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of checks can flag suspect quantum-computing runs so they can be discarded. The lesson introduces post-selection, with useful context for understanding error-correction research. The important trade-off is that rejecting runs reduces the number of usable samples; this is an error-detection approach, not a demonstration of full fault-tolerant computation or quantum advantage. https://www.youtube-nocookie.com/embed/nriges-ifwc 1303 2026-10-07T08:59:09-07:00 https://qubitwire.com/videos/emmAeOhqv2M Quantum Motion’s CMOS Bet: Building Quantum Computers Like Chips | James Palles-Dimmock at QWC 2026 https://i.ytimg.com/vi/emmAeOhqv2M/hqdefault.jpg Quantum Motion CEO James Palles-Dimmock explains why the company is using foundry-compatible CMOS silicon spin devices and integrating cryogenic control near the qubits. The QWC 2026 talk connects its NQCC system, manufacturing partners and scale-up plan. It is a company presentation, not an independent demonstration that million-qubit fault tolerance has been achieved. https://www.youtube-nocookie.com/embed/emmAeOhqv2M 603 2026-10-05T07:35:31-07:00 https://qubitwire.com/videos/cC9rUsNcHU8 The Quantum Cloud’s Privacy Problem | Gaoyuan Wang at QWC 2026 https://i.ytimg.com/vi/cC9rUsNcHU8/hqdefault.jpg Yale’s Gaoyuan Wang explains why remote quantum computing creates a privacy problem when the data itself is encoded in quantum states. Using biomedical collaboration as the example, the talk introduces quantum differential privacy and composite-state methods. The presentation describes a research approach; it does not establish a production privacy guarantee. https://www.youtube-nocookie.com/embed/cC9rUsNcHU8 1169 2026-10-05T07:54:21-07:00 https://qubitwire.com/videos/pSA5z0d0MuQ Quantum Sensing for Navigation Beyond GPS | Terje Kvante Nilsen at QWC 2026 https://i.ytimg.com/vi/pSA5z0d0MuQ/hqdefault.jpg Kongsberg Discovery’s Terje Kvante Nilsen explains how quantum magnetometers and future gravity sensors could augment inertial navigation when GPS is unavailable, jammed or spoofed. The talk distinguishes integration, mapping and calibration challenges from the sensor principle. It is an evaluation roadmap, not a claim of deployed quantum navigation. https://www.youtube-nocookie.com/embed/pSA5z0d0MuQ 879 2026-10-05T07:58:46-07:00 https://qubitwire.com/videos/qgUcgl17Ul8 Tasneem Watad | Seminar Series https://i.ytimg.com/vi/qgUcgl17Ul8/hqdefault.jpg Tasneem Watad examines a hard verification question: how can researchers trust quantum results when the best classical comparison is no longer reliable? The seminar uses a Floquet Ising magnet studied on systems up to 74 qubits to explain mitigation, consistency checks, noise-model validation and cross-platform comparisons. It is a research seminar about building confidence in results, not a claim that every 74-qubit calculation is beyond classical verification or establishes general quantum advantage. https://www.youtube-nocookie.com/embed/qgUcgl17Ul8 3898 2026-10-02T09:00:07-07:00 https://qubitwire.com/videos/YYjK9pppT98 From NISQ to Fault Tolerance | John Preskill at QWC 2026 https://i.ytimg.com/vi/YYjK9pppT98/hqdefault.jpg John Preskill's Quantum World Congress 2026 talk assesses the transition from noisy intermediate-scale quantum devices toward fault tolerance, including error-correction overhead, QLDPC codes, neutral atoms, cryogenic control and changing resource estimates. It is included as a fresh first-party conference research talk despite its early view count; the presentation is analysis and outlook, not evidence that fault-tolerant hardware has already arrived. https://www.youtube-nocookie.com/embed/YYjK9pppT98 1321 2026-10-02 https://qubitwire.com/videos/_y_2wZJ2wPQ Quantum Error Correction Is the Key to Utility Scale | Steve Brierley at QWC 2026 https://i.ytimg.com/vi/_y_2wZJ2wPQ/hqdefault.jpg Riverlane founder Steve Brierley explains why fast classical decoding is part of the engineering needed for reliable quantum operations. The conference talk connects error correction with processor and high-performance-computing integration. Roadmap targets are the speaker’s plans, not proof of commercial quantum advantage. https://www.youtube-nocookie.com/embed/_y_2wZJ2wPQ 936 2026-10-02T06:34:23-07:00 https://qubitwire.com/videos/1nLV82PN2Fc Distributed Quantum Computing: Scaling Beyond One Machine | Stephanie Simmons at QWC 2026 https://i.ytimg.com/vi/1nLV82PN2Fc/hqdefault.jpg Photonic cofounder Stephanie Simmons discusses scaling quantum computers across connected processors, including optically linked spin-qubit modules. The talk explains why networking and error correction need to be considered together. Proposed architectures and cited milestones remain attributed conference claims. https://www.youtube-nocookie.com/embed/1nLV82PN2Fc 952 2026-10-02T06:42:38-07:00 https://qubitwire.com/videos/a6_7OoU9h6s Boeing’s Q4S Mission Takes Quantum Networking to Space | Jay Lowell at QWC 2026 https://i.ytimg.com/vi/a6_7OoU9h6s/hqdefault.jpg Boeing’s Jay Lowell discusses the Q4S mission and the engineering questions behind taking quantum networking into space. Useful context for quantum links and distributed systems. Mission plans should be distinguished from completed demonstrations, and networking progress does not itself establish computing advantage. https://www.youtube-nocookie.com/embed/a6_7OoU9h6s 779 2026-10-01T22:03:51-07:00 https://qubitwire.com/videos/BZiUNORp0RI InQuanto Summer School 2026 https://i.ytimg.com/vi/BZiUNORp0RI/hqdefault.jpg Quantinuum recaps its 2026 InQuanto summer school in Cambridge, where participants worked on quantum-computational chemistry methods and tools. This short first-party overview is an ecosystem and training snapshot, not evidence that a chemistry calculation achieved quantum advantage. https://www.youtube-nocookie.com/embed/BZiUNORp0RI 196 2026-10-01T20:45:34-07:00 https://qubitwire.com/videos/XY4KH0cLijY Quantum Computing Won’t Scale Without HPC | NVIDIA, AMD, HPE & Riverlane at QWC 2026 https://i.ytimg.com/vi/XY4KH0cLijY/hqdefault.jpg Bob Sutor moderates NVIDIA, AMD, HPE and Riverlane speakers on the classical infrastructure fault-tolerant quantum computing would need: real-time error correction, calibration, scheduling, networking, orchestration and CPU/GPU/FPGA/QPU co-design. This is a conference panel, not proof that such a stack has already delivered useful advantage. https://www.youtube-nocookie.com/embed/XY4KH0cLijY 1808 2026-10-01T10:59:35-07:00 https://qubitwire.com/videos/Wrx5NcMTnZs Cisco’s Plan to Network Quantum Computers Into Data Centers | Reza Nejabati at QWC 2026 https://i.ytimg.com/vi/Wrx5NcMTnZs/hqdefault.jpg Cisco Quantum Labs’ Reza Nejabati presents the company’s entanglement-source chip, Universal Quantum Switch, network-aware compiler and a proposed distributed data-center architecture. These are Cisco’s design and roadmap claims, not a demonstration of large-scale distributed error correction. https://www.youtube-nocookie.com/embed/Wrx5NcMTnZs 807 2026-10-01T11:05:26-07:00 https://qubitwire.com/videos/NM4idQGEMyY How Mastercard Is Testing Quantum in Real Payments | Melanie Lambert at QWC 2026 https://i.ytimg.com/vi/NM4idQGEMyY/hqdefault.jpg Mastercard’s Melanie Lambert discusses exploratory hybrid quantum-classical fraud research with Oxford Quantum Circuits plus crypto agility for payment security. The video describes evaluation and research, not production quantum processing or proven commercial advantage. https://www.youtube-nocookie.com/embed/NM4idQGEMyY 807 2026-10-01T11:02:44-07:00 https://qubitwire.com/videos/EuNZsskKtBc Quantum Error Correction Needs a Control Stack That Can Scale | Rusty Elder at QWC 2026 https://i.ytimg.com/vi/EuNZsskKtBc/hqdefault.jpg Qblox’s Rusty Elder explains control and readout electronics as the real-time link among QPUs, applications and decoders, including Qblox and Riverlane’s stated real-time error-correction-loop demo. It is a vendor technical talk, not proof of economically useful fault tolerance. https://www.youtube-nocookie.com/embed/EuNZsskKtBc 537 2026-10-01T14:22:25-07:00 https://qubitwire.com/videos/uFQftkQZiTQ QMunicate Wants to Network Quantum Computers Into Bigger Machines | QWC 2026 https://i.ytimg.com/vi/uFQftkQZiTQ/hqdefault.jpg Startup CTO Gianvito Chiarella presents neutral-atom networking nodes intended to combine compute, memory and photonic entanglement distribution. This is a startup pitch and roadmap, not a validated production quantum network. https://www.youtube-nocookie.com/embed/uFQftkQZiTQ 664 2026-10-01T07:48:45-07:00 https://qubitwire.com/videos/LqeDc1Hr6jk From Diamond Defects to Quantum Devices at Scale | Matthew Markham at QWC 2026 https://i.ytimg.com/vi/LqeDc1Hr6jk/hqdefault.jpg Element Six’s quantum-technology lead explains nitrogen-vacancy and silicon-vacancy defects, room-temperature sensing, semiconductor diagnostics and diamond thin films for quantum interconnects. The talk describes materials programs and collaborations, not proof of a production-scale quantum device. https://www.youtube-nocookie.com/embed/LqeDc1Hr6jk 884 2026-10-01T11:07:41-07:00 https://qubitwire.com/videos/zll62S-HKjQ Scaling Quantum Hardware: Building a Resilient Supply Chain | Quantum World Congress 2026 https://i.ytimg.com/vi/zll62S-HKjQ/hqdefault.jpg Leaders from Monarch Quantum, Quantinuum, Infleqtion and JPMorganChase discuss photonics, optical components, supplier development, export controls and the investment case for quantum manufacturing. The panel identifies scaling constraints; it does not show that demand or manufacturing capacity has reached commercial scale. https://www.youtube-nocookie.com/embed/zll62S-HKjQ 1679 2026-10-01T14:04:13-07:00 https://qubitwire.com/videos/mv4ahj8Nf_w Quantum Computing as Part of the Stack | Muhammad Ali Khan at QWC 2026 https://i.ytimg.com/vi/mv4ahj8Nf_w/hqdefault.jpg SuperQ’s founder argues that QPUs must work with CPUs, GPUs and enterprise infrastructure, then presents the company’s orchestration, security and hardware products. Application and performance statements are vendor claims, not independently verified quantum advantage. https://www.youtube-nocookie.com/embed/mv4ahj8Nf_w 794 2026-10-01T14:25:40-07:00 https://qubitwire.com/videos/uVuLax-oC9c From Quantum Research to Real-World Deployment | Federal Quantum Leaders at QWC 2026 https://i.ytimg.com/vi/uVuLax-oC9c/hqdefault.jpg Quantum leaders from the Army, NIST, Air Force and Naval Research Laboratory discuss integrated photonics, standards, navigation, supply chains, funding and applications needed for deployment. This is a research-and-policy panel, not a completed deployment announcement. https://www.youtube-nocookie.com/embed/uVuLax-oC9c 1861 2026-10-01T14:09:24-07:00 https://qubitwire.com/videos/VXxXEONCxrw The State of the Global Quantum Industry | Celia Merzbacher at QWC 2026 https://i.ytimg.com/vi/VXxXEONCxrw/hqdefault.jpg QED-C’s executive director presents its 2026 industry report and survey of 160 quantum companies, covering companies, employment, revenue, sensing and international supply chains. Figures and policy conclusions are attributed to QED-C’s report and presentation. https://www.youtube-nocookie.com/embed/VXxXEONCxrw 808 2026-10-01T14:39:11-07:00 https://qubitwire.com/videos/0JzjPcgY7w0 Unlocking mitigation techniques | Tools for Quantum Advantage | Ep3 https://i.ytimg.com/vi/0JzjPcgY7w0/hqdefault.jpg This Qiskit lesson compares readout and gate-error mitigation techniques, including M3, TREX, zero-noise extrapolation and probabilistic error cancellation. It explains when the methods may help and how they combine with strategies such as Pauli twirling. Error mitigation can improve estimates from noisy circuits, but it does not create fault-tolerant hardware or guarantee a useful advantage. https://www.youtube-nocookie.com/embed/0JzjPcgY7w0 1644 2026-09-30T08:59:13-07:00 https://qubitwire.com/videos/chHUUHI3yEI Inside quantum-centric supercomputing https://i.ytimg.com/vi/chHUUHI3yEI/hqdefault.jpg IBM’s Seetharami Seelam and AMD’s Sanjay Chaurasia discuss how quantum processors work alongside CPUs and GPUs. This extended Coherence Times conversation compares the roles of those processors and examines the challenges of integrating quantum and classical systems. It offers a practical architecture perspective on hybrid computing; the discussion of future systems does not establish a general quantum speed advantage. https://www.youtube-nocookie.com/embed/chHUUHI3yEI 2026-09-29T04:00:01-07:00 https://qubitwire.com/videos/Z3nY6aWSFjc Google’s Road to Fault-Tolerant Quantum Computing | William Oliver at QWC 2026 https://i.ytimg.com/vi/Z3nY6aWSFjc/hqdefault.jpg Google Quantum AI chief engineer William Oliver outlines a route toward fault-tolerant processors, covering error correction, modular systems and control engineering. This technical roadmap helps separate qubit progress from the remaining system-level work. Future targets are not demonstrated commercial advantage. https://www.youtube-nocookie.com/embed/Z3nY6aWSFjc 1014 2026-09-28T18:53:36-07:00 https://qubitwire.com/videos/qS8iy5bh2Vo Quantum for Resilience: IonQ’s Full-Stack Strategy for the Quantum Age | QWC 2026 https://i.ytimg.com/vi/qS8iy5bh2Vo/hqdefault.jpg IonQ CEO Niccolo de Masi presents the company’s resilience and full-stack strategy spanning compute, networking, sensing, security and manufacturing. Roadmap, performance and cryptography claims are IonQ’s, not independent validation. https://www.youtube-nocookie.com/embed/qS8iy5bh2Vo 1312 2026-09-28T18:13:59-07:00 https://qubitwire.com/videos/HhRwrdPqjSk Two Years, Not Ten: When Quantum Computing Gets Useful | QuEra CEO Andy Ory at QWC 2026 https://i.ytimg.com/vi/HhRwrdPqjSk/hqdefault.jpg QuEra CEO Andy Ory gives a neutral-atom roadmap talk that explicitly acknowledges today's classical advantage while discussing error correction, AI control and near-term partnerships. It is a company roadmap, not evidence that useful quantum advantage has already arrived. https://www.youtube-nocookie.com/embed/HhRwrdPqjSk 2026-09-28T19:37:37-07:00 https://qubitwire.com/videos/r7kKQ_rgRE4 Webinar: Faster Turnarounds and Better Schedules in Oil and Gas with Quantum Optimization https://i.ytimg.com/vi/r7kKQ_rgRE4/hqdefault.jpg D-Wave presents a webinar on using quantum optimization for scheduling and resource allocation in oil and gas. The session concerns application design and proof-of-concept work; its examples should not be read as independent proof of an end-to-end advantage over the best classical planning tools. https://www.youtube-nocookie.com/embed/r7kKQ_rgRE4 2149 2026-09-24T12:54:49-07:00 https://qubitwire.com/videos/-oCAu9g2nKk Explaining quantum noise | Tools for Quantum Advantage | Ep2 https://i.ytimg.com/vi/-oCAu9g2nKk/hqdefault.jpg Qiskit explains two practical ways to manage noise: dynamical decoupling for idle qubits and Pauli twirling to tailor how errors accumulate. The lesson discusses when to use these methods and how they interact with mitigation strategies. It supplies the missing earlier lesson in Tools for Quantum Advantage before the library’s episode on mitigation. Error suppression and noise tailoring improve particular workflows; they do not create fault-tolerant hardware. https://www.youtube-nocookie.com/embed/-oCAu9g2nKk 1003 2026-09-23T07:00:17-07:00 https://qubitwire.com/videos/o9U4PA4cjXc Q-Rated, Episode #2 | QuEra https://i.ytimg.com/vi/o9U4PA4cjXc/hqdefault.jpg QuEra’s short briefing discusses milestone-based public funding, logical-qubit validation and regional quantum programs. It is a first-party industry and policy update; funding milestones and technology claims remain attributed to the speakers and agencies involved. https://www.youtube-nocookie.com/embed/o9U4PA4cjXc 445 2026-09-20T10:34:19-07:00 https://qubitwire.com/videos/2ZdAGDQwVUo What is a quantum sensor? | Quantum science at Fermilab https://i.ytimg.com/vi/2ZdAGDQwVUo/hqdefault.jpg Fermilab scientists Rakshya Khatiwada and Daniel Baxter explain how quantum sensors make highly sensitive measurements and why environmental noise matters. The video visits Fermilab's QUIET laboratory, located 100 meters underground, and connects its work to quantum-computing research and searches for dark matter. This is an accessible laboratory explainer, not a benchmark showing that quantum sensors outperform conventional instruments in every application. https://www.youtube-nocookie.com/embed/2ZdAGDQwVUo 292 2026-09-18 https://qubitwire.com/videos/VUKaBVEC6TM Quantum Computing is here | Tools for Quantum Advantage | Ep1 https://i.ytimg.com/vi/VUKaBVEC6TM/hqdefault.jpg The opening lesson in Qiskit’s Tools for Quantum Advantage series introduces the practical problem of noisy quantum calculations and the tools used to assess useful results. It supplies context for the library’s later lessons on suppression and mitigation. The title is the creator’s framing, not a blanket claim that quantum advantage is already available. https://www.youtube-nocookie.com/embed/VUKaBVEC6TM 1134 2026-09-16T08:59:21-07:00 https://qubitwire.com/videos/0sIqVO3MmK0 Inside quantum optimization research https://i.ytimg.com/vi/0sIqVO3MmK0/hqdefault.jpg IBM Research’s Coherence Times episode asks where quantum methods might help with routing, scheduling and constrained resource allocation, while emphasizing that researchers still have to identify which problem structures and classical baselines matter. It is a research conversation about open questions, not evidence of quantum optimization advantage. https://www.youtube-nocookie.com/embed/0sIqVO3MmK0 2649 2026-09-15T04:00:02-07:00 https://qubitwire.com/videos/HZZTgqQGUww Scientists Create Diamond Powered Quantum Computer https://i.ytimg.com/vi/HZZTgqQGUww/hqdefault.jpg An explainer on diamond-based solid-state quantum hardware and why researchers pursue components compatible with room-temperature operation. The title is the creator's framing; room-temperature-compatible components do not establish that a general-purpose diamond quantum computer is commercially ready. https://www.youtube-nocookie.com/embed/HZZTgqQGUww 108 2026-08-27 https://qubitwire.com/videos/DX_oIQ-tA6M Quantum Computing Failure Now Obvious https://i.ytimg.com/vi/DX_oIQ-tA6M/hqdefault.jpg Sabine Hossenfelder presents a skeptical assessment of quantum computing's commercial progress. This is creator commentary: compare its argument with primary hardware results and clearly defined performance benchmarks. The video offers one perspective on the field's commercial prospects rather than establishing that every quantum-computing approach has failed. https://www.youtube-nocookie.com/embed/DX_oIQ-tA6M 407 2026-08-25 https://qubitwire.com/videos/wwMI6IhvwE0 Unveiling IBM's cryogenic modules to scale fault-tolerant quantum computing https://i.ytimg.com/vi/wwMI6IhvwE0/hqdefault.jpg IBM Research shows linked cryogenic modules that the company says have been connected and cooled at an IBM Quantum facility in New York. IBM presents the modular system as part of the infrastructure it intends to use for multiple quantum processors and its planned Starling fault-tolerant computer. The clip documents a hardware milestone and roadmap claim; it does not demonstrate a completed fault-tolerant quantum computer. https://www.youtube-nocookie.com/embed/wwMI6IhvwE0 40 2026-08-19 https://qubitwire.com/videos/mPwOb-ktoPI Why IBM quantum computers are colder than space https://i.ytimg.com/vi/mPwOb-ktoPI/hqdefault.jpg IBM Research explains the cryogenic engineering used to keep superconducting qubits near absolute zero and why thermal noise matters. This educational hardware tour focuses on cooling the installation rather than benchmarking a processor's computational performance. https://www.youtube-nocookie.com/embed/mPwOb-ktoPI 2026-08-19T04:00:17-07:00 https://qubitwire.com/videos/pg7fntKLNak Quantum Simulation & Nature - Computerphile https://i.ytimg.com/vi/pg7fntKLNak/hqdefault.jpg Quantum simulation is one reason to investigate quantum computers. Eleanor Crane and Alexander Schuckert explain how quantum techniques could help model nature and where classical approaches enter the comparison. This discussion introduces a research direction; a possible application does not establish a useful speed advantage on every problem. https://www.youtube-nocookie.com/embed/pg7fntKLNak 909 2026-08-17 https://qubitwire.com/videos/SCI8g6EinAo Quantum Physics Found a Loophole in an IMPOSSIBLE Math Problem https://i.ytimg.com/vi/SCI8g6EinAo/hqdefault.jpg A familiar-looking arrangement puzzle becomes much stranger when its ingredients are allowed to be quantum states. Up and Atom explores a quantum version of Euler’s officers problem and the structure of entanglement behind the result. The appeal is a concrete puzzle rather than another tour of competing processors. It is a useful companion to QubitWire’s qudit explainer because both stories ask what changes when the mathematical description is allowed to be richer than everyday intuition suggests. Keep the key distinction in view: a quantum mathematical construction is not a demonstration that a commercial machine has solved arbitrary hard problems. https://www.youtube-nocookie.com/embed/SCI8g6EinAo 1213 2026-08-06 https://qubitwire.com/videos/lnJCJslcoNg Quantum Computing 2026 Update https://i.ytimg.com/vi/lnJCJslcoNg/hqdefault.jpg Christopher Barnatt’s annual review brings several quantum-computing questions into one August 2026 overview: qubit technologies, cloud access, proposed applications and post-quantum cryptography. The creator also looks back across ten years of updates. Use the chapter markers to compare hardware progress with the separate question of what users can run today. Company roadmaps and application ambitions discussed in the video remain dated claims, not guaranteed delivery dates or proof that every proposed workload benefits from a quantum computer. https://www.youtube-nocookie.com/embed/lnJCJslcoNg 1103 2026-08-02T06:00:33-07:00 https://qubitwire.com/videos/6Hj0MEV5_E0 The Quantum Computing Problem Nobody Wants to Admit https://i.ytimg.com/vi/6Hj0MEV5_E0/hqdefault.jpg This concise explainer distinguishes physical from logical qubits and examines error-correction overhead, fidelity and competing hardware architectures. Its provocative framing is creator commentary. Use the distinction between physical and logical resources to evaluate the argument alongside measured results. https://www.youtube-nocookie.com/embed/6Hj0MEV5_E0 617 2026-07-31 https://qubitwire.com/videos/-L-mlMtR3iU We Factored 15 on a Quantum Computer (Here's How) https://i.ytimg.com/vi/-L-mlMtR3iU/hqdefault.jpg Qiskit walks through Shor's algorithm, phase estimation and a real-hardware factoring-15 demonstration. This is a pedagogical small-number example, not evidence that present quantum computers can threaten practical cryptography. https://www.youtube-nocookie.com/embed/-L-mlMtR3iU 2026-07-29T09:00:04-07:00 https://qubitwire.com/videos/ha5Fs6l-vGk The Quantum Fourier Transform Explained with Music https://i.ytimg.com/vi/ha5Fs6l-vGk/hqdefault.jpg Dr. Katie McCormick uses music to introduce the quantum Fourier transform, then follows its implementation gate by gate. The Qiskit classroom lesson connects the transform with quantum phase estimation and Shor’s algorithm, making it a useful next step after a broad quantum-computing explainer. Understanding this circuit primitive is distinct from having hardware capable of factoring consequential numbers. https://www.youtube-nocookie.com/embed/ha5Fs6l-vGk 1081 2026-07-22T09:00:24-07:00 https://qubitwire.com/videos/l5I9M3C2wzg Quantum Computing 101: How to Get Started https://i.ytimg.com/vi/l5I9M3C2wzg/hqdefault.jpg Dr. Katie McCormick demonstrates foundational circuit concepts, builds a circuit and runs it on IBM quantum hardware. An installation guide and accompanying notebook give learners a practical route from the explanation to trying the workflow themselves. https://www.youtube-nocookie.com/embed/l5I9M3C2wzg 1212 2026-07-15 https://qubitwire.com/videos/SnIEu8OSXDs Time to believe the quantum computing hype? | The Vergecast https://i.ytimg.com/vi/SnIEu8OSXDs/hqdefault.jpg What separates a quantum-computing roadmap from a result people can use? In this July 2026 Vergecast conversation, science journalist Sophia Chen discusses hardware constraints, proposed applications and the claims driving attention around the field. The interview format provides a change of pace from laboratory tours and technical lectures. Company deadlines and political targets discussed in the episode are forecasts from that reporting period, not guaranteed delivery dates. Watch for the questions being asked of the evidence, then use current reporting to follow what changes. https://www.youtube-nocookie.com/embed/SnIEu8OSXDs 1556 2026-07-09T12:54:36-07:00 https://qubitwire.com/videos/aCOsqL-jIOo The Most Important Gates in Quantum Computing Explained https://i.ytimg.com/vi/aCOsqL-jIOo/hqdefault.jpg IBM Technology gives a focused introduction to the quantum gates used to build circuits. The concise lesson adds circuit literacy beyond a general quantum-computing overview. Gates are mathematical operations implemented by imperfect physical controls, so understanding the notation does not remove hardware noise or guarantee an algorithmic advantage. https://www.youtube-nocookie.com/embed/aCOsqL-jIOo 629 2026-06-02 https://qubitwire.com/videos/1bN4O5_meB4 Introducing Majorana 2: Microsoft's next-gen quantum chip https://i.ytimg.com/vi/1bN4O5_meB4/hqdefault.jpg Microsoft introduces Majorana 2 and its redesigned material stack. The company says the chip's qubits are 1,000 times more reliable than those in its previous generation and positions the device as a step toward practical quantum systems. This is a first-party product announcement: the reliability figure is Microsoft's claim, and the short video does not independently establish useful quantum advantage or large-scale fault tolerance. https://www.youtube-nocookie.com/embed/1bN4O5_meB4 97 2026-06-02 https://qubitwire.com/videos/SyLrbgjbuVk This Tiny Chip Could Make Google's Quantum Computer 1,000× Better https://i.ytimg.com/vi/SyLrbgjbuVk/hqdefault.jpg An explainer on Princeton's tantalum-on-silicon superconducting-qubit chip and its reported coherence beyond 1,000 microseconds. The 1,000× language belongs to the creator's title. It should not be read as a demonstrated speedup of an entire quantum computer. https://www.youtube-nocookie.com/embed/SyLrbgjbuVk 140 2026-05-21 https://qubitwire.com/videos/cq4atriB-Rc Scott Aaronson - The TRUTH About Quantum Computing https://i.ytimg.com/vi/cq4atriB-Rc/hqdefault.jpg Scott Aaronson's general-audience lecture explains why scalable quantum computing should work while challenging inflated claims around AI and optimization. The long-form talk is an older educational addition, and statements about cryptographic impact and timelines remain forward-looking expert judgment rather than measured forecasts. https://www.youtube-nocookie.com/embed/cq4atriB-Rc 4872 2026-05-14 https://qubitwire.com/videos/dMj0yKJJ7aI Introducing quantum-centric supercomputing https://i.ytimg.com/vi/dMj0yKJJ7aI/hqdefault.jpg IBM Research outlines its model for coordinating quantum processors with CPUs and GPUs in a shared workflow. The video explains an architecture strategy; it does not demonstrate general quantum advantage. https://www.youtube-nocookie.com/embed/dMj0yKJJ7aI 2026-05-07T07:50:35-07:00 https://qubitwire.com/videos/vSFv_i_FAXg From Zero to Quantum | Use A Quantum Computer Today | Ep.1 https://i.ytimg.com/vi/vSFv_i_FAXg/hqdefault.jpg Qiskit's first From Zero to Quantum lesson takes a practical route from basic concepts to using a quantum computer. This official IBM learning resource introduces the workflow for running a small circuit on current hardware. It is a starting point for practical learning; the exercise does not demonstrate a general speedup or fault tolerance. https://www.youtube-nocookie.com/embed/vSFv_i_FAXg 799 2026-04-08 https://qubitwire.com/videos/_MoRcYLN-7U Post Quantum Cryptography - Computerphile https://i.ytimg.com/vi/_MoRcYLN-7U/hqdefault.jpg Why prepare cryptography before a sufficiently capable quantum computer arrives? Mike Pound explains the motivation for post-quantum security and the impact quantum algorithms could have on existing public-key systems. This is an introduction to planning a transition, with the cryptographic threat framed as conditional rather than a claim that current machines can already break deployed encryption. https://www.youtube-nocookie.com/embed/_MoRcYLN-7U 806 2026-04-02 https://qubitwire.com/videos/k-0pky806Fo The mind-bending reality of quantum mechanics - with Jim Al Khalili https://i.ytimg.com/vi/k-0pky806Fo/hqdefault.jpg Jim Al-Khalili connects a century of quantum theory with the technologies it made possible in this hour-long Royal Institution discourse. Superposition, entanglement and Bell’s theorem lead into quantum clocks, sensing and computing. Recorded on November 7, 2025 with the Institute of Physics, the talk offers a substantial foundations pathway for readers who prefer a lecture to a short overview. https://www.youtube-nocookie.com/embed/k-0pky806Fo 3687 2025-12-16T09:29:48-08:00 https://qubitwire.com/videos/lpzR_rPbrac From Circuits to Chandeliers: A Quantum History https://i.ytimg.com/vi/lpzR_rPbrac/hqdefault.jpg Google Quantum AI chief scientist Michel Devoret recounts the experimental history behind superconducting quantum circuits. The four-minute interview traces the route from a 1985 experiment to the hardware ideas underlying modern quantum processors. It is a first-person historical account of the field's foundations. https://www.youtube-nocookie.com/embed/lpzR_rPbrac 240 2025-12-10T12:16:23-08:00 https://qubitwire.com/videos/sFINadglmjg What Is the True Promise of Quantum Computing? | PODCAST: The Joy of Why https://i.ytimg.com/vi/sFINadglmjg/hqdefault.jpg Computer scientist Ewin Tang explains how classical algorithms can sometimes match speedups proposed for quantum algorithms. The conversation uses recommendation systems to introduce dequantization, then turns to physical simulation, practical applications and the search for meaningful quantum advantage. It is an expert research interview about particular algorithmic comparisons, with the YouTube upload date preserved separately from the earlier podcast release. https://www.youtube-nocookie.com/embed/sFINadglmjg 2223 2025-08-14T13:45:19-07:00 https://qubitwire.com/videos/aeaqXh2XXMk Fault Tolerant Quantum Computation | Understanding Quantum Information & Computation | Lesson 16 https://i.ytimg.com/vi/aeaqXh2XXMk/hqdefault.jpg Protecting stored information is not the same as protecting an entire computation. John Watrous develops the fault-tolerant-computation part of his course after quantum error correction. This is a theoretical learning resource about organizing operations around faults, not an announcement that a particular commercial processor has already achieved useful fault tolerance. https://www.youtube-nocookie.com/embed/aeaqXh2XXMk 2025-05-07 https://qubitwire.com/videos/8CgquHFM_O8 We Thought Energy Had to Travel Through Space. It Might Not. https://i.ytimg.com/vi/8CgquHFM_O8/hqdefault.jpg Could energy appear at a distant location without travelling there in the usual way? PBS Space Time uses quantum energy teleportation to explore that provocative question. Its creator description explicitly rejects harvesting vacuum energy for starship engines or warp drives, making the distinction between a research protocol and a science-fiction power source central to this selection. Watch it as a 2025 foundations explainer about what quantum correlations allow and what they do not establish. The title should not be read as a promise of free electricity, a working transporter or a practical energy-delivery technology. https://www.youtube-nocookie.com/embed/8CgquHFM_O8 1205 2025-05-01 https://qubitwire.com/videos/Kv8N9alyYNc Quantum Computers: Explained VISUALLY https://i.ytimg.com/vi/Kv8N9alyYNc/hqdefault.jpg Pictures first, notation later. Lukas's Lab offers a visual introduction to quantum computers for viewers approaching the subject without a course background. This is a gateway into the collection's more detailed hardware and circuit lessons. Visual analogies are useful starting points, not literal descriptions of every step in a quantum computation. https://www.youtube-nocookie.com/embed/Kv8N9alyYNc 2025-04-22 https://qubitwire.com/videos/5xN8vlB2VR8 I Held Google's Willow Chip — What Quantum Means for the Future of AI https://i.ytimg.com/vi/5xN8vlB2VR8/hqdefault.jpg CNBC’s Deirdre Bosa visits Google’s quantum laboratory and examines the Willow processor through a tour and an interview with the team’s director. Chapters cover the benchmark, competing approaches, quantum computing and AI, and the gap between research progress and useful applications. This is reporting from April 2025: the team’s forecasts and benchmark claims belong to that period. https://www.youtube-nocookie.com/embed/5xN8vlB2VR8 1630 2025-04-18T09:00:08-07:00 https://qubitwire.com/videos/9XB-LsfpvCU Quantum Computing: Where We Are and Where We’re Headed | NVIDIA GTC 2025 Fireside Chat https://i.ytimg.com/vi/9XB-LsfpvCU/hqdefault.jpg What did industry participants think quantum computing needed next? This NVIDIA GTC 2025 discussion captures that conversation at a particular moment. Watch for the differences between demonstrations, engineering plans and forecasts. It is a dated perspective from an industry event, not an independent benchmark or a current ranking of companies. https://www.youtube-nocookie.com/embed/9XB-LsfpvCU 2025-04-09 https://qubitwire.com/videos/9TCIOm8gcVQ Quantum Error Correction | Understanding Quantum Information & Computation | Lesson 15 https://i.ytimg.com/vi/9TCIOm8gcVQ/hqdefault.jpg Move from the idea of error correction to the structure of quantum codes. This John Watrous lesson follows the stabilizer material and supplies mathematical depth for viewers studying reliable quantum information. It connects the course’s earlier formalism with the problem of protecting encoded information, preparing the way for the final lesson on fault-tolerant computation. https://www.youtube-nocookie.com/embed/9TCIOm8gcVQ 2025-04-08 https://qubitwire.com/videos/70FhS6NAbuA Decoding quantum reality - with Vlatko Vedral https://i.ytimg.com/vi/70FhS6NAbuA/hqdefault.jpg What changes when we describe the world in terms of information? Vlatko Vedral’s Royal Institution lecture connects information, entropy and thermodynamics with entanglement and quantum computing. Recorded on 5 October 2024 and uploaded in March 2025, the talk offers a conceptual companion to current hardware reporting. Treat its broader interpretation of reality as the speaker’s perspective, while keeping established quantum-information concepts distinct from philosophical conclusions. https://www.youtube-nocookie.com/embed/70FhS6NAbuA 3567 2025-03-04T09:29:47-08:00 https://qubitwire.com/videos/ec3Bs6Wam8w How Trapped-Ion Quantum Computers Work https://i.ytimg.com/vi/ec3Bs6Wam8w/hqdefault.jpg Quantinuum's two-minute company-produced explainer introduces how trapped ions are confined, controlled and read out in a quantum computer. It is a concise introduction to the architecture rather than a new processor-performance result. https://www.youtube-nocookie.com/embed/ec3Bs6Wam8w 122 2025-02-07 https://qubitwire.com/videos/3ib2JP_LeIU The Stabilizer Formalism | Understanding Quantum Information & Computation | Lesson 14 https://i.ytimg.com/vi/3ib2JP_LeIU/hqdefault.jpg Stabilizers provide a compact language for studying important multi-qubit structures. This John Watrous lesson introduces the formalism behind many quantum error-correction discussions. It is aimed at viewers who want to follow code notation and mathematical reasoning, not just learn that quantum computers need protection from noise. https://www.youtube-nocookie.com/embed/3ib2JP_LeIU 2025-02-06 https://qubitwire.com/videos/l909v-D8Z0s Software Engineering for Quantum Computing - Computerphile https://i.ytimg.com/vi/l909v-D8Z0s/hqdefault.jpg Quantum computing also needs software engineers. In this Computerphile conversation, Mohammad Mousavi introduces the software-engineering work emerging around more accessible quantum devices. The developer perspective makes a useful companion to the collection’s hardware tours. First uploaded in December 2024, this is an educational discussion of a research and engineering area, rather than a performance benchmark or evidence of commercial quantum advantage. https://www.youtube-nocookie.com/embed/l909v-D8Z0s 739 2024-12-03T08:28:03-08:00 https://qubitwire.com/videos/jemWEdnJTnI Purifications and Fidelity | Understanding Quantum Information & Computation | Lesson 12 https://i.ytimg.com/vi/jemWEdnJTnI/hqdefault.jpg How similar are two quantum states? How can a mixed state be understood as part of a larger system? John Watrous explores purification and fidelity in a mathematical course lesson. Familiarity with the preceding state-and-channel material will make this a more useful watch than approaching it as a standalone introduction. https://www.youtube-nocookie.com/embed/jemWEdnJTnI 2024-09-26 https://qubitwire.com/videos/Xi9YTYzQErY General measurements | Understanding Quantum Information & Computation | Lesson 11 https://i.ytimg.com/vi/Xi9YTYzQErY/hqdefault.jpg Reading out a qubit is only the simplest measurement story. This John Watrous lesson develops a more general mathematical description of measurement. It is a deeper-learning choice for viewers familiar with density matrices, with a useful connection to how experiments extract information from repeated preparations rather than reveal an entire state at once. https://www.youtube-nocookie.com/embed/Xi9YTYzQErY 2024-07-31 https://qubitwire.com/videos/cMl-xIDSmXI Quantum Channels | Understanding Quantum Information & Computation | Lesson 10 https://i.ytimg.com/vi/cMl-xIDSmXI/hqdefault.jpg How do you describe a quantum system that is not perfectly isolated? This John Watrous lesson introduces quantum channels after the density-matrix framework. It is a technical route into operations and noise, helping mathematically confident viewers move beyond the idea that every change is an ideal gate on a closed system. https://www.youtube-nocookie.com/embed/cMl-xIDSmXI 2024-06-05 https://qubitwire.com/videos/sVRpKhCfKRI Run Large-Scale Quantum Circuits (100+ Qubits Explained) https://i.ytimg.com/vi/sVRpKhCfKRI/hqdefault.jpg How do you move from small teaching circuits to experiments on larger quantum processors? Qiskit introduces its Quantum Computing in Practice course, aimed at learners who already know the basics. The series’ stated scope includes application areas, error mitigation and Qiskit Runtime workflows for processors with more than 100 qubits. Published in April 2024, this is an educational entry point: software details reflect that period, and access to a larger processor is not itself proof of an advantage over classical computing. https://www.youtube-nocookie.com/embed/sVRpKhCfKRI 1395 2024-04-22T10:57:17-07:00 https://qubitwire.com/videos/CeK9ry8G8HQ Density Matrices | Understanding Quantum Information & Computation | Lesson 09 https://i.ytimg.com/vi/CeK9ry8G8HQ/hqdefault.jpg Pure states are not the whole language of quantum information. John Watrous introduces density matrices as a next step toward describing more general states. This mathematical lesson belongs after basic vector notation and before deeper study of quantum channels, noise and measurement. Expect a course, not a short news explainer. https://www.youtube-nocookie.com/embed/CeK9ry8G8HQ 2024-03-27 https://qubitwire.com/videos/0HFzTYlhT2E New quantum computers - Potential and pitfalls | DW Documentary https://i.ytimg.com/vi/0HFzTYlhT2E/hqdefault.jpg A Swiss start-up making artificial lung models is one of the human stories behind DW’s exploration of quantum computing. The documentary follows researchers and businesses considering applications in medicine and other industries while asking what the technology can realistically deliver. It offers a laboratory and industry perspective alongside the collection’s mathematical explainers. Published in 2024, it records ambitions at that time: possible medical applications are research goals, not evidence that quantum computers have cured cancer. Watch for the distance between an appealing use case, access to a machine and a dependable scientific result. https://www.youtube-nocookie.com/embed/0HFzTYlhT2E 1705 2024-03-12 https://qubitwire.com/videos/JfJWOgJF_KA The future of measurement with quantum sensors - with The National Physical Laboratory https://i.ytimg.com/vi/JfJWOgJF_KA/hqdefault.jpg Quantum technology is also about measuring the world. In this Royal Institution lecture, recorded in November 2023 with the National Physical Laboratory and uploaded in January 2024, Jan-Theodoor Janssen explains sensors for magnetic fields, gravity and motion. The longer format gives the physical mechanisms room to breathe, including atomic magnetometry and atom interferometry. Treat the devices and development plans as a record of that period. This is a deeper learning watch, not an announcement of a new 2026 sensor. https://www.youtube-nocookie.com/embed/JfJWOgJF_KA 3592 2024-01-30T09:29:54-08:00 https://qubitwire.com/videos/hnpjC8WQVrQ Grover's Algorithm | Understanding Quantum Information & Computation | Lesson 08 https://i.ytimg.com/vi/hnpjC8WQVrQ/hqdefault.jpg Go beyond the animation of quantum search. John Watrous gives a course-level treatment of Grover's algorithm for viewers ready to connect the search procedure with its circuit operations. An idealized search oracle is not a ready-made database product, so the computational model matters as much as the headline speedup. https://www.youtube-nocookie.com/embed/hnpjC8WQVrQ 2023-11-27 https://qubitwire.com/videos/k_QeSOIDiEM Inside a Quantum Computer! with Andrea Morello (Part 1 of 2) https://i.ytimg.com/vi/k_QeSOIDiEM/hqdefault.jpg Step inside a working quantum-computing laboratory rather than stopping at the processor photograph. EEVdiscover visits Andrea Morello for an engineering-focused tour, with accessible equipment and a setup taking quantum data. This is part one of a longer visit. The apparatus and capabilities belong to the recording's original period. https://www.youtube-nocookie.com/embed/k_QeSOIDiEM 2023-10-24 https://qubitwire.com/videos/4nT0BTUxhJY Phase Estimation and Factoring | Understanding Quantum Information and Computation https://i.ytimg.com/vi/4nT0BTUxhJY/hqdefault.jpg The factoring headline hides a substantial algorithm. John Watrous connects phase estimation with factoring in a detailed course lesson for viewers who want to follow the machinery. Understanding the ideal procedure and building the resources to run a consequential instance are different problems; this lesson addresses the mathematical side. https://www.youtube-nocookie.com/embed/4nT0BTUxhJY 2023-09-21 https://qubitwire.com/videos/rqmIVeheTVU Quantum Entanglement Explained | Perimeter Institute for Theoretical Physics https://i.ytimg.com/vi/rqmIVeheTVU/hqdefault.jpg Approach entanglement through an institutional explainer before turning to matrix notation. This Perimeter Institute selection provides another teaching voice in the collection. A useful next step is a specific measurement or communication lesson, where the consequences of joint quantum states can be examined more closely. https://www.youtube-nocookie.com/embed/rqmIVeheTVU 2023-08-01 https://qubitwire.com/videos/2wxxvwRGANQ Quantum Algorithmic Foundations | Understanding Quantum Information & Computation | Lesson 06 https://i.ytimg.com/vi/2wxxvwRGANQ/hqdefault.jpg Build the mathematical toolkit behind quantum algorithms. This John Watrous course lesson follows states and circuits into algorithm design. It is aimed at viewers ready to work through the structure of a computation before moving into phase estimation and other named algorithms, rather than those seeking a quick hardware overview. https://www.youtube-nocookie.com/embed/2wxxvwRGANQ 2023-07-19 https://qubitwire.com/videos/2wticzHE1vs Quantum Query Algorithms | Understanding Quantum Information & Computation | Lesson 05 https://i.ytimg.com/vi/2wticzHE1vs/hqdefault.jpg What is a quantum algorithm allowed to ask? The query model provides a precise way to frame that question. John Watrous introduces a mathematical perspective on algorithmic comparisons, giving viewers a route beyond the familiar but misleading picture of a computer simply trying every answer at once. https://www.youtube-nocookie.com/embed/2wticzHE1vs 2023-06-08 https://qubitwire.com/videos/GSsElSQgMbU Entanglement in Action |Understanding Quantum Information & Computation | Lesson 04 https://i.ytimg.com/vi/GSsElSQgMbU/hqdefault.jpg Entanglement becomes more useful when you ask what a protocol actually consumes. This John Watrous lesson moves from the concept toward quantum-information tasks. A deeper companion to short explainers, it invites viewers to follow the resources, operations and classical communication instead of reading teleportation as instant messaging. https://www.youtube-nocookie.com/embed/GSsElSQgMbU 2023-03-02 https://qubitwire.com/videos/_ugJLuJ1_gM Demonstrating Quantum Error Correction https://i.ytimg.com/vi/_ugJLuJ1_gM/hqdefault.jpg Google Quantum AI explains its 2023 logical-qubit prototype, for which the team reported reducing errors by increasing the number of physical qubits. This concise first-party overview is useful historical context for error-correction progress, not proof of a commercial fault-tolerant system or broad quantum advantage. https://www.youtube-nocookie.com/embed/_ugJLuJ1_gM 240 2023-02-22T08:05:47-08:00 https://qubitwire.com/videos/30U2DTfIrOU Quantum Circuits | Understanding Quantum Information & Computation | Lesson 03 https://i.ytimg.com/vi/30U2DTfIrOU/hqdefault.jpg Turn circuit diagrams into something you can follow. John Watrous connects sequences of quantum operations with the mathematics of states and measurements. This course lesson is a next step after qubit notation: pause at the transformations and work through the symbols rather than treating the diagram as a picture of a physical processor. https://www.youtube-nocookie.com/embed/30U2DTfIrOU 2023-01-25 https://qubitwire.com/videos/DfZZS8Spe7U Multiple Systems | Understanding Quantum Information & Computation | Lesson 02 https://i.ytimg.com/vi/DfZZS8Spe7U/hqdefault.jpg A single qubit is only the beginning. John Watrous develops the mathematical language for describing several quantum systems together. This is a course-level bridge from individual states to multi-qubit reasoning, suited to viewers comfortable with vectors and tensor products. The focus is understanding the model, not claiming a new hardware result. https://www.youtube-nocookie.com/embed/DfZZS8Spe7U 2022-12-06 https://qubitwire.com/videos/US7fEkBsy4A Why Did Quantum Entanglement Win the Nobel Prize in Physics? https://i.ytimg.com/vi/US7fEkBsy4A/hqdefault.jpg The 2022 Nobel Prize in Physics recognised experiments that made quantum entanglement harder to dismiss as a philosophical puzzle. PBS Space Time connects the work of John Clauser, Alain Aspect and Anton Zeilinger with Bell’s inequalities and the effort to test competing accounts of quantum correlations. This archival episode gives the collection an experimental and historical companion to minutephysics’s visual introduction to Bell’s theorem. The interest lies in what the experiments ruled out under their assumptions and how the tests improved. Neither the prize nor entanglement itself demonstrates a useful quantum-computing speedup or a way to send messages instantaneously. https://www.youtube-nocookie.com/embed/US7fEkBsy4A 1233 2022-10-26 https://qubitwire.com/videos/X3PniVoVyxI mod02lec11 - Quantum Computing Concepts: Entanglement and Interference​ - Part 1 https://i.ytimg.com/vi/X3PniVoVyxI/hqdefault.jpg Take a classroom route into entanglement and interference. This NPTEL course lecture is an alternative to short animations and interviews, intended for viewers who prefer a structured academic treatment. It works best as part of the original course sequence rather than as an isolated introductory clip. https://www.youtube-nocookie.com/embed/X3PniVoVyxI 2021-08-30 https://qubitwire.com/videos/RhIf3Q_m0FQ Why is quantum mechanics weird? The bomb experiment https://i.ytimg.com/vi/RhIf3Q_m0FQ/hqdefault.jpg Can interference reveal the presence of an object without absorbing a photon in the successful case? Sabine Hossenfelder uses an idealized thought experiment to explore quantum measurement. The conceptual puzzle is the attraction. Her interpretation remains her own; this is a foundations companion about interference, not a proposal for a working quantum computer. https://www.youtube-nocookie.com/embed/RhIf3Q_m0FQ 2021-08-28 https://qubitwire.com/videos/6qD9XElTpCE The Story of Shor's Algorithm, Straight From the Source | Peter Shor https://i.ytimg.com/vi/6qD9XElTpCE/hqdefault.jpg Peter Shor recounts how he discovered the factoring algorithm that helped put quantum computing on the map. In this Qiskit presentation, his recollections connect conversations and earlier mathematical ideas with the search for problems a quantum computer could solve efficiently. The first-person account gives the collection a historical perspective beyond hardware announcements. It also complements explanations of error correction: an algorithm’s implications and the resources needed to run it at consequential scale are separate questions. This is an archival 2021 talk, not evidence that today’s machines can break deployed cryptography at will. https://www.youtube-nocookie.com/embed/6qD9XElTpCE 1878 2021-07-02 https://qubitwire.com/videos/soywlog1Fdk How to build a quantum internet https://i.ytimg.com/vi/soywlog1Fdk/hqdefault.jpg A quantum network needs a way to extend fragile connections across distance. This short Nature film introduces the quantum-repeater problem through research reported in 2021. It makes a useful follow-up to a broad quantum-internet explainer: the focus here is one piece of the physical infrastructure. The experiment belongs to the film’s original reporting period and should not be mistaken for a newly launched network. Watch for the engineering challenge of connecting quantum devices, not faster everyday web browsing. https://www.youtube-nocookie.com/embed/soywlog1Fdk 325 2021-02-26T08:00:11-08:00 https://qubitwire.com/videos/jwHM8AHOtJ0 A practical introduction to quantum computing - Elias Fernandez-Combarro Alvarez - (1/7) https://i.ytimg.com/vi/jwHM8AHOtJ0/hqdefault.jpg Start CERN's practical quantum-computing course with its introductory lecture by Elias Fernandez-Combarro Alvarez. The 2020 series connects concepts with simulations and programming, offering a structured alternative to short explainers. The ideas provide context; anyone reproducing software examples needs documentation matching the tools they actually use today. https://www.youtube-nocookie.com/embed/jwHM8AHOtJ0 2020-11-11 https://qubitwire.com/videos/IWQvt0RBclw Quantum supremacy: Benchmarking the Sycamore processor (QuantumCasts) https://i.ytimg.com/vi/IWQvt0RBclw/hqdefault.jpg A benchmark needs a defined task and a comparison. This QuantumCasts episode explains the Sycamore experiment from its producer's perspective. Watch it as an archival account of the benchmark and its reasoning, not a claim that the original classical comparison remains the strongest available or that every useful task gains a quantum advantage. https://www.youtube-nocookie.com/embed/IWQvt0RBclw 2020-04-14 https://qubitwire.com/videos/KLKEgXUBlM0 Extracting coherence information from random circuits (QuantumCasts) https://i.ytimg.com/vi/KLKEgXUBlM0/hqdefault.jpg Random circuits can also be tools for investigating a device. This technical QuantumCasts episode concerns extracting coherence information from those circuits. It is a specialist continuation for viewers interested in benchmarking methods, with the distinction between a diagnostic result and broad computational usefulness kept in view. https://www.youtube-nocookie.com/embed/KLKEgXUBlM0 2020-04-14 https://qubitwire.com/videos/GyEMLWYFW9s Estimation of statistical significance of quantum supremacy (QuantumCasts) https://i.ytimg.com/vi/GyEMLWYFW9s/hqdefault.jpg How convincing is a claimed computational result statistically? This QuantumCasts episode focuses on the statistical significance of a quantum-supremacy experiment. It is technical companion material to the benchmark overview, intended for viewers who want to examine an inference rather than repeat a headline. https://www.youtube-nocookie.com/embed/GyEMLWYFW9s 2020-04-14 https://qubitwire.com/videos/VA2HEUmkrKo Control of transmon qubits using a cryogenic CMOS integrated circuit (QuantumCasts) https://i.ytimg.com/vi/VA2HEUmkrKo/hqdefault.jpg The control system is part of the quantum computer. This technical QuantumCasts episode explores a cryogenic CMOS integrated circuit used to control transmon qubits. It is a hardware-and-control deep dive: an engineering result in one configuration, not a universal solution to every scaling problem. https://www.youtube-nocookie.com/embed/VA2HEUmkrKo 2020-04-14 https://qubitwire.com/videos/-o9AhIz1uvo TensorFlow Quantum: A software platform for hybrid quantum-classical ML (TF Dev Summit '20) https://i.ytimg.com/vi/-o9AhIz1uvo/hqdefault.jpg TensorFlow Quantum was presented at the 2020 TensorFlow Developer Summit as a way to connect quantum and machine-learning workflows. This archival presentation is for viewers interested in the software approach and its motivation. Demonstrating a hybrid workflow does not establish that quantum machine learning outperforms classical alternatives. https://www.youtube-nocookie.com/embed/-o9AhIz1uvo 2020-03-11 https://qubitwire.com/videos/16ZfkPRVf2w Programming a quantum computer with Cirq (QuantumCasts) https://i.ytimg.com/vi/16ZfkPRVf2w/hqdefault.jpg What does a quantum program look like in Cirq? This QuantumCasts introduction offers an archival view of a practical programming workflow. The value is the connection between code and circuit ideas. Package versions and interfaces can change, so current Cirq documentation is the companion for anyone reproducing the examples. https://www.youtube-nocookie.com/embed/16ZfkPRVf2w 2019-02-25 https://qubitwire.com/videos/uPw9nkJAwDY Building a quantum computer with superconducting qubits (QuantumCasts) https://i.ytimg.com/vi/uPw9nkJAwDY/hqdefault.jpg Quantum computing has a physical implementation behind the diagram. This QuantumCasts episode introduces building a computer with superconducting qubits. It offers a provider-led hardware perspective alongside mathematical lessons. Treat the devices and capabilities as those discussed in the original recording, not a current cross-company benchmark. https://www.youtube-nocookie.com/embed/uPw9nkJAwDY 2019-02-07 https://qubitwire.com/videos/k-21vRCC0RM What is a quantum computer? (QuantumCasts) https://i.ytimg.com/vi/k-21vRCC0RM/hqdefault.jpg Get a provider-led introduction to the quantum-computer idea through QuantumCasts. This foundational episode offers another teaching route into the subject before the series turns toward hardware and programming. Its role is introductory context; the recording should not be read as a present-day performance comparison. https://www.youtube-nocookie.com/embed/k-21vRCC0RM 2018-12-10 https://qubitwire.com/videos/ZN0lhYU1f5Q Quantum Instruction Set - Computerphile https://i.ytimg.com/vi/ZN0lhYU1f5Q/hqdefault.jpg What connects a high-level quantum program with lower-level operations? Computerphile explores a quantum instruction set in this software-focused discussion. It is a companion to circuit lessons and hardware tours, with the important distinction that a particular instruction set is one implementation choice, not the definition of quantum computing. https://www.youtube-nocookie.com/embed/ZN0lhYU1f5Q 2018-06-01 https://qubitwire.com/videos/svmPz5oxMlI Lisp, The Quantum Programmer's Choice - Computerphile https://i.ytimg.com/vi/svmPz5oxMlI/hqdefault.jpg Quantum programming is also software design. This Computerphile discussion explores Lisp in the context of quantum programming, offering a language-and-tooling perspective beyond the standard qubit introduction. The title reflects a particular discussion, not a universal rule about which language quantum programmers must use. Software references are archival. https://www.youtube-nocookie.com/embed/svmPz5oxMlI 2018-05-16 https://qubitwire.com/videos/XzPi29O6DAc The Quantum Internet | Stephanie Wehner | TEDxVienna https://i.ytimg.com/vi/XzPi29O6DAc/hqdefault.jpg What could a network do when the connected devices use quantum information? Stephanie Wehner introduces the quantum-internet idea in a public talk focused on a different question from making ordinary computers faster. The presentation is historical, so any dates and rollout expectations need context. Watch for the networking concept, not a promise of faster-than-light messages or a replacement for the everyday internet. https://www.youtube-nocookie.com/embed/XzPi29O6DAc 905 2017-12-14T06:13:49-08:00 https://qubitwire.com/videos/zcqZHYo7ONs Bell's Theorem: The Quantum Venn Diagram Paradox https://i.ytimg.com/vi/zcqZHYo7ONs/hqdefault.jpg Three polarising filters provide the starting point for a visual puzzle about quantum correlations. minutephysics uses the apparent paradox to build intuition for Bell’s theorem and why some quantum predictions resist an ordinary hidden-instructions explanation. This is a foundations companion for readers exploring entanglement and quantum information, rather than a demonstration of a useful quantum computer. Watch for the difference between a teaching illustration and an actual experimental Bell test. The video’s visual argument is the attraction: it gives an abstract idea a concrete setup that viewers can picture and discuss. https://www.youtube-nocookie.com/embed/zcqZHYo7ONs 1054 2017-09-13 https://qubitwire.com/videos/60OkanvToFI UNBOXING A QUANTUM COMPUTER! – Holy $H!T Ep 19 https://i.ytimg.com/vi/60OkanvToFI/hqdefault.jpg What does a quantum computer look like beyond the chip? Linus Tech Tips visits D-Wave in this 2017 hardware tour, bringing the cooling equipment and physical scale into view. D-Wave uses quantum annealing, a different approach from the general-purpose gate-based machines in many quantum headlines. Watch for the engineering context, not a current performance ranking. The original upload includes sponsor promotions; the tour does not establish that today’s machines outperform conventional computers at every task. https://www.youtube-nocookie.com/embed/60OkanvToFI 718 2017-07-05T12:03:12-07:00 https://qubitwire.com/videos/DxQK1WDYI_k How to Teleport Schrödinger's Cat https://i.ytimg.com/vi/DxQK1WDYI_k/hqdefault.jpg What does quantum teleportation actually transfer? This minutephysics explainer follows a qubit from Alice to Bob using shared entanglement and a classical message. The familiar cat illustration gives a difficult protocol a concrete starting point. Pair the 2017 video with the creator’s no-cloning explanation: transferring an unknown quantum state is different from making an independent perfect copy. The required classical communication also keeps the story grounded when science-fiction language suggests instant messaging or a transporter for people. https://www.youtube-nocookie.com/embed/DxQK1WDYI_k 853 2017-03-15T07:49:36-07:00 https://qubitwire.com/videos/owPC60Ue0BE The No Cloning Theorem https://i.ytimg.com/vi/owPC60Ue0BE/hqdefault.jpg Why can’t a quantum state simply be copied like a computer file? minutephysics uses Schrödinger’s cat to introduce the no-cloning theorem and the reasoning behind it. The creator’s explanation connects linear quantum transformations with the impossibility of perfectly copying an arbitrary unknown state. This 2016 explainer is a useful starting point before quantum teleportation: the two ideas describe different operations, so the ability to transfer a state does not provide a universal quantum photocopier. https://www.youtube-nocookie.com/embed/owPC60Ue0BE 604 2016-12-27T05:30:01-08:00 https://qubitwire.com/videos/BYx04e35Xso Quantum Computing 'Magic' - Computerphile https://i.ytimg.com/vi/BYx04e35Xso/hqdefault.jpg Why aren't quantum computers ordinary consumer devices? Computerphile discusses the promise and difficulties with Thorsten Altenkirch in this archival interview. The conversational format offers an alternative to formal course lessons. The word 'magic' is the video's framing, not a substitute for an explanation or a reference here to magic-state distillation. https://www.youtube-nocookie.com/embed/BYx04e35Xso 2016-11-11 https://qubitwire.com/videos/YTNug9tQOzU Quantum Computing Concepts – Quantum Logic https://i.ytimg.com/vi/YTNug9tQOzU/hqdefault.jpg A qubit needs operations as well as a state. Andrea Morello's short UNSW explainer introduces quantum logic as a bridge from the basic idea to circuit diagrams. It is a useful stop before a worked lesson on individual gates and on how operations combine into a computation. https://www.youtube-nocookie.com/embed/YTNug9tQOzU 2016-05-02 https://qubitwire.com/videos/RApkNeVYmeM Quantum Computing Concepts - Quantum Bits https://i.ytimg.com/vi/RApkNeVYmeM/hqdefault.jpg Start with the unit of quantum information. Andrea Morello's compact UNSW explainer introduces quantum bits before the longer circuit and algorithm lessons. It is a short entry point for curious viewers, with room to continue into the mathematics once the basic vocabulary feels familiar. https://www.youtube-nocookie.com/embed/RApkNeVYmeM 2016-04-20 https://qubitwire.com/videos/L4Z_Ncdp8xI Quantum Computing Concepts - Quantum Measurement https://i.ytimg.com/vi/L4Z_Ncdp8xI/hqdefault.jpg What does a measurement tell you about a qubit? Andrea Morello introduces the question in this short UNSW concept video. It provides a compact starting point before more mathematical treatments, where the difference between one observed outcome and statistics from repeated preparations becomes especially important. https://www.youtube-nocookie.com/embed/L4Z_Ncdp8xI 2016-04-20 https://qubitwire.com/videos/EjdIMBOWCWo Quantum Computing Concepts – Entanglement https://i.ytimg.com/vi/EjdIMBOWCWo/hqdefault.jpg Get a short introduction to entanglement before turning to equations or communication protocols. Andrea Morello's UNSW concept video is for viewers who recognize the word but want a clearer starting picture. It pairs with deeper lessons on joint states, Bell states and what quantum communication requires. https://www.youtube-nocookie.com/embed/EjdIMBOWCWo 2016-04-20 https://qubitwire.com/videos/8anVNc0r_8o Quantum Computing Concepts – Quantum Algorithms https://i.ytimg.com/vi/8anVNc0r_8o/hqdefault.jpg Quantum hardware needs something meaningful to run. Andrea Morello introduces the algorithm question in this short UNSW video, giving viewers a starting point before detailed lessons on queries, search and phase estimation. The value is conceptual context, not a promise that every computational problem becomes faster. https://www.youtube-nocookie.com/embed/8anVNc0r_8o 2016-04-20 https://qubitwire.com/videos/tPG3y6ykJnQ Quantum Computing Concepts – Spin https://i.ytimg.com/vi/tPG3y6ykJnQ/hqdefault.jpg Start with a physical concept rather than a circuit symbol. Andrea Morello's short UNSW video introduces spin, a useful doorway into semiconductor and spin-qubit coverage. The introductory picture is a starting point for understanding the information carrier, not a complete specification of a quantum processor. https://www.youtube-nocookie.com/embed/tPG3y6ykJnQ 2016-04-20 https://qubitwire.com/videos/IUhmebcAngs Quantum Computing Concepts – What will a quantum computer do? https://i.ytimg.com/vi/IUhmebcAngs/hqdefault.jpg What would a quantum computer be for? This archival UNSW explainer introduces the application question through Andrea Morello's perspective. Its lasting role is to motivate a closer look at algorithms. Technology examples and forecasts belong to the recording's original period, rather than describing the field today. https://www.youtube-nocookie.com/embed/IUhmebcAngs 2016-04-20 https://qubitwire.com/videos/UiJiXNEm-Go Quantum Cryptography Explained https://i.ytimg.com/vi/UiJiXNEm-Go/hqdefault.jpg Can the physics of a message help reveal that somebody tried to intercept it? Physics Girl introduces quantum cryptography through an accessible visual explanation, giving the collection a security story with a different presentation style from the interviews and laboratory documentary. This is an older foundations video, so treat distance records and technology examples as historical. The enduring value is the distinction between detecting disturbance in a quantum communication protocol and merely hiding a message with an ordinary cipher. It also makes a useful starting point for explaining why quantum key distribution and post-quantum cryptography are different approaches, not interchangeable names. https://www.youtube-nocookie.com/embed/UiJiXNEm-Go 492 2016-03-01 https://qubitwire.com/videos/Z34ugMy1QaA Quantum Entanglement Lab - by Scientific American https://i.ytimg.com/vi/Z34ugMy1QaA/hqdefault.jpg Connect entanglement with a laboratory setting. This archival Scientific American video offers an experimental companion to the collection's more abstract explanations. It is an opportunity to look at the setting behind the concept, not a report of a newly announced 2026 result or a current hardware record. https://www.youtube-nocookie.com/embed/Z34ugMy1QaA 2013-03-20 https://qubitwire.com/videos/Yfk7J1kBegw Quantum teleportation: discussion https://i.ytimg.com/vi/Yfk7J1kBegw/hqdefault.jpg Return to quantum teleportation with the basic protocol already in place. Michael Nielsen's discussion is a supporting continuation of his teleportation lesson. It is useful for learners who want to consolidate the idea, but the two recordings should be approached as a sequence rather than unrelated introductions. https://www.youtube-nocookie.com/embed/Yfk7J1kBegw 2010-12-09 https://qubitwire.com/videos/3wZ35c3oYUE Quantum teleportation https://i.ytimg.com/vi/3wZ35c3oYUE/hqdefault.jpg Quantum teleportation transfers a state, not a person. Michael Nielsen develops the protocol in a compact mathematical lesson, following earlier work on entanglement and measurement. Track the shared resources and classical message alongside the circuit: the protocol is not a way to send controllable information instantaneously. https://www.youtube-nocookie.com/embed/3wZ35c3oYUE 2010-12-08 https://qubitwire.com/videos/fU6M8EA2JRs Partial measurements in an arbitrary basis https://i.ytimg.com/vi/fU6M8EA2JRs/hqdefault.jpg The measurement basis matters, including when only part of a system is measured. Michael Nielsen extends the preceding partial-measurement discussion to an arbitrary basis. This lesson belongs in sequence with the earlier material and is intended for viewers who want to work through the notation carefully. https://www.youtube-nocookie.com/embed/fU6M8EA2JRs 2010-12-07 https://qubitwire.com/videos/MG_9JWsrKtM Partial measurements https://i.ytimg.com/vi/MG_9JWsrKtM/hqdefault.jpg What changes when only part of a quantum system is measured? Michael Nielsen introduces partial measurement in this mathematical lesson. It is a next step after multi-qubit states and basic measurement, helping learners reason about a subsystem without treating every experiment as a readout of the entire register. https://www.youtube-nocookie.com/embed/MG_9JWsrKtM 2010-12-06 https://qubitwire.com/videos/gT0xj5lSFkY Distinguishing quantum states https://i.ytimg.com/vi/gT0xj5lSFkY/hqdefault.jpg Not every pair of quantum states can be distinguished in the same way. Michael Nielsen introduces state discrimination in a focused course lesson. It connects measurement with what information an observer can obtain, providing a bridge from simple readout rules to more careful questions about quantum information. https://www.youtube-nocookie.com/embed/gT0xj5lSFkY 2010-11-29 https://qubitwire.com/videos/aRglXdLI7KY What's so special about entangled states anyway? https://i.ytimg.com/vi/aRglXdLI7KY/hqdefault.jpg What makes an entangled state different from an ordinary joint description? Michael Nielsen explores that question within his course sequence. This is a follow-on to Bell-state preparation for viewers ready to examine structure rather than stop at the word 'connected.' Shared notation helps make the comparison meaningful. https://www.youtube-nocookie.com/embed/aRglXdLI7KY 2010-11-26 https://qubitwire.com/videos/O2pYwsLMXo4 Preparing the Bell state https://i.ytimg.com/vi/O2pYwsLMXo4/hqdefault.jpg How do circuit operations prepare a Bell state? Michael Nielsen moves from a named entangled state to the steps used to construct it in a teaching circuit. This focused lesson connects the controlled-NOT material with later communication protocols. It is a mathematical preparation exercise, not a report of a new laboratory experiment. https://www.youtube-nocookie.com/embed/O2pYwsLMXo4 2010-11-25 https://qubitwire.com/videos/pYfVRyBHnCA Examples of single-qubit quantum gates https://i.ytimg.com/vi/pYfVRyBHnCA/hqdefault.jpg Put the single-qubit formalism to work with examples. Michael Nielsen's lesson is a practice-oriented continuation of the gate material. It is most useful alongside the general-gates lesson, where concrete cases can clarify the notation. Expect a learning exercise rather than a standalone survey of the field. https://www.youtube-nocookie.com/embed/pYfVRyBHnCA 2010-11-24 https://qubitwire.com/videos/rLF-oHaXLtE The controlled-NOT gate https://i.ytimg.com/vi/rLF-oHaXLtE/hqdefault.jpg A two-qubit gate makes the circuit story more interesting. Michael Nielsen introduces controlled-NOT within his mathematical learning sequence. It is a useful step from operations on one qubit toward Bell states and communication protocols. Familiarity with the basic state and gate notation will help. https://www.youtube-nocookie.com/embed/rLF-oHaXLtE 2010-11-24 https://qubitwire.com/videos/F2okky5vD8k Universal quantum computation https://i.ytimg.com/vi/F2okky5vD8k/hqdefault.jpg When is a collection of gates enough for general quantum computation? Michael Nielsen introduces universal quantum computation in his compact teaching series. The subject connects individual operations with the larger question of what circuits can express; it does not say that any small experimental device can run every useful application today. https://www.youtube-nocookie.com/embed/F2okky5vD8k 2010-11-24 https://qubitwire.com/videos/w5rCn593Dig Superdense coding: how to send two bits using one qubit | Quantum computing for the determined https://i.ytimg.com/vi/w5rCn593Dig/hqdefault.jpg Two classical bits using one transmitted qubit sounds like a loophole. Michael Nielsen introduces superdense coding and the resources behind the headline. Watch this as part of the communication sequence, with pre-shared entanglement included in the accounting rather than treating the transmitted qubit as the entire protocol. https://www.youtube-nocookie.com/embed/w5rCn593Dig 2010-11-24 https://qubitwire.com/videos/SMbh0GgCN7I Measuring a qubit https://i.ytimg.com/vi/SMbh0GgCN7I/hqdefault.jpg A circuit description needs a measurement rule. Michael Nielsen introduces measuring a qubit in a compact lesson within his structured course. It is best approached after the basic state notation, with time to distinguish probabilities in the description from the individual result observed in one run. https://www.youtube-nocookie.com/embed/SMbh0GgCN7I 2010-11-23 https://qubitwire.com/videos/SWKuH9emuag General single-qubit gates https://i.ytimg.com/vi/SWKuH9emuag/hqdefault.jpg Go beyond one named gate. Michael Nielsen develops the description of general single-qubit gates in a short mathematical lesson. It sits between basic examples and a broader account of computation, helping learners connect specific circuit symbols with the transformations those symbols represent. https://www.youtube-nocookie.com/embed/SWKuH9emuag 2010-11-23 https://qubitwire.com/videos/foNuXVzOtW0 Why unitaries are the only matrices which preserve length https://i.ytimg.com/vi/foNuXVzOtW0/hqdefault.jpg Why do unitary matrices appear throughout quantum computing? Michael Nielsen examines their connection with preserving vector length. This is supporting mathematical material for the gate lessons: a focused explanation for viewers who want to understand a structural rule, rather than another overview of quantum-computing applications. https://www.youtube-nocookie.com/embed/foNuXVzOtW0 2010-11-23 https://qubitwire.com/videos/X2q1PuI2RFI The qubit | Quantum computing for the determined https://i.ytimg.com/vi/X2q1PuI2RFI/hqdefault.jpg Take a mathematical first step into quantum computing. Michael Nielsen introduces qubit notation in a compact lesson for viewers willing to pause and work through symbols. This is the beginning of a structured learning path rather than a hardware tour, and a useful foundation for the gate lessons that follow. https://www.youtube-nocookie.com/embed/X2q1PuI2RFI 2010-11-22 https://qubitwire.com/videos/Jo-RZ27o3Uw Tips for working with qubits https://i.ytimg.com/vi/Jo-RZ27o3Uw/hqdefault.jpg Make qubit notation easier to work with. Michael Nielsen follows the introductory lesson with practical guidance for the determined learner. This is supporting course material, best watched after the initial qubit lesson, rather than a separate technology announcement or a replacement for learning the basic notation. https://www.youtube-nocookie.com/embed/Jo-RZ27o3Uw 2010-11-22 https://qubitwire.com/videos/JDDSjsQLv80 Our first quantum gate: the quantum NOT gate https://i.ytimg.com/vi/JDDSjsQLv80/hqdefault.jpg Begin studying quantum gates with a concrete operation: quantum NOT. Michael Nielsen uses a compact lesson to move from state notation to an operation on a qubit. It is a starting point for the surrounding gate sequence, where the benefit comes from following the transformation rather than memorizing a symbol. https://www.youtube-nocookie.com/embed/JDDSjsQLv80 2010-11-22 https://qubitwire.com/videos/x6gOp_o7Bi8 The Hadamard gate | Quantum computing for the determined https://i.ytimg.com/vi/x6gOp_o7Bi8/hqdefault.jpg Meet a gate that appears throughout quantum circuits. Michael Nielsen's lesson introduces the Hadamard gate for viewers building a working command of qubit notation. Watch how the operation is described mathematically, then compare it with other single-qubit gates. The lesson is foundational, not a claim about a new processor. https://www.youtube-nocookie.com/embed/x6gOp_o7Bi8 2010-11-22 https://qubitwire.com/events?event=event-brazilian-quantum-software-engineering-2026 https://qubitwire.com/events?event=event-q2b-copenhagen-2026 https://qubitwire.com/events?event=event-quantum-expo-korea-2026 https://qubitwire.com/events?event=event-rice-quantum-frontiers-summit-2026 https://qubitwire.com/events?event=event-riken-rqc-colloquium-48-2026 https://qubitwire.com/events?event=event-ieee-quantum-week-2026 https://qubitwire.com/events?event=event-aqmcse-delft-2026 https://qubitwire.com/events?event=event-cwi-quantum-algorithms-workshop-2026 https://qubitwire.com/events?event=event-qai-quantum-global-summit-2026 https://qubitwire.com/events?event=event-international-workshop-quantum-compilation-2026 https://qubitwire.com/events?event=event-quantum-resource-estimation-2026 https://qubitwire.com/events?event=event-silicon-qip-cambridge-2026 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