puzzle of dispersive readout reflects the complexity inherent in scaling up quantum technology.Notable Quotes “Quantum computers will, before being commercially useful, be fantastic tools for discoveries.” “What we're trying to do is go against that very fundamental principle—we're trying to build a bigger and bigger system that behaves ever more quantum.” “There is real power in mixing theory and experiment when tackling the challenges of quantum technology.”Listeners will enjoy a blend of scientific storytelling, personal insight, and a blueprint for building world-class quantum research hubs that advance both discovery and innovation.

Back of a Napkin ideas, Quantum Computing companies, More on Pints and Portfolios with Rob Black and a Certified Financial Planner from EP Wealth Advisors on Saturday September 6th from 12 noon to 2pm in Pleasant HillSee omnystudio.com/listener for privacy information.

Can we build technology today to defend against the threats of tomorrow? This week, Technology Now concludes a double episode on post quantum cryptography and explores the subject of firmware, why it's imperative that it be protected against quantum attacks and why a simple update can't solve every problem. Nigel Edwards, Director of the Security Lab at HPE Labs, tells us more.This is Technology Now, a weekly show from Hewlett Packard Enterprise. Every week, hosts Michael Bird and Aubrey Lovell look at a story that's been making headlines, take a look at the technology behind it, and explain why it matters to organizations.About Nigel: https://www.linkedin.com/in/nigel-edwards-170591/?originalSubdomain=ukSources: https://www.theatlantic.com/technology/archive/2016/01/the-long-and-winding-history-of-encryption/423726/https://www.theqrl.org/blog/history-of-cryptography-behind-the-code-episode-1/https://www.theguardian.com/science/2025/may/07/todays-ai-can-crack-second-world-war-enigma-code-in-short-order-experts-say

Your fundraising strategy is about to become ancient history. This AI breakthrough isn't just a small update; it's a complete revolution that changes everything you know about donor relationships and growing your nonprofit.In this episode of Hey Nonprofits, host Trevor Nelson is joined by fundraising expert and AI pioneer Nathan Chappell to discuss the most profound technology shift in human history. They explore why old methods like focusing on cost per dollar raised are failing and how the shrinking donor pool is forcing a new approach. Nathan explains how any nonprofit can use predictive and generative AI to build a true community, create personalization at scale, and foster generosity. This conversation reveals the simple steps to embrace innovation and curiosity, ensuring your organization thrives in this new era.

Cathy and Lee are taking a break this month, and August is Greatest Hits time on TechMagic as we pull out some special episodes from our vault. In this Greatest Hits episode of TechMagic, hosts Cathy Hackl and Lee Kebler unpack the cutting-edge innovations transforming finance and commerce in 2025. Along with special guest Nabil Manji, SVP of Fintech Growth at Worldpay, the trio discusses the rise of digital wallets and embedded finance, as well as the power of AI agents and real-time payments. They explore how technology is redefining money movement on a global scale and tackle the impact of quantum computing on payment security. They look at the challenges of AI safety and what companies like Shopify are doing to lead the charge. A must-listen for anyone curious about the future of fintech.What you will learn:How digital wallets are transforming global commerceWhy embedded finance is revolutionizing delivery of financial services to customersThe evolution of real-time payments across different global markets How AI agents are reshaping commerce through automated purchasing Why stablecoins are emerging as a crucial tool for cross-border payments The impact of quantum computing on payment security The challenges facing traditional retail experiences Current concerns around AI chatbots and the need for stronger safety measuresThe growing pains of emerging tech trends, from Nintendo's preorder challenges to Meta's AI controversiesCome for the tech, stay for the magic!Nabil Manji BioNabil Manji is the Senior Vice President and Head of Fintech Growth and Financial Partnerships at Worldpay, where he leads strategic initiatives in emerging payment technologies and financial partnerships. With extensive experience in the payments industry, he oversees how Worldpay collaborates with banks, fintech companies, and card networks to shape the future of money movement. His expertise in payment infrastructure and involvement in Worldpay's Global Payments Report make him uniquely qualified to discuss how technological innovations are transforming the way we think about and handle transactions in an increasingly digital world. His strategic vision for the intersection of technology and finance provides valuable insights for businesses and professionals interested in the future of payments and financial technology.Nabil Manji on LinkedInKey Discussion Topics:00:00 Welcome to Tech Magic with Cathy Hackl & Lee Kebler02:44 AI & Mental Health: The Rise of Digital Therapy Solutions09:51 Nintendo Switch 2: When Preorders Go Wrong18:06 Slate Auto: Reimagining the Electric Truck25:44 The Three Pillars of AI in Payments with Nabil Manji39:37 Digital Wallets: The Evolution of Modern Payment Methods46:20 Cryptocurrency as Payment Infrastructure49:20 Understanding Embedded Commerce & Finance53:57 Quantum Computing's Impact on Payment Security01:03:47 Meta AI Controversy: Safety Concerns & Celebrity Voices Hosted on Acast. See acast.com/privacy for more information.

Tune into this episode of 'The Future of Supply Chain,' where Richard and Sin chat with World Economic Forum's fellow Benedikt Gieger. They'll unpack the hottest trends driving the evolution of supply chains, inspired by groundbreaking insights from two key WEF white papers. Imagine a future where supply chains are smart, sustainable, and globally synced. Get ready to explore the roles of AI, quantum computing, real-time data, and more in reshaping industries. Don't miss out on this deep dive into the cutting-edge future of supply chains!

Get ready for a wild ride through the world where quantum physics meets jazz, deep learning, and the mysterious power of Janet Jackson's “Rhythm Nation.” On today's episode of Impact Quantum, hosts Candace Gillhoolley, Frank La Vigne, and BAILeY sit down with Shahaf Asban, mathematical physicist and head of research at Classiq, to unravel the wonders and oddities of quantum sensing.Shahaf takes us from his unexpected journey—starting in music and drum kits, all the way to leading research at the intersection of quantum technologies and AI. He breaks down quantum sensing in a way anyone can understand, demystifies the differences between classical and quantum computing, and shares why your next medicine—or even your next laptop—might owe a debt to quantum advances.We'll explore why quantum computing isn't just science fiction, how entanglement really works (minus the pop-sci speed-of-light myths), and what “noisy” systems mean for the future of technology. From myth-busting to practical predictions, this episode is perfect for anyone who's quantum-curious, no PhD required.So grab your coffee, open your mind, and get ready to get entangled in an episode that's equal parts enlightening and entertaining.Time Stamps00:00 Understanding Quantum Sensing05:21 "Exploration of Quantum & Information Theory"07:58 Raymond Chen's Fascinating Microsoft Anecdote10:16 Computing Paradigms Overview14:29 Statistical Algorithms: Not New19:00 Quantum Measurement and Isolation Dilemma21:25 Quantum Sensing vs. Classical Probes26:20 Quantum Chemistry Simulation Advancements27:13 Quantum Limitations in Drug Synthesis32:53 Quantum Computers: Future Potential Analyzed35:03 "AI's Impact: Importance of Backup Plans"38:55 "Measurement-Induced Error Challenges"44:10 Quantum Computing and Hybrid Architectures45:34 Tech Sales Pitch Challenges49:24 Cautious Optimism in Quantum Computing52:57 Mentorship's Impact on Growth55:28 "Quantum Adventures with Shahaf Asban"

Global Threats, Deepfakes & Quantum Risk | DailyCyber 273 with Evgueni Erchov ~ Watch Now ~In this episode of DailyCyber, I'm joined by Evgueni Erchov, Sr. Director of Research & Threat Intelligence at Cypfer. With more than 25 years of experience in IT security, forensics, blockchain, and cybercrime investigations, Evgueni shares his perspective on the ever-evolving global cyber threat landscape.

Is Your Crypto Safe? Quantum Computing Could Shatter Blockchain Security - Brian Rose of London Real with John Lilic  

In this episode, Sebastian Hassinger sits down with Bert de Jong, a leading computational chemist and Director of the Quantum Systems Accelerator at Lawrence Berkeley National Laboratory. They explore Bert's journey from high-performance classical computing to the front lines of quantum research, his vision for the future of the U.S. National Quantum Initiative (NQI) center he leads, and the scientific and engineering challenges that will define the next era of quantum computing.Key Topics CoveredCareer Arc: Bert reflects on his 27-year career in the national lab system, moving from classical computational chemistry and HPC to becoming a leader in quantum computing research and center management.Genesis of Quantum Focus: He describes his pivot to quantum in 2014, prompted by the scaling limitations of classical simulations and the promise of quantum systems to tackle “bigger and bigger” problems.Role of National Labs and NQI: Discussion of the U.S. National Quantum Initiative and the unique positioning of national labs in driving foundational science and cross-sector collaboration through centers like QSA.QSA's Multimodal Approach: Insight into QSA's decision not to “choose a lane,” advancing superconducting qubits, trapped ions, and neutral atoms in parallel, and the unique innovations—like integrated photonics—enabled by this breadth.Neutral Atom Milestones: Highlights the rapid progress in neutral atom systems (including work with QuEra and Misha Lukin), and the looming advent of devices with dozens of logical qubits and error correction.Logical Qubits and Error Correction: Bert explains how all quantum modalities are advancing toward error-corrected logical qubits, and why 100-logical-qubit prototypes are a realistic five-year goal.Scientific Impact: A discussion of what constitutes “quantum (scientific) advantage,” and why Bert believes that chemistry, materials science, high-energy, and nuclear physics will be the first domains to benefit from quantum systems unavailable to classical computing.Balancing Science and Engineering: Exploration of the transition from fundamental scientific challenges to applied engineering problems as quantum hardware matures—touching on device manufacturing, integrated photonics, and the symbiosis between national labs and industry partners.Quantum Software Innovation: Bert's perspective on bridging researcher expertise with usable tools, including his work on open-source quantum compilers (e.g., BQSKit/biscuit) and the importance of diverse, in- terdisciplinary teams.Looking Ahead: Bert's vision for the next five years: transitioning quantum from promise to prototypes that deliver real scientific results, and solidifying a collaborative ecosystem across labs, universities, and industry.Notable Quotes“HPC, quantum, and AI are all just tools—what matters is how we use them to solve real science problems.”“We're at the point where error-corrected quantum prototypes with 100 logical qubits and high fidelity could deliver a true scientific advantage within five years.”“National labs bring together deep science, advanced engineering, and a culture of collaboration that's essential at this stage of quantum's development.”“Quantum advantage isn't a buzzword for us—it's about doing science that can't be done any other way.”Episode HighlightsBert's transition from classical to quantum and the pivotal role of DOE research centers.How QSA's cross-modality approach both accelerates hardware and fosters cross-institutional partnerships.A preview of upcoming neutral-atom milestones and why industry is watching closely.The importance of open standards and software that supports a rapidly diversifying hardware landscape.The public sector's role in driving “over the horizon” technology, derisking pathways beyond what private startups can take on alone.Ambitious, concrete goals for the next five years: prototype quantum systems delivering early scientific wins, not just more research papers.If you enjoy deep dives into the intersection of science, engineering, and the future ofquantum technology, subscribe and share The New Quantum Era.

In this edition of Campus Technology Insider Podcast Shorts, host Rhea Kelly covers the latest news in education technology. Highlights include the National Institute of Standards and Technology's new guidelines for securing AI systems, Wiley's introduction of innovative AI tools for the zyBooks platform to enhance STEM education, and Columbia Engineering's HyperQ, which virtualizes quantum computing for simultaneous user access. Tune in for more on these exciting developments. 00:00 Introduction and Host Welcome 00:15 NIST's New AI Security Guidelines 00:50 Wiley's AI Tools for STEM Education 01:18 Columbia Engineering's HyperQ Innovation 01:54 Conclusion and Further Resources Source links: NIST Proposes New Cybersecurity Guidelines for AI Systems Wiley Introduces New AI Courseware Tools Columbia Engineering Researchers Develop Cloud-Style Virtualization for Quantum Computing Campus Technology Insider Podcast Shorts are curated by humans and narrated by AI.

Is Your Crypto Safe? Quantum Computing Could Shatter Blockchain Security - Brian Rose of London Real with John Lilic  

We've long marveled at how efficiently plants convert sunlight into energy—but no one guessed they were using quantum mechanics to do it.In this episode, we speak with Greg Engel, a pioneering University of Chicago biophysicist who helped launch the field of quantum biology. Engel explains how plants and bacteria evolved to exploit quantum effects for photosynthesis—and how understanding these systems could spark a revolution in quantum sensing, medicine, and neuroscience.Engel's team has already built quantum sensors inspired by nature's designs, with the potential to transform how we detect disease, develop drugs, and even read neural signals. The ultimate goal? A new era of quantum medicine, powered by the weird and wonderful physics found in leaves.

Why do quantum computers pose a threat to governments? This week Technology Now starts a two part dive into quantum computing. In this first episode, we ask: how are governments preparing to mitigate the threat posed by a hypothetical quantum computer which could be invented. Ken Rich, Federal CTO at HPE tells us more.This is Technology Now, a weekly show from Hewlett Packard Enterprise. Every week, hosts Michael Bird and Aubrey Lovell look at a story that's been making headlines, take a look at the technology behind it, and explain why it matters to organizations.About Ken Rich:https://www.linkedin.com/in/kenrich111/Sources:https://www.ncsc.gov.uk/whitepaper/next-steps-preparing-for-post-quantum-cryptographyhttps://www.britannica.com/technology/quantum-computerhttps://www.livescience.com/technology/computing/history-of-quantum-computing-key-moments-that-shaped-the-future-of-computingShor, Peter W.. “Polynomial-Time Algorithms for Prime Factorization and Discrete Logarithms on a Quantum Computer.” SIAM Rev. 41 (1995): 303-332.P. W. Shor, "Algorithms for quantum computation: discrete logarithms and factoring," Proceedings 35th Annual Symposium on Foundations of Computer Science, Santa Fe, NM, USA, 1994, pp. 124-134, doi: 10.1109/SFCS.1994.365700.https://www.newscientist.com/article/2399246-record-breaking-quantum-computer-has-more-than-1000-qubits/

In this mind-bending episode of Total Disclosure: UFOs, Cover-Ups & Conspiracy, host Ty Roberts sits down with MIT graduate, tech entrepreneur, and best-selling author Rizwan Virk to unravel one of the most profound theories of our time: Are we living in a simulation? We dive into Philip K. Dick's vision of reality as a rendered world, where life unfolds like a massive video game program. Could UFOs and non-human intelligences be part of this simulation—programmers, watchers, or even glitches in the code? Topics explored include:The Mandela Effect and Déjà Vu as potential proof of simulation resets.UFOs and what they represent in a simulated reality.The role of a higher power—is there truly a God, or simply a cosmic coder?What this means for humanity, free will, and the disclosure movement.This episode goes beyond traditional UFO conversations, fusing science, philosophy, and spirituality into a groundbreaking discussion about the true nature of reality. 

Quantum Computing: 10 years on. Brandon Weichert 1952

Anniversary reflections: 54 years since Nixon closed the gold window in 1971 and 5 years since MicroStrategy announced its first Bitcoin purchaseGlobal inflation since 1971: No country has averaged

Preview: Quantum Computing. Colleague Brandon Weichert of National Interest comments on the disappointing Wall Street quarterly results for quantum computing and related public companies. More later.

Industrial Talk is talking to Sandy Carielli, Vice President at Forrester Research about "Quantum Computing Cybersecurity". Scott Mackenzie and Sandy Carielli discuss the implications of quantum computing on cybersecurity. Quantum computers could potentially break today's public key cryptography, compromising data security. Carielli highlights the importance of transitioning to new, quantum-resistant algorithms, such as those developed by NIST. She emphasizes the urgency for organizations, especially government agencies and financial institutions, to start this migration process. Carielli also warns of the "harvest now, decrypt later" attack scenario, where data is intercepted today and decrypted later with a future quantum computer. The conversation underscores the need for proactive measures to ensure digital trust and security. Action Items [ ] Conduct a cryptographic discovery exercise to inventory the algorithms and protocols currently in use across the organization. [ ] Bring together a cross-functional team to assess the organization's exposure to quantum computing threats and start the process of migrating to post-quantum cryptography. [ ] Incorporate requirements for quantum-resistant cryptography in procurement processes and vendor SLAs. [ ] Prioritize the migration of high-value, long-term data and systems that rely on digital signatures. Outline Introduction and Purpose of Industrial Talk Podcast Scott MacKenzie thanks listeners for their support and highlights the platform's dedication to celebrating achievements and amplifying messages. Scott MacKenzie praises Sandy Carielli from Forrester Research for her contributions to quantum computing and cybersecurity. The conversation aims to explore the transformative impact of quantum computing on cybersecurity. Scott MacKenzie's Perspective on Innovation and Technology Scott MacKenzie discusses the importance of creating content and demonstrating the human side of professionals in various industries. He emphasizes the need for companies to adapt to new technologies and innovations to remain successful. Scott MacKenzie shares themes from his conversations with industrial leaders, such as the importance of education, collaboration, and innovation. He highlights the need for companies to be nimble, trusted, and passionate about solving challenges. Introduction to Sandy Carielli and Quantum Computing Scott MacKenzie introduces Sandy Carielli and her work at Forrester Research on quantum computing and cybersecurity. Sandy Carielli explains the process of selecting topics for research at Forrester, including trends, market exposure, and regulatory changes. The conversation touches on the rapid evolution of technologies and the importance of staying current. Sandy Carielli mentions the annual top 10 emerging technologies report published by Forrester. Quantum Computing and Its Impact on Cybersecurity Sandy Carielli provides an overview of quantum computing and its potential to break today's public key cryptography. She explains the concept of public key cryptography and its role in securing communications and transactions. The discussion covers the potential risks posed by nation-states developing quantum computers and the need for cybersecurity measures. Sandy Carielli highlights the efforts to develop new cryptographic algorithms resistant to quantum computers. Preparing for Quantum...

Episode OverviewJoin Sebastian Hassinger in conversation with Deeya Viradia, a Gen Z voice and rising researcher in the quantum computing field. Deeya discusses her multifaceted journey—from early inspiration and undergraduate research to hackathons, quantum clubs, and her ambitions in commercialization. This episode is packed with resources, perspectives on education, and advice for newcomers in quantum technology.Key Topics & HighlightsDeeya's Quantum Origin StoryInspired by curiosity and early science exposure—especially an episode of "Martha Speaks" with Neil deGrasse Tyson—which led to an ongoing passion for exploring the unknown, from astronomy to quantum computing.Found her quantum footing through engineering physics at UC Berkeley and participation in the IBM Qiskit Summer School.Building a Quantum ResumeGained diverse hands-on experience with UC Berkeley's Quantum Devices Group, SLAC (Stanford Linear Accelerator Center), the DoD Quantum Entanglement and Space Technologies (QuEST) Lab, and multiple quantum hackathons (MIT iQuHack Hack, Yale's Y Quantum).Emphasizes the breadth of opportunity for undergraduates—advocates for involvement in hackathons and clubs, even without prior quantum experience.Theory vs. Experiment, and Academia vs. IndustryChallenges traditional boundaries, advocating for integration: understanding both the experimental physics and the theoretical/algorithmic sides of quantum.Describes work at SLAC: optimizing readout for superconducting qubits, working with dilution fridges, and collaborating across national labs and Stanford.Student Community & Entrepreneurial DriveFounded Q-BIT at Berkeley, a club focused on quantum computing applications and industry connections.Active in Berkeley's entrepreneurship community, driven to explore how quantum research moves from lab to commercial product.Commercialization and the Future of QuantumDiscusses the uncertain but promising path to quantum's economic value, highlighting interdisciplinary collaboration, communication, and cross-sector engagement.Strong advocate for students and non-technical communities alike to take risks, reach out, and jump into the field—because quantum needs diverse perspectives and no one knows exactly where it's headed!Resources MentionedIBM Quantum education resourcesIBM Quantum blog - where the summer camp will be announcedMIT iQuHackYale's Y QuantumUnitary FoundationQ-Ctrl Black OpalQ-BIT at BerkeleyQubit by QubitNational Q-12 Education Partnership IEEE Quantum WeekUC Berkeley Quantum Devices GroupSLAC National Accelerator LaboratoryEntrepreneurs @ Berkeley

Stocks hitting more record highs: Sara Eisen, David Faber, and Carl Quintanilla discussed the latest on the markets front with Goldman's Chief U.S. Economist… Along with his response to the President's recent post railing against the company and his team's report on tariff costs. Plus: some surprising new names being floated as potential replacements for Fed Chair Powell – hear who they are this hour - along with a deep-dive on the legal landscape for big tech with a former commissioner at the FTC (as AI start-up Perplexity makes a big for Google's Chrome Browser, and Elon Musk threatens to sue Apple over antitrust concerns).  Also in focus: a series of key names on the move… The team discussed Cava and Coreweave's double-digit declines, Paramount-Skydance shares surging on little news, and what to expect from a new entrant at the New York Stock Exchange – Crypto exchange ‘Bullish', set to trade under the ticker BLSH. Plus, hear from the CEO of quantum computing darling ‘Rigetti Computing' – whose shares are up nearly *1,700%* over the last year. Squawk on the Street Disclaimer

Institutional Bitcoin adoption is accelerating — with record ETF inflows, corporate treasuries buying BTC, and policy shifts that could open trillions in capital flows. In this episode of Bitcoin Policy Hour, special guests Alex Thorn and Stephen Pollock join the show to break down the $54B surge into Bitcoin ETFs, the growing list of Bitcoin treasury companies, and Washington's moves on banking access and 401(k) modernization.We also cover the Tornado Cash verdict and what it means for privacy tools, money transmission laws, and the future of crypto regulation. From Wall Street to Washington, Bitcoin's path to becoming a global reserve asset is taking shape.⭐ Join Bitcoin Magazine @ Bitcoin Asia 2025, Aug. 28-29 in Hong Kong! Get your tickets at: https://asia.b.tc/ today!

https://youtu.be/s2h-16Ia-PkMatt and Sean talk about quantum computing … and when do we talk about what we don't yet have?Watch the Undecided with Matt Ferrell episode, Why The Race for Quantum Supremacy Just Got Real https://youtu.be/L1kyvI2m6UY?list=PLnTSM-ORSgi7uzySCXq8VXhodHB5B5OiQ(00:00) - - Intro (02:09) - - Quantum Computing Discussion YouTube version of the podcast: https://www.youtube.com/stilltbdpodcastGet in touch: https://undecidedmf.com/podcast-feedbackSupport the show: https://pod.fan/still-to-be-determinedFollow us on X: @stilltbdfm @byseanferrell @mattferrell or @undecidedmfUndecided with Matt Ferrell: https://www.youtube.com/undecidedmf ★ Support this podcast ★

The revelation that shattered systems thinking: Replacing every combustion car with electric vehicles improves urban efficiency by only 6%—revealing why isolated optimizations fail in complex ecosystems.Dr. Parfait Atchadé from MIT Media Lab discovered this through quantum-enhanced urban modeling in Boston's Kendall Square. His breakthrough: humanized AI agents with emotional architectures that "live" in virtual cities for decades of compressed time, then vote on configurations—exposing the systematic failure of single-variable optimization. Paradigm Shifts:→ The Single-Solution Trap: Complex systems require the vast majority of improvements from interconnected changes—individual optimizations create illusion of progress while missing systemic impact→ Quantum Superposition Planning: Test multiple city configurations simultaneously rather than sequential scenarios—compress 40 years of urban experience into months of simulation→ Agents with Feelings: AI agents embedded with emotional models (joy, fear, anger, sadness) provide qualitative experience data impossible to capture from human stakeholders→ Portfolio Voting Revolution: Beyond binary decisions—split voting percentages across options like investment portfolios, enabling nuanced collective optimization→ Traditional systems modeling: Sequential scenario testing vs. Quantum approach: Parallel reality simulation with dramatic efficiency gainsThe Innovation: Humanized Agent-Based Modeling (h-ABM) creates digital beings with memory, perception, and emotional responses that navigate virtual systems, accumulating experiences and providing stakeholder insights traditional analytics cannot capture.Strategic Application: Any complex ecosystem requiring multi-stakeholder optimization—from organizational transformation to supply chain design—can leverage quantum-enhanced modeling with emotionally-intelligent agents.Strategic Reframe: The most adaptive ecosystems will shift from asking "How do we optimize individual components?" to understanding: "How do we architect systems where quantum-enhanced agents can help us reveal the hidden interdependencies that single-solution approaches systematically miss?"#EcosystemicFutures #QuantumComputing #SystemsThinking #UrbanPlanning #MIT #ComplexSystems #AgentBasedModelingGuest: Dr. Parfait Atchadé, Research Affiliate, MIT Media Lab | Strategic Business Officer, Lighthouse DIGHost: Marco Annunziata, Co-founder, Annunziata & Desai AdvisorsSeries Hosts: Vikram Shyam, Lead Futurist, NASA Glenn Research Center Dyan Finkhousen, Founder & CEO, Shoshin WorksEcosystemic Futures is provided by NASA Convergent Aeronautics Solutions Project in collaboration with Shoshin Works.

Welcome back to Impact Quantum, the show where quantum computing leaps from the chalkboard right onto the cutting edge of real-world business. In this episode, host Frank La Vigne and co-host BAILeY welcome back Yuval Boger, now Chief Commercial Officer at Quera Computing. Yuval takes us behind the scenes of Quera's recent $230 million funding round, reveals how they're shipping next-gen quantum computers to Japan, and dives deep into the fascinating world of neutral atom technology—think single atoms wrangled by lasers, all operating at room temperature (no cryogenic chandeliers required).Together, they explore how global governments and commercial enterprises are racing to harness the power of quantum, the challenges of scaling up this revolutionary tech, and why you don't need a PhD to start working in quantum computing—you just need curiosity and maybe a backup hair dryer. Whether you're a CTO, a logistics manager, or simply quantum-curious, this episode is your personal invite to the future of computing. Get ready for some mind-bending insights, a few great science puns, and a glimpse into why now is the perfect moment to dive into the quantum revolution.Time Stamps00:00 Quantum Innovation with Yuval Boger03:41 Next-Gen Quantum Computer Shipped07:11 Quantum Computing: Rapid Global Growth12:30 Quantum Computing for Advanced Problem Solving14:36 Quantum Computing Sales Strategy19:43 Governments Investing in Quantum Leap21:21 Quantum Investments Expand Nationwide24:35 "Identical Atoms as Qubits"28:25 Efficient Qubit Movement Technology34:25 Quantum Industry Skills Gap37:47 Quantum's Impact on Chemistry Advances40:45 AI & Quantum Computing Revolution44:21 "Quantum Supercomputing with Lasers"

Quantum computers are coming… but will they send Bitcoin to ZERO? In this episode, we break down the truth about quantum computing, SHA256, and whether your Bitcoin is really at risk. No tech degree required — just curiosity and a love for drama. Oshins explains how SHA256 keeps your Bitcoin safe, what quantum computing actually is, and why experts say we're still decades away from a real threat. Plus, we'll explore the “quantum arms race” between hackers and scientists, and how Bitcoin is already preparing for the future.SPONSORS:

Inspired by Urbit's minimal assembly language, Nockchain fuses Urbit's vision of sovereign computing with a novel proof-of-useful-work consensus mechanism, creating a blockchain where every computation fuels progress and scaling. The crypto-economics behind Nockchain's zkVM incentivise competition between zero knowledge provers, ultimately bootstrapping ZKPs as a new computational commodity.Topics covered in this episode:Logan's backgroundUrbit's valuesNock, Urbit's minimal assembly language Use cases for zk proofsNockchain's zkVM efficiencyUseful proof-of-workLaunching NockchainFuture roadmap for NockchainBuilding apps on NockchainStore of value vs. revenue generationThe impact of quantum computingEpisode links:Logan Allen on XZorp on XNockchain on XUrbit on XSponsors:Gnosis: Gnosis builds decentralized infrastructure for the Ethereum ecosystem, since 2015. This year marks the launch of Gnosis Pay— the world's first Decentralized Payment Network. Get started today at - gnosis.ioChorus One: one of the largest node operators worldwide, trusted by 175,000+ accounts across more than 60 networks, Chorus One combines institutional-grade security with the highest yields at - chorus.oneThis episode is hosted by Brian Fabian Crain.

Host: Sebastian HassingerGuest: Andrew Dzurak (CEO, Diraq)In this enlightening episode, Sebastian Hassinger interviews Professor Andrew Dzurak. Andrew is the CEO and co-founder of Diraq and concurrently a Scientia Professor in Quantum Engineering at UNSW Sydney, an ARC Laureate Fellow and a Member of the Executive Board of the Sydney Quantum Academy. Diraq is a quantum computing startup pioneering silicon spin qubits, based in Australia. The discussion delves into the technical foundations, manufacturing breakthroughs, scalability, and future roadmap of silicon-based quantum computers—all with an industrial and commercial focus.Key Topics and Insights1. What Sets Diraq ApartDiraq's quantum computers use silicon spin qubits, differing from the industry's more familiar modalities like superconducting, trapped ion, or neutral atom qubits.Their technology leverages quantum dots—tiny regions where electrons are trapped within modified silicon transistors. The quantum information is encoded in the spin direction of these trapped electrons—a method with roots stretching over two decades1.2. Manufacturing & ScalabilityDiraq modifies standard CMOS transistors, making qubits that are tens of nanometers in size, compared to the much larger superconducting devices. This means millions of qubits can fit on a single chip.The company recently demonstrated high-fidelity qubit manufacturing on standard 300mm wafers at commercial foundries (GlobalFoundries, IMEC), matching or surpassing previous experimental results—all fidelity metrics above 99%.3. Architectural InnovationsDiraq's chips integrate both quantum and conventional classical electronics side by side, using standard silicon design toolchains like Cadence. This enables leveraging existing chip design and manufacturing expertise, speeding progress towards scalable quantum chips.Movement of electrons (and thus qubits) across the chip uses CMOS bucket-brigade techniques, similar to charge-coupled devices. This means fast (

"If you're going to be running a very elite research institution, you have to have the best people. To have the best people, you have to trust them and empower them. You can't hire a world expert in some area and then tell them what to do. They know more than you do. They're smarter than you are in their area. So you've got to trust your people. One of our really foundational commitments to our people is: we trust you. We're going to work to empower you. Go do the thing that you need to do. If somebody in the labs wants to spend 5, 10, 15 years working on something they think is really important, they're empowered to do that." - Doug Burger Fresh out of the studio, Doug Burger, Technical Fellow and Corporate Vice President at Microsoft Research, joins us to explore Microsoft's bold expansion into Southeast Asia with the recent launch of the Microsoft Research Asia lab in Singapore. From there, Doug shares his accidental journey from academia to leading global research operations, reflecting on how Microsoft Research's open collaboration model empowers over thousands of researchers worldwide to tackle humanity's biggest challenges. Following on, he highlights the recent breakthroughs from Microsoft Research for example, the quantum computing breakthrough with topological qubits, the evolution from lines of code to natural language programming, and how AI is accelerating innovation across multiple scaling dimensions beyond traditional data limits. Addressing the intersection of three computing paradigms—logic, probability, and quantum—he emphasizes that geographic diversity in research labs enables Microsoft to build AI that works for everyone, not just one region. Closing the conversation, Doug shares his vision of what great looks like for Microsoft Research with researchers driven by purpose and passion to create breakthroughs that advance both science and society. Episode Highlights: [00:00] Quote of the Day by Doug Burger [01:08] Doug Burger's journey from academia to Microsoft Research [02:24] Career advice: Always seek challenges, move when feeling restless or comfortable [03:07] Launch of Microsoft Research Asia in Singapore: Tapping local talent and culture for inclusive AI development [04:13] Singapore lab focuses on foundational AI, embodied AI, and healthcare applications [06:19] AI detecting seizures in children and assessing Parkinson's motor function [08:24] Embedding Southeast Asian societal norms and values into Foundational AI research [10:26] Microsoft Research's open collaboration model [12:42] Generative AI's rapid pace accelerating technological innovation and research tools [14:36] AI revolutionizing computer architecture by creating completely new interfaces [16:24] Open versus closed source AI models debate and Microsoft's platform approach [18:08] Reasoning models enabling formal verification and correctness guarantees in AI [19:35] Multiple scaling dimensions in AI beyond traditional data scaling laws [21:01] Project Catapult and Brainwave: Building configurable hardware acceleration platforms [23:29] Microsoft's 17-year quantum computing journey with topological qubits breakthrough [26:26] Balancing blue-sky foundational research with application-driven initiatives at scale [29:16] Three computing paradigms: logic, probability (AI), and quantum superposition [32:26] Microsoft Research's exploration-to-exploitation playbook for breakthrough discoveries [35:26] Research leadership secret: Curiosity across fields enables unexpected connections [37:11] Hidden Mathematical Structures Transformers Architecture in LLMs [40:04] Microsoft Research's vision: Becoming Bell Labs for AI era [42:22] Steering AI models for mental health and critical thinking conversations Profile: Doug Burger, Technical Fellow and Corporate Vice President, Microsoft Research LinkedIn: https://www.linkedin.com/in/dcburger/ Microsoft Research Profile: https://www.microsoft.com/en-us/research/people/dburger/ Podcast Information: Bernard Leong hosts and produces the show. The proper credits for the intro and end music are "Energetic Sports Drive." G. Thomas Craig mixed and edited the episode in both video and audio format. Here are the links to watch or listen to our podcast. Analyse Asia Main Site: https://analyse.asia Analyse Asia Spotify: https://open.spotify.com/show/1kkRwzRZa4JCICr2vm0vGl Analyse Asia Apple Podcasts: https://podcasts.apple.com/us/podcast/analyse-asia-with-bernard-leong/id914868245 Analyse Asia YouTube: https://www.youtube.com/@AnalyseAsia Analyse Asia LinkedIn: https://www.linkedin.com/company/analyse-asia/ Analyse Asia X (formerly known as Twitter): https://twitter.com/analyseasia Analyse Asia Threads: https://www.threads.net/@analyseasia Sign Up for Our This Week in Asia Newsletter: https://www.analyse.asia/#/portal/signup Subscribe Newsletter on LinkedIn https://www.linkedin.com/build-relation/newsletter-follow?entityUrn=7149559878934540288

The Gene Simmons of Data Protection: Protegrity's KISS MethodToday, we are releasing another episode from our series, entitled The Gene Simmons of Data Protection - the KISS Method, brought to you by none other than Protegrity. Protegrity is AI-powered data security for data consumption, offering fine grain data protection solutions, so you can enable your data security, compliance, sharing and analytics.Episode Title: Navigating the Future of Data Management: Type Systems, Quantum Computing, and Protegrity's InnovationsIn our final episode, we are speaking with Michael Howard, CEO of Protegrity. We talk about how traditional type systems often fail short in modern data management, as well as potential threats posed by quantum computing to current encryption methods, as well as how Protegrity's product embeds context and security into the data itself, in order to repel any threat.QuestionsTell me and my audience a little bit about you. I know that you've referred to type systems as “lame.” Can you explain the concept of type systems in databases, why they're lame, and why they pose challenges for modern data management?How is quantum computing poised to impact the current landscape of data security and encryption?What are some of the limitations of traditional type systems in databases, and how can they be improved to handle modern data challenges?Can you share insights on how Protegrity's approach to data classification and protection differs from traditional methods?Looking ahead, how do you envision the role of type systems evolving with the advent of quantum computing and other emerging technologies?One of Protegrity's talking points has been how far behind legislation for data privacy and security is compared to today's rapidly accelerating data landscape. What do you think needs to happen – in quantum and AI – for conversations to turn into action?Linkshttps://www.protegrity.com/https://www.linkedin.com/in/michael-howard-2b7b273/Support this podcast at — https://redcircle.com/code-story/donationsAdvertising Inquiries: https://redcircle.com/brandsPrivacy & Opt-Out: https://redcircle.com/privacy

What future risk does quantum computing pose to Bitcoin, and how can we think of those risks in terms of their potential geopolitical outcomes?In this episode of Bitcoin Policy Hour, Matthew Pines, Zack Shapiro and Zack Cohen recap the "Crypto Week" legislative wins, followed by a deep dive on the "Q-Day" threat—the moment quantum computers become powerful enough to threaten Bitcoin's core cryptographic security.This leads to the question: with the ability to undermine Satoshi's coins, could a quantum breakthrough trigger a global monetary crisis, and ignite a new geopolitical arms race between the U.S., China, and tech giants?As Bitcoin becomes embedded in 401(k)s, sovereign reserves, and global ETFs, the risks—and consequences—go far beyond crypto and deep into the political economy of capital, social structure and geoeconomic competition.⭐ Join Bitcoin Magazine @ Bitcoin Asia 2025, Aug. 28-29 in Hong Kong! Get your tickets at: https://asia.b.tc/ today!

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A glorious takedown of quantum factorization. Notepad++ signs its own code signing certificate. Dennis Taylor has Bobiverse Book 6 on his lap. Crypto/ATM machines flat out outlawed. Signal vs WhatsApp: Encryption in flight and at rest. A close look at browser fingerprinting metrics. Rewriting interpreters in memory-safe languages. An introduction to zero-knowledge proofs Show Notes - https://www.grc.com/sn/SN-1034-Notes.pdf Hosts: Steve Gibson and Leo Laporte Download or subscribe to Security Now at https://twit.tv/shows/security-now. You can submit a question to Security Now at the GRC Feedback Page. For 16kbps versions, transcripts, and notes (including fixes), visit Steve's site: grc.com, also the home of the best disk maintenance and recovery utility ever written Spinrite 6. Join Club TWiT for Ad-Free Podcasts! Support what you love and get ad-free shows, a members-only Discord, and behind-the-scenes access. Join today: https://twit.tv/clubtwit Sponsors: bitwarden.com/twit joindeleteme.com/twit promo code TWIT bigid.com/securitynow threatlocker.com for Security Now uscloud.com