Quantum computers use the principles of quantum mechanics to process information in ways that classical computers can't. They rely on qubits, which can exist in multiple states simultaneously, allowing for more complex computations and parallel processing. Unlike classical bits, which are either 0 or 1, qubits can be in a state of 0, 1, or both simultaneously (superposition). This allows quantum computers to process a vast amount of information at once. Qubits can be entangled, meaning the state of one qubit can depend on the state of another, no matter how far apart they are. This correlation can be used to perform complex calculations more efficiently. Quantum computers could break widely used encryption methods (like RSA) due to their ability to factor large numbers quickly. This has led to the development of quantum-resistant encryption algorithms. They can simulate molecular interactions at a quantum level, significantly speeding up the drug discovery process by predicting how different compounds will behave. In this video, we have explained quantum computing in simple words and explained how quantum computers work.

Qubits, state vectors, and Grover's algorithm for search.

Scientists just accomplished something that should have taken 20 million years… in 15 minutes. This isn’t science fiction—this is the first proven quantum advantage ever demonstrated with light, and it’s about to change everything we know about computing, learning, and reality itself. What You’ll Discover: ?? The 15-Minute Miracle - How researchers at the Technical University of Denmark used entangled light to solve a learning problem that would take classical systems 20 million years to complete ?? Quantum Entanglement Explained - What Einstein called “spooky action at a distance” and why it breaks all the rules of classical computing ?? Biological Qubits - The breakthrough from University of Chicago that turns living cells into quantum sensors using jellyfish proteins ? Hour-Long Qubits - How Paris-based Alice & Bob created qubits that survive millions of times longer than normal, making practical quantum computing finally possible ?? The Transhumanist Question - Why merging quantum technology with living cells crosses fundamental boundaries we need to carefully consider The Three Converging Revolutions: 1. Quantum Learning Advantage - Solving million-year problems in minutes 2. Quantum Stability Breakthrough - Hour-long qubits vs. microsecond lifespans 3. Biological Quantum Integration - Technology merging directly with living cells This isn’t just about faster computers. We’re witnessing the convergence of breakthroughs that together create capabilities that fundamentally rewrite what it means to be human. Why This Matters Now: By 2030—just five years away—fault-tolerant quantum computers with 100 logical qubits could be solving problems in materials science, drug discovery, and cryptography that no classical system will ever touch. But we’re also approaching a future where the line between technology and biology disappears entirely. The companies and individuals who understand this convergence first will have access to capabilities their competitors literally cannot replicate with classical technology. The Critical Question: Just because we can merge quantum technology with living systems, should we? This isn’t just a technological revolution—it’s a philosophical and spiritual question about what we’re meant to be as human beings.

Demystify the concept of qubits with everyday examples! This video uses lasers and polarized light to illustrate the core principles of a two-level quantum system. Explore various qubit implementations, from electrons to trapped ions, showcasing their mathematical equivalence.

Quantum physics deals with the foundation of our world – the electrons in an atom, the protons inside the nucleus, the quarks that build those protons, and the photons that we perceive as light. These constitute everything that we are made of, both matter and energy. But how is it any different from regular physics? The 'regular' physics is the physics that deals with Newton’s laws of motion and its related mechanics. This is more formally called Classical Physics. This is the physics of our day-to-day lives—the rolling of balls, the rotation of the earth, and the mechanics of engines. Quantum physics deals with particles that are incredibly small and hence, the laws of classical physics don’t apply in this world. In this video, we discuss the meaning of quantum physics and how is it going to change how we perceive the world around us.

Quantum entanglement is a physical resource, like energy, that is possible between quantum systems. When a coin spins on a flat surface, it’s in a state of superposition between its two faces—head and tails. Similarly, electrons in their natural state exist as a superposition of both up and down spin. Only when measured do they give a definite value of up or down, which, in technical terms, is referred to as the “collapse of the wavefunction”. In quantum mechanics, wave function collapse occurs when a wave function, which was initially in a superposition of a few states, reduces to a single state due to interaction with the external world. When a pair of electrons are generated, interact, or share spatial proximity, their spin states can get entangled, which is what scientists call the quantum entanglement of electrons. Quantum entanglement was first recognized by Einstein, Podolsky, Roson and Schrodinger. In this video, we explain quantum entanglement in simple terms so that it becomes accessible to laymen and children who are interested to know about quantum entanglement

Scientists just used quantum computers to simulate the exact moment God spoke matter into existence—and what they’re discovering is changing everything we thought we knew about reality, medicine, and the power of words. This isn’t sci-fi speculation. IBM and Google have created quantum systems that are 13,000 times faster than the world’s most powerful supercomputers, revealing the mechanics behind how spoken intention becomes physical matter.

Join us for a first look at Visual Studio 2026—blazing fast, beautifully modern, and powered by agentic AI. See how GitHub Copilot and Profiler Agent transform your dev flow with smarter code reviews, guided diagnostics, and enterprise-grade trust. Whether you're building mission-critical apps or scaling across teams, VS2026 delivers the speed, clarity, and confidence you need to ship faster.

Visual Studio 2026 is here and there are already tons of new Insiders features that are available to boost developer productivity with AI. LEt's look at Plan Mode, Delegating Cloud Tasks, and Custom Agents with a the built in WinForms expert!

In this tutorial, I’ll guide you step-by-step through the process of developing a modern web application using Visual Studio 2026. Whether you’re a beginner or an experienced developer, you’ll learn everything from setting up your environment to deploying your first web project with the latest tools and features.

Visual Studio is a loaded term. Here's a breakdown of the Visual Studios that are still alive.

Dive into the world of classic web development with this comprehensive ASP.NET Web Forms crash course! Whether you're a student learning from a legacy syllabus, a developer maintaining an existing enterprise application, or just curious about the foundations of .NET web development, this tutorial is for you. In this step-by-step guide, we'll build a complete web application from scratch using Visual Studio 2022. We'll cover everything from setting up your development environment to connecting to a database, handling user input, implementing validation, and displaying data in a GridView. Learn the core concepts that powered millions of web applications!

Learn to design a perfect homepage in just 15 minutes! This tutorial breaks down essential sections, from the hero section to the footer, offering actionable tips for improved conversions. The video analyzes crucial elements like navigation, calls-to-action, and social proof, demonstrating how to maximize engagement.

Explore 18 diverse hero section designs, categorized for easy browsing. The video showcases various layouts, from classic to quirky, and analyzes their strengths and weaknesses. Learn how to adapt these designs to your own projects.

Explore 11 unique website section layouts, moving beyond basic two- and three-column designs. The video showcases diverse examples, including slider and grid options, to inspire custom web design. Learn how to strategically combine vertical and horizontal layouts for a sophisticated look.

Master web design fundamentals in this comprehensive guide. Learn core design principles through a practical website redesign example, covering hierarchy, alignment, and color theory. Explore essential tools and career paths to launch your web design journey.

AI is hitting a wall. And when it does, quantum computing will become the most powerful technology in human history. While everyone's obsessing over the next ChatGPT update, quantum computers are solving in 5 minutes what would take our fastest supercomputers 10 septillion years. That's not an upgrade—that's a complete paradigm shift.

This fall 2025: Three robotics breakthroughs just converged — and almost nobody outside the labs knows it's happening right now.

Want to see how I code every day inside of Visual Studio with GitHub Copilot? Follow along as I show you how I get up to speed on new code bases, refactor code, add documentation, create diagrams, debug exceptions, implement new features, commit code, and even write some code on occasion. Using the latest features of Visual Studio 2022 and GitHub Copilot are a complete productivity boost once you know where to look and how to use them.

Learn to leverage GitHub Copilot’s free tier, now seamlessly integrated with Visual Studio, to supercharge your coding workflow. From signing up to diving into .NET projects, this tutorial covers it all: understanding codebases with Copilot Chat, writing smarter code with AI-assisted completions, refactoring across multiple files with Copilot Edits, and generating AI-powered commit messages for when you’re ready to push your changes. Whether you're new to Copilot or looking to maximize its features, this video has you covered!

This is an animated video that describes the different kinds of USB (universal serial bus) ports, USB cables, and connectors. It discusses USB type A, type B, type C, mini B, and micro B.

I've seen many of you use such complex passwords that are very hard to type and extraordinarily difficult to remember. And this is because many of you have been trained to think that complex passwords are what keeps you safe from hackers. But the truth is surprising because hacks don't actually come from attempts to break complex passwords. And in fact, chances are your complex password will compromise you anyway.

In this episode, we open the archives on host Hannah Fry’s visit to our California robotics lab. Filmed earlier this year, Hannah interacts with a new set of robots—those that don't just see, but think, plan, and do. Watch as the team goes behind the scenes to test the limits of generalization, challenging robots to handle unseen objects autonomously.

Factories, streets, and physical reality just crossed a line. China unveiled a six-armed industrial robot built to outwork humans on real factory lines. A UK humanoid learned to walk in just 48 hours using simulation-driven training. MIT demonstrated a system that turns spoken words directly into physical objects. And in Hangzhou, an AI traffic cop is already directing real cars on public streets.

December 9th, 2025 is the day quantum computing went from theoretical promise to inevitable reality. What just happened in a lab in the Netherlands will change computing forever. And I'm not exaggerating. A company called QuantWare just announced the world's first 10,000-qubit quantum processor - a 100X leap that solves the fundamental scaling problem that's plagued the entire industry for nearly a decade.

In this video, Vishal and I compete to see who can build a better Granola AI Clone with only five prompts and zero actual coding.

It's been 3 years since #openai released #chatgpt and put Alphabet (GOOG stock) on the back foot by disrupting Google Search. And while AI companies like #nvidia ( #nvda stock ) and #palantir ( #pltr stock ) have skyrocketed in value, Google was thought to be the biggest loser when it comes to generative AI. That is, until 2025 when they released Google Gemini 3, their 7th generation Ironwood TPUs, and many other hardware and software solutions that are dominating the AI landscape. This deep dive explains why GOOGL stock is actually one of the best AI stocks to buy now and for the ENTIRE AI revolution -- making it one of the best stocks to get rich WITHOUT getting lucky.

Matthew Berman spent the weekend with Clawdbot, an open-source AI assistant. This in-depth exploration details Clawdbot's setup, customization, and integration with various services. Learn how this powerful tool handles complex tasks and interacts with local models.

We got Ryan Carson on the pod to break down the “Ralph Wiggum” Agent and why it’s suddenly everywhere. He walks me through a simple workflow that lets an autonomous agent build a full product feature while I sleep: start with a PRD, convert it into small user stories with tight acceptance criteria, then run a looped script that ships work in clean iterations. The big idea is you’re not “vibe coding” one giant prompt—you’re giving the agent testable, bite-sized tickets and letting it execute like an engineering team. By the end, Ryan shows how this becomes repeatable (and safer) with a memory layer—agents.md for long-term notes and progress.txt for iteration-to-iteration context.

This course, from Rola Dali, PhD, provides a comprehensive overview of agentic AI, defining agents as software entities that use LLMs to perceive environments, make decisions, and execute actions to achieve specific goals. It explores the critical distinction between static workflows and dynamic agentic systems, emphasizing how LLMs serve as a reasoning "brain" to decompose tasks at runtime. Through practical Python demonstrations, the course covers essential components like system prompts, tools, and memory, while also comparing architectural patterns such as Supervisor and Swarm. Finally, the session addresses the future of technology by discussing emerging interoperability protocols like MCP and the shifting paradigms of software development in an AI-driven world.

Confused about AI agents and agentic AI? This video clears it up! AI agents are specific applications solving multi-step problems independently, while agentic AI is the entire research field making these agents possible. Think of AI agents as specific medicines and agentic AI as pharmaceutical science. Today's AI agents aren't AGI yet—they're specialized tools for specific purposes. Understanding these developments is essential as increasingly sophisticated agents emerge to automate various tasks.

In recent years, the spotlight in AI has primarily been on large language models (LLMs) and emerging large multi-modal models (LMMs). Now, building on these tools, a new paradigm is emerging with the rise of AI agents and agentic reasoning, which are proving to be both cost-effective and powerful for building numerous new applications. As AI continues to evolve, data across all industries, particularly unstructured data such as text, images, video, and audio, is becoming more critical than ever. In this keynote session from BUILD 2024, Andrews Ng, Founder and Executive Chairman of Landing AI, explores the rise of AI, agents, and the growing role of unstructured data. He also discusses how this convergence will shape automation and application building across industries

In this video, I break down what a Ralph Loop is, why the Claude Code Ralph Loop plugin misses the mark, and how to create your own Ralph loops inside of Claude Code.

Building effective Agentic AI systems is one of the most valuable skills in AI today. Introducing Agentic AI, a new course from Andrew Ng, now available on DeepLearning.AI. While most developers build AI that just responds to prompts, the most productive teams are building AI that executes multi-step workflows autonomously. In this course, you'll learn how to build 4 key agentic workflows using raw Python so that you'll see how each step actually works. Skills you’ll gain: Build agentic design patterns: reflection, tool use, planning, and multi-agent workflows Integrate AI with external tools: databases, APIs, web search, and code execution Evaluate and optimize AI systems: performance metrics, error analysis, and production deployment Build everything from scratch in Python—no frameworks, no black boxes. Agentic AI is available exclusively on DeepLearning.AI. With a Pro membership you get access to quizzes, code labs, and Professional Certifications along with early access to our available catalog of advanced AI courses. Enroll in Agentic AI on DeepLearning.AI: https://bit.ly/4mVUPyF

In this webinar, you will gain an introduction to the concept of agentic language models (LMs) and their usage. You will learn about common limitations of LMs and agentic LM usage patterns, such as reflection, planning, tool usage, and iterative LM usage. This online session will cover: Overview of LMs LM Usage and limitations Retrieval Augmented Generation (RAG) Tool usage Agentic LMs Agentic design patterns

Peter is the creator of OpenClaw (formerly Molt - the name keeps changing ??), the hottest AI right now with 2M visitors in a week. In our interview, Peter shared is personal favorite use cases including using Claw to check in to flights, control his home, and more. We also talked about his hot takes such as no plan mode or MCPs.

In this episode, Amir takes us through how to use Claude Skills to build digital employees. We cover practical demos including an A/B testing idea agent, marketing insight analyzer, and a live build of a tweet-to-newsletter converter. You'll learn what Claude Skills actually are, why they represent the biggest leap since sub-agents, and how to build them yourself, even if you've never written a custom AI workflow before.

Agentic AI is taking over conversations — but what does it really mean? In this video, we explore how Agentic AI goes beyond prompts and conversations to act, learn, and evolve — just like real-world autonomous systems. From perception to action, from reasoning to learning, we dive deep into the architecture of modern agents. You’ll learn how to build your own AI agents using tools like GPT-4, LangChain, and OpenAI's Agent SDK, and why the Model Context Protocol (MCP) is a critical layer for intelligent orchestration. Whether you're building with LLMs, deploying code autonomously, or scaling intelligent systems, this video has the insights to elevate your understanding.

Connecting LLMs to enterprise tools often requires complex custom code for every API. Cedric Clyburn, a Red Hat AI open source expert, demonstrates a more efficient approach. Learn how to use the Model Context Protocol (MCP) to standardize how AI connects to your data, allowing agents to diagnose Kubernetes issues and report them directly to Slack without proprietary lock-in. In this video, we cover: Model Selection: Using optimized open models like Llama 3.3 from Red Hat AI. Standardization: How Model Context Protocol (MCP) replaces custom API integrations. Live Demo: Using the Goose MCP client to act as a bridge between the LLM and enterprise tools. Workflow: An autonomous agent diagnosing a cluster and notifying the DevOps team.

This is an interview I did with Vallerie Mitchell of Comcast Local Edition discussing the formation of the MSJC Business & Technology center, the original BTTC Website and billboard in 2006.

This is a video I put together specifically for the grand opening of the MSJC Business and Technology Center. It contains many of the best photos I've taken of the new building.

An excerpt from the never-released Juice Weasels Rough Cuts Bluray disc. I did all of the camera work and post-production.

This is a video I did for a class I was taking at Cal State San Bernardino. Later it was used for display in one of the classrooms during the Grand Opening ceremony for the MSJC Business and Technology Center.

These baby hawks fell from their nest and were then rescued by Karen. After a couple of days of feeding and caring for them, Karen located a local bird sanctuary where we could take them for proper care and rehabilitation.

A video of Lionel photos with a catchy sound track.

This video documents the making of the Juice Weasels' I want to Kill You video.

Two love birds enjoying the song "Ain't That A Kick in the Head" sung by Tom Bennett

A baby chicken hacthing from its egg.

This is what happens when a bunch geeks get together with a bunch of musicians to make a music video. My brother Tom is the lead singer. Ross Renner, on bass, is the animation genius.

Since my original My World video became much too long and too large of a file to deal with in editing, I cut it down to several smaller vignettes. This video is the second of the four-part series.

This video essay contains many of my best photographs of the beauties of nature that I have been exposed to over the course of the last twenty years.

As an amateur photographer I have taken literally thousands of photographs throughout my life. This video is a photo essay of my best sky images taken over the course of the last six years.

A quikie of a bee in a flower.

Originally this was shot with a super-8mm Sears movie Camera. I transferred the original digitally to edit and add music to it. The footage is of my father, after the 1968 Western Days parade, shaving off a beard he grew for the scroungiest beard contest.

A leaf that appears to be floating in mid-air.

My father passed away December 22, 1996. I created this video for his memorial service.

My son Rob and I were asked by our friend and client Ken to participate in the making of his 30 second cable commercial.

Recorded in November of 2011 with post-production completed by Bennett Media in the spring of 2012.

On Wednesday, July 30th, 2014 the finals for the Riverside Sings competition were held at Fairmont Park and after the dust had cleared my brother Tom emerged the winner. This is the video of his song shot from my handheld Canon HD video camera.

This is one of the early videos I worked on with the Juice Weasels.

This is a video presentation that I did with fellow MSIDT student Lisa Fan during the completion of our Masters degree in Instructional Design and Technology at Ca State Fullerton.

Lovely Rita was the Juice Weasels first concerted effort at a music video. This behind-the-scenes video documents the fun and frivolity which took place during the video recording sessions.

This video was edited together from several band practices I shot with my first HD camcorder. That's my son Rob playing the lead on guitar and my brother Tom doing lead vocals.

This is a 1975 super 8mm film that I wrote, directed, and edited for Miller/Davidson's history class at Poly High. The filmed starred Ann Yeager, Becky Bell, Kelly Raftery, and myself, with cameos from my brothers Tom and Rick, Dave Spezia and his brother Mike, Casey Raftery, Trish Raftery, Paul Moss, and Dave Alexander. The structure is loosely based on Blazing Saddles and Mel Brook's campy style of film-making. Bill Slazo and Wally Londo's House of Inventions gets it name from the George Carlin album, an Evening with Bill Slazo and Wally Londo.

In 1976 several Riverside Polytechnic High classmates from Miller & Davidson's history class got together one weekend on the beach off 10th st. in Newport California, to record (on super 8mm film) a script written by Bill Bennett who also directed and edited the film. What you see here is the results of that effort, a campy spoof on techniques used by a quasi-Gestalt psychologist known as "Fritz" shown in several films that semester in Miller/Davidson's class. The video stars Tobin Hood, Don Slaughter, Dave Brewster, Bill Tuxhorn, Chrissy Williams, Dave Spezia, and Marty Van Housen. Cameo appearances by Brent Moss, Patti Munaretto, and Sandy Grisham.

From 1983 until 2003, my brother and I owned and ran a chain of video stores known as Video Place. This is my homage to that business and the good ole days of VHS video :-)

This is a digital transfer from super 8mm film shot by my dad in 1966. That's me in the Batman costume and brother Tom as Robin. My mom had hand sewn both costumes and my dad did the mock-up of the Bat mobile which we rode down Mission Blvd. during the Western Days parade that year.

Mr. Phil is one of Bennett Ranch's Grand Champion stallions, a consistent high-point winner in Color classes.

Here are some photos of our cat Eddie set to the music of Tom Jones' What's New Pussycat?

This is a photo pictorial I put together of one of our four cats, Lacy.

Patches, along with her brother Frankie, were found in a shed in our backyard, born from a feral mother. My wife, Karen, bottle fed them goats' milk until they could eat solid food.

Frankie is our favorite lap cat. He is just one big squishy fur ball.

This video I shot and edited as an advertising video in order to let potential buyers view Noche's smooth gate online. The video was first recorded using a VHS Handycam and then transfered to digital using one of my first digital editing systems.

This is a promo video for one of the many fillies born on Bennett Ranch

A short video of one our horse trainers riding a Peruvian Paso Fino horse, Diego, who was a resident of Bennett Ranch.

A promo video for Majestic Testa Rosa oneof the many foals born at Bennett Ranch.

A promo video for TJ who was sired by Grand Champion Taxi and foaled at Bennett Ranch.

A promo video for Bennett's Pretty in Paisley, also foaled at Bennett Ranch.

One of Bennett Ranch's brooding mares, Dottie, has her teeth worked on by a local miniature horse dentist.

Promo for Bennett's Reina Rojo. She has since gone on to win several National Grand Championships.

Emus are very interesting creatures. J. R. was raised from a hatchling and still patroling the upper paddock of Bennett Ranch.

Joe is a feisty stallion born at Bennett Ranch. He can be too cool for his own good at times.

One of Bennett Ranch's foaling mares, Gracie, birthing a new stallion we named Bennett's Black Pearl.