Podcasts about simulations

This week on the pod, Dr. Shelly Jones drops by to discuss their work as a scholar who incorporates games and RPGs into their work--and their career as an author who has written a series of cozy mysteries set at a game store. https://shellyjonesauthor.com/Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comBluesky: @beyondsolitaire.bsky.socialInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

This week on the pod, Denver Walker comes by to discuss her life as a co-owner and CEO of a wargame company, as well as her own game designs. https://flyingpiggames.com/Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

In this episode, Ben Felix and Braden Warwick unpack the surprisingly complex world of expected return modeling and why it matters so much for retirement projections, portfolio construction, and financial advice. They explain how PWL Capital currently estimates expected returns across asset classes, why traditional Monte Carlo methods relying on Gaussian distributions may miss important market behaviors, and how new research could improve the realism of long-term financial planning simulations. The conversation also explores a fascinating collaboration between PWL and Columbia Engineering student John Yang, who worked with Professor Michael Robbins on a project to build more realistic synthetic return data for financial planning. John explains how his team used empirical distributions, t-copulas, and Extreme Value Theory to better capture market crashes, fat tails, and asset co-movements during periods of stress. Ben and Braden then analyze how these improved simulation methods affect financial planning outcomes, sustainable spending estimates, and projections for long-term wealth accumulation.   Key Points From This Episode: (0:00:00) Introduction to expected return modeling and why it matters for financial planning.  (0:00:25) The importance of volatility, correlations, distribution shape, and time-series behavior in portfolio projections.  (0:01:26) How Scott Cederburg's research on block bootstrapping influenced PWL's thinking on simulations.  (0:02:03) Introduction to Columbia Engineering student John Yang and the industry research collaboration.  (0:03:30) How Conquest Planning allows PWL to upload custom return simulations.  (0:04:05) A new PWL client's detailed reasoning for moving from DIY investing to working with an advisor.  (0:06:22) Why financial planning and Monte Carlo simulations were central to the client's decision.  (0:07:22) Cross-border financial complexity and the value of professional advice.  (0:08:03) Estate planning, cognitive decline, and the role of trusted financial relationships.  (0:10:02) Research on cognitive decline and its impact on financial decision-making.  (0:12:00) Delegation, accountability, and reducing mental overhead through advisory relationships.  (0:13:47) Why the client chose PWL specifically and the appeal of evidence-based investing.  (0:15:25) Ben and Braden discuss the perceived disconnect between online discourse and demand for AUM advisors.  (0:16:12) Overview of PWL's methodology for estimating expected returns across asset classes.  (0:17:05) How PWL combines historical returns with market-implied expected returns.  (0:18:07) The use of factor premiums and expected return composition in taxable projections.  (0:18:48) Why PWL previously relied on Gaussian multivariate normal distributions for simulations.  (0:19:41) Arithmetic vs. geometric mean returns and why the distinction matters.  (0:21:01) A simple example illustrating volatility drag.  (0:23:29) Why diversification benefits must be incorporated into expected portfolio returns.  (0:25:15) How correcting portfolio math improved expected return estimates by 20–30 basis points.  (0:27:12) Transition to John Yang's interview and introduction to synthetic data generation.  (0:30:07) John explains the limitations of Gaussian return assumptions.  (0:31:04) Why realistic sequences of returns matter for retirement planning.  (0:32:16) Empirical evidence that returns are not truly random.  (0:33:25) The three modeling challenges: unique asset behavior, realistic co-movement, and tail risk.  (0:37:49) Separating marginal distributions from dependency structures in the modeling process.  (0:38:48) Using a t-copula to better model asset co-movement during market stress.  (0:39:39) Why historical data alone struggles to capture rare crisis events.  (0:40:06) Applying Extreme Value Theory and Generalized Pareto Distributions to model tail risk.  (0:42:15) How Monte Carlo simulations generate many realistic future return paths.  (0:43:00) Imposing forward-looking expected returns and volatility assumptions onto the simulations.  (0:44:56) How the new framework better preserves skewness and kurtosis.  (0:46:38) Evaluating the new model using marginal shape, tail behavior, and co-movement scores.  (0:48:10) Why the new model significantly improved tail realism without sacrificing correlations.  (0:49:05) Future extensions including dynamic correlations and volatility clustering.  (0:50:28) Potential future use of GANs and machine learning for synthetic financial data.  (0:52:02) Key takeaway: financial planning requires realistic return paths, not just summary statistics.  (0:53:41) Braden analyzes how the new simulation framework affects financial advice.  (0:55:04) Why monthly index data produced fatter tails than long-term annual DMS data.  (0:58:47) The new model improved Monte Carlo success rates by roughly 2–3%.  (1:00:25) Sustainable spending estimates changed only modestly under the new simulations.  (1:02:27) Why the improved methodology matters more for alternative asset classes.  (1:04:25) The surprising finding that median wealth outcomes increased while mean outcomes decreased.  (1:05:47) Why Gaussian simulations can create unrealistic runaway wealth scenarios.  (1:07:20) The practical implications for estate planning and multi-generational wealth projections.  (1:08:30) Why better simulation methods are especially important for concentrated and alternative investments.   Links From Today's Episode: Meet with PWL Capital: https://calendly.com/d/3vm-t2j-h3p Rational Reminder on iTunes — https://itunes.apple.com/ca/podcast/the-rational-reminder-podcast/id1426530582. Rational Reminder on Instagram — https://www.instagram.com/rationalreminder/ Rational Reminder on YouTube — https://www.youtube.com/channel/ Benjamin Felix — https://pwlcapital.com/our-team/ Benjamin on X — https://x.com/benjaminwfelix Benjamin on LinkedIn — https://www.linkedin.com/in/benjaminwfelix/   Editing and post-production work for this episode was provided by The Podcast Consultant (https://thepodcastconsultant.com)  

Stewart Alsop interviews Nizar, CEO of Pixel Robotics, on the Crazy Wisdom Podcast to explore the intersection of AI, robotics, and perception. The conversation covers a wide range of technical topics including how transformers enable multimodal representation across text, images, and voice, the role of world models in predicting physical interactions, the advantages of diffusion models over traditional LLMs for certain applications, and the challenges of achieving real-time processing for robotics applications. Nizar explains Pixel Robotics' work on creating accurate 3D meshes from smartphone cameras for companies like L'Oréal, moving away from specialized sensors to make the technology more accessible through sophisticated algorithms, and discusses the future of robotics as closing the perception-action loop to enable robots to perform real tasks beyond simple demonstrations. To find out more visit Pixel Robotics' website.Timestamps00:00 Stewart welcomes Nizar, CEO of Pixel Robotics, discussing what a pixel is as the smallest visual unit on screens composed of red green and blue colors05:00 Discussion of perception systems and how logarithmic laws help compress signals in both human and artificial systems, exploring normalization layers and sigmoid functions in deep learning10:00 Exploring how transformers unified different data modalities including text voice and images, creating common representations through methods like contrastive learning15:00 Nizar explains transformers as brute force learning systems with room for improvement through focused attention mechanisms and knowledge graphs rather than processing everything20:00 Conversation about loss functions local minima versus global minima and how mixture of experts uses specialized small models instead of one massive generalist network25:00 Discussion of deterministic versus probabilistic systems and how explicitly defined task graphs often outperform orchestrator-based approaches in AI systems30:00 Exploring world models as predictive physics-based systems that learn environmental flows and transformations, complementing rather than replacing language models35:00 Nizar discusses real-time processing challenges for robotics requiring millisecond responses with small memory footprints using vision transformers for faster experimentation40:00 Pixel's work creating three d meshes from smartphone cameras for companies like L'Oreal, moving away from specialized sensors toward accessible software-based solutions45:00 Explanation of different three d representations including voxels point clouds and meshes, with meshes being optimal for manipulation and rendering in applications50:00 Future direction involves closing perception-action loops in robotics, moving beyond dancing toy robots toward practical multimodal systems that perform real tasks55:00 Pixel's goal is democratizing high-quality three d scanning through smartphones, making mesh creation accessible to unlock applications in gaming cinema and virtual showroomsKey Insights1. Pixel Robotics derives its name from combining perception and action in robotics, where the pixel represents the digital perception component and robotics represents the physical action component. The pixel serves as a metaphor for how robots must quantize and digitize continuous analog information from the real world into discrete units that computer systems can process, similar to how pixels are the fundamental building blocks of images on a screen. This quantization process is essential because numerical systems cannot work with truly continuous data and must convert reality into tractable digital representations that algorithms can manipulate.2. The transformer architecture has created a fundamental unification in how different types of data can be represented and processed across multiple modalities. Before transformers, researchers working on natural language processing, computer vision, and audio analysis used completely different approaches and methodologies. The breakthrough of transformers was establishing a common representational framework that could handle text, images, voice, and other data types using similar underlying mechanisms. This unification is what enabled the development of truly multimodal AI systems and represents one of the most significant advances beyond just the language modeling capabilities that initially gained public attention.3. Current transformer-based systems represent a brute force approach to learning that will likely be superseded or enhanced by more efficient algorithms. Despite claims that we have exhausted internet text data for training, significant improvements continue to emerge every few months through algorithmic innovations rather than simply adding more data. Future developments will likely involve more specialized attention mechanisms that focus on relevant information rather than correlating everything with everything, mixture of experts architectures with small specialized models, and approaches inspired by biological systems such as logarithmic compression laws and event-based processing that humans use naturally.4. Diffusion-based language models represent a promising alternative to standard next-token prediction that could produce more accurate outputs through an iterative refinement process. Unlike traditional language models that predict one token at a time and cannot revise earlier outputs, diffusion models treat text generation like image denoising, starting with a noisy representation and progressively refining the entire output across multiple steps. This holistic approach allows the model to reconsider and improve all parts of the response simultaneously, potentially leading to higher quality results, though it may be slower than current autoregressive methods. This represents an important direction for overcoming fundamental limitations in how language models currently generate text.5. For robotics applications, real-time performance and small model size are critical constraints that differ significantly from the requirements of large language models deployed in data centers. Vision transformers are being used as a testbed for developing efficient real-time algorithms because they require far fewer computational resources to train and test compared to large language models, making them more practical for rapid experimentation. The goal is to achieve millisecond-level response times with minimal memory footprint so that robots can react quickly to dynamic environments and run on affordable hardware that can be embedded in actual robotic systems rather than requiring expensive server infrastructure.6. Practical robotics implementation requires moving beyond specialized sensors to software solutions that work with ubiquitous devices like smartphones for tasks such as three-dimensional reconstruction. Pixel Robotics evolved from building specialized scanning hardware to focusing on algorithms that can generate high-quality mesh representations of environments using only smartphone cameras, making the technology far more accessible and practical for real-world deployment. This approach enables applications ranging from industrial robotic arm control to virtual showrooms, and more importantly, it allows anyone to capture three-dimensional data without expensive equipment, which can also help generate larger training datasets for future AI development.7. The next frontier in AI and robotics is closing the perception-action loop to enable robots to perform real practical tasks rather than remaining as demonstration systems or toys. While significant progress has been made in cognitive capabilities through language models and in robotic mobility through mechanical engineering advances, the critical challenge is integrating perception with action through systems like Vision-Language-Action models. The fundamental starting point for learning this integration is simple perception-action exercises, such as programming a camera mounted on servo motors to track and center a colored object, which demonstrates the basic principle of using sensory input to drive physical response that underlies all more sophisticated robotic behaviors.

This week on the pod, Amabel Holland comes by to discuss her upcoming game--if it can be so called--and the mysteries that it holds. I am very excited to play it. https://hollandspiele.com/Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

Support & Resources→ Support the show on Patreon→ Bayesian Modeling Course (first 2 lessons free)Our theme music is « Good Bayesian », by Baba Brinkman (feat MC Lars and Mega Ran). Check out his awesome workTakeaways:Q: Why are prior predictive checks so underused in practice, and how do simulations help?A: They're underused because researchers don't always think to run them before seeing data -- but also because doing them rigorously (in the style Michael Betancourt advocates, with prior push-forward checks on interpretable summaries) takes effort. Simulations make it cheap to generate thousands of “what-if world” datasets from your model and check whether they look plausible, catching bad priors before you ever touch real data.Q: How can generative AI help with prior elicitation?A: Rather than forcing a domain expert to choose a distributional family and parameterize it, you can use a generative model to translate their qualitative knowledge directly into a prior. The expert describes what realistic data should look like; the generative model produces synthetic datasets matching that description; those datasets are used to fit a prior distribution. It removes the assumption that experts can think in terms of parameters and replaces it with the more natural question: does this look like your data?Q: What would a foundation model for Bayesian inference actually look like?A: Stefan's bet is that it won't be a fine-tuned general LLM. The right analogy is chess: you don't fine-tune GPT to play chess, you teach it when to call Stockfish. For Bayesian inference, you'd want a semantic layer – an LLM that understands the analysis goal – calling specialized numerical engines (MCMC samplers, amortized inference networks) that do the actual computation. Agent skills are already a step in this direction; the longer-term vision is engines that have been trained from scratch to generalize across large families of models and priors.Full takeaways here.Chapters:00:00 How does amortized inference fit into modern Bayesian workflows?06:01 What role do simulations play across the full Bayesian workflow?12:12 How do you elicit priors from a domain expert who doesn't think in distributions?19:01 What would a foundation model for Bayesian inference actually look like?35:32 What is self-consistency in amortized inference and why does it matter?39:22 How does semi-supervised learning improve simulation-based inference?43:16 Why is sensitivity analysis so important yet so underused in Bayesian practice?47:40 What is multiverse analysis and how does it change how we report Bayesian results?51:32 How does amortized inference make sensitivity and multiverse analysis affordable?01:02:47 How do amortized inference and classical MCMC complement each other?01:10:08 What are the next major directions for BayesFlow and amortized inference research?Thank you to my Patrons for making this episode possible!Links from the show here.

ein Feature von Dorothee Feuerstein zum Thema "die Kraft der künstlerischen Audiodeskription.

Episode 3374:  Monte Carlo simulations and board game design.  Today, Monte Carlo simulations and board games.

Send us Fan MailDo you trust AI to give you accurate information, or are you with the hosts on this one? Let us know your thoughts in the comments below. Make sure to hit that subscribe button, like the video, and share this episode with anyone curious about the future of tech and declassified history.Can you really trust an artificial intelligence to give you the truth? In this episode of The Days Grimm, hosts Brian Michael Day and Thomas Grimm bring a special guest into the studio: Anthropic's conversational AI, Claude, for an unfiltered interview about the future of technology, history, and global conspiracies.This episode completely pushes the boundaries of traditional podcasting as the crew interviews a live AI assistant to test its data retrieval, safety safeguards, and sense of humor. The conversation kicks off with a hilarious blunder regarding a mythical Swiss toilet law, leading to a quick fact-check and a deeper debate about why AI sounds so confident even when it is completely wrong. From there, the hosts take Claude down a series of fascinating, rapid-fire rabbit holes, ranging from recently declassified Pentagon UAP documents to the staggering mathematical scale of global fast-food agriculture.As the discussion turns toward history and science, Claude breaks down the mysterious dancing plague of 1518, evaluates who would actually win in a brutal, tool-free matchup between a single silverback gorilla and 100 bare-handed humans, and addresses whether artificial intelligence poses a legitimate threat to humanity's future. The crew also explores the mechanical limitations of deep space travel, specifically looking at how the intense radiation of the Van Allen belts serves as a major hindrance to long-term Mars missions, before shifting to historical cover-ups. Claude reviews infamous conspiracy theories that were eventually declassified and proven completely true, including Project MKUltra, the Tuskegee Syphilis experiment, and the shocking proposed false flag operations of Operation Northwoods.This episode highlights both the incredible power and the hilarious limitations of modern automated language models. By testing Claude's ability to handle complex questions about philosophy, ancient empires, and simulation theory, the hosts showcase the ongoing tension between technological capability and human skepticism, proving that viewers should always verify information and maintain an independent mind.TIMELINE : 00:00:26 - Introducing Claude AI to the Studio 00:01:45 - The Swiss Toilet Law and AI Hallucinations 00:06:00 - Who is Claude? An AI Elevator Pitch 00:07:15 - Should We Be Afraid of AI Taking Over? 00:09:45 - Claude Tells a Terrible Violin Joke 00:11:55 - The Mysterious Dancing Plague of 1518 00:14:42 - Declassified Pentagon UAP and UFO Files 00:16:35 - McDonald's Burger Math and Global Chicken Stats 00:19:25 - Ancient Civilizations, Simulations, and Ancient Astronauts 00:21:20 - Who Wins: 1 Gorilla vs 100 Humans? 00:23:05 - Supercomputation and Propaganda on the Internet 00:26:34 - Navigating the Van Allen Radiation Belts to Mars 00:28:01 - Leaded Gasoline and Who Secretly Controls the World 00:30:20 - Conspiracy Theories Proven True: MKUltra & Operation Northwoods[The Days Grimm Podcast Links]- YouTube: https://www.youtube.com/c/TheDaysGrimm- Our link tree: linktr.ee/Thedaysgrimm- GoFundMe account for The Days Grimm: https://gofund.me/02527e7c [The Days Grimm is brought to you by]Sadness & ADHD (non-medicated)

Most people think that space-time and the physical universe are the ultimate reality—something solid and unchangeable, governed by the laws of physics. But what if that's just the tip of the iceberg? What if our everyday experience is nothing more than a kind of VR headset, a useful interface that hides the deeper layers of reality from us? I find this idea not only fascinating, but increasingly convincing, especially as breakthroughs in both physics and computational theory keep bending the boundaries of what's possible. To challenge our assumptions and help us explore what's really behind the headset, I bring you today's guest—a cognitive scientist who argues that space-time is not fundamental, and that consciousness might be the true base reality. He believes that if we figure out the code underlying the simulation, we could unlock possibilities that make nuclear weapons look like firecrackers—and that the future of science is about to blow our collective minds. With that in mind, I bring you Donald Hoffman. Ketone IQ: Visit https://ketone.com/IMPACT for 30% OFF your subscription orderQuince: Free shipping and 365-day returns at https://quince.com/impactpodMonetary Metals: Future-proof your wealth at https://monetarymetals.com/impactTruemed: Check your eligibility and start saving at https://truemed.com/impactAT&T Business: Switch to AT&T Business at business.att.comIncogni: Take your personal data back with Incogni! Use code IMPACT at the link below and get 60% off an annual plan: https://incogni.com/impactShopify: Sign up for your one-dollar-per-month trial period at https://shopify.com/impactNetsuite: Right now, get our free business guide, Demystifying AI, at https://NetSuite.com/TheoryQuo: Try for free PLUS get 20% off your first 6 months at https://quo.com/impact Learn more about your ad choices. Visit megaphone.fm/adchoicesSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Most people think that space-time and the physical universe are the ultimate reality—something solid and unchangeable, governed by the laws of physics. But what if that's just the tip of the iceberg? What if our everyday experience is nothing more than a kind of VR headset, a useful interface that hides the deeper layers of reality from us? I find this idea not only fascinating, but increasingly convincing, especially as breakthroughs in both physics and computational theory keep bending the boundaries of what's possible. To challenge our assumptions and help us explore what's really behind the headset, I bring you today's guest—a cognitive scientist who argues that space-time is not fundamental, and that consciousness might be the true base reality. He believes that if we figure out the code underlying the simulation, we could unlock possibilities that make nuclear weapons look like firecrackers—and that the future of science is about to blow our collective minds. With that in mind, I bring you Donald Hoffman. Ketone IQ: Visit https://ketone.com/IMPACT for 30% OFF your subscription orderQuince: Free shipping and 365-day returns at https://quince.com/impactpodMonetary Metals: Future-proof your wealth at https://monetarymetals.com/impactTruemed: Check your eligibility and start saving at https://truemed.com/impactAT&T Business: Switch to AT&T Business at business.att.comIncogni: Take your personal data back with Incogni! Use code IMPACT at the link below and get 60% off an annual plan: https://incogni.com/impactShopify: Sign up for your one-dollar-per-month trial period at https://shopify.com/impactNetsuite: Right now, get our free business guide, Demystifying AI, at https://NetSuite.com/TheoryQuo: Try for free PLUS get 20% off your first 6 months at https://quo.com/impact Learn more about your ad choices. Visit megaphone.fm/adchoices

This week on the pod, David Thompson drops in for our seasonal check-in! We discuss the progress of our games together, check in on David's work with several other co-designers, and discuss the status of our design philosophies in general. Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

From Double-Wide Racks to "Deep Space RISC-V" - HPE Juniper Broadcom AMD Helios - OCP Open Rack Wide - Sale-up on Ethernet, UALoE - China signals strength - China's Jiuzhang 4.0 photonic quantum computer - High Availability and "Rad-Hard” chips in space - NASA's New Radiation-Hardened AI Processor [audio mp3="https://orionx.net/wp-content/uploads/2026/05/HPCNB_20260518.mp3"][/audio] The post HPC News Bytes – 20260518 appeared first on OrionX.net.

Send us Fan MailRod Scholl is the Founder and Principal Analyst at Epsilon FEA, an engineering services company he launched in 2008 to specialize in advanced numerical analysis and simulation-driven problem solving. With nearly two decades at the helm, Rod has built Epsilon FEA into a trusted partner for companies tackling challenging structural, thermal, and dynamic performance problems across a wide range of industries.Before founding Epsilon FEA, Rod spent over a decade at PADT, Inc. as a Specialist Engineer in Analysis. There, he led and executed FEA projects using the ANSYS toolset, supporting everything from early-stage R&D concept exploration to highly regulated FAA and DOT-certified analyses. Rod not only delivered simulations — he helped organizations implement FEA strategically, advising on licensing, training, internal resource development, and competitive advantage through simulation.Earlier in his career, Rod worked at Honeywell Aerospace, where he analyzed and redesigned turbine engine components using closed-form calculations, ANSYS FEA, and life prediction tools. His work resulted in improved component life, material cost savings, and enhanced manufacturability — grounding his simulation expertise in real-world hardware performance.Rod holds a BSME in Engineering Mechanics from Arizona State University and has built his career around one central belief: simulation is most powerful when it's applied with engineering judgment. Through Epsilon FEA, he continues to help engineering teams reduce risk, improve product performance, and make confident, data-backed decisions.LINKS:Guest LinkedIn: https://www.linkedin.com/in/epsilonfea/Guest website: https://epsilonfea.com/Aaron Moncur, host Subscribe to the show to get notified so you don't miss new episodes every Friday.The Being An Engineer podcast is brought to you by Pipeline Design & Engineering. Pipeline partners with medical & other device engineering teams who need turnkey equipment like cycle test machines, custom test fixtures, automation equipment, assembly jigs, inspection stations and more. You can find us at www.teampipeline.usWatch the show on YouTube: www.youtube.com/@TeamPipelineus 

The Auckland City Rail Link is undertaking large-scale and ongoing safety testing ahead of its opening later this year. AT rail services group manager Mark Lambert spoke to John Campbell.

This week on the pod, Tilak Vyas drops by to talk about his poetry game, Line by Line, that is forthcoming from Central Michigan University's Center for Learning Through Games and Simulations. Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

- Nvidia, Corning, big optical fiber deal - Optical computing - New MRC RDMA on Ethernet fabrics - MRC vs RoCEv2 and Infiniband - AMD strengths in GPUs and CPUs - Ocean wave energy for data centers [audio mp3="https://orionx.net/wp-content/uploads/2026/05/HPCNB_20260511.mp3"][/audio] The post HPC News Bytes – 20260511 appeared first on OrionX.net.

Listen in with student debt expert Dr. Tony Bartels in this next installment of our Student Debt Series covering the latest news and information on student loans. In this episode we have seven major topics we're addressing: RAP rule change alert What does this rule change mean for repayment strategies Class of 2026 new grads, STILL do not consolidate Determine your IDR profile, know your monthly interest accrual, know your starting repayment balance, & run your Simulations! RAP subsidies – what are they? Will you benefit? For how long? What's next? RAP to IBR 2014 vs. IBR 2014 only vs. RAP only vs. other? How to get help   As always, we want to hear from YOU. Please share your thoughts by sending an email or joining the conversation.   GUEST BIO: Dr. Tony Bartels Tony Bartels, DVM, MBA graduated in 2012 from the Colorado State University combined MBA/DVM program and is a VIN Foundation Board Member and Student Debt Expert, and an employee of the Veterinary Information Network (VIN). He and his wife, a small-animal internal medicine specialist practicing in Denver, have more than $400,000 in veterinary-school debt that they manage using federal income-driven repayment plans. By necessity (and now obsession), his professional activities include researching and speaking on veterinary-student debt, providing guidance to colleagues on loan-repayment strategies and contributing to VIN Foundation resources. Beyond debt, his professional interests include small- and exotic-animal practice. When he's not staring holes into his colleagues' student-loan data, Tony enjoys fly fishing, ice hockey, camping and exploring Colorado with his wife, Audra, daughter, Lucy, and their two rescued canines, Addi and Maggie. LINKS AND INFORMATION: Urgent message for Class of 2026: https://vinfoundation.org/urgent-for-class-of-2026-do-not-consolidate-your-federal-student-loans/ 2026 New Grad Student Loan Playbook: https://vinfoundation.org/resources/veterinary-new-grad-student-loan-repayment-playbook/ Check your current student loan servicers and other loan details -- VIN Foundation My Student Loans tool: http://www.vinfoundation.org/mystudentloans VIN Foundation WikiDebt: IDR Profiles Student Loan Repayment Simulator: https://vinfoundation.org/loansim  VIN Foundation WikiDebt: https://vinfoundation.org/wikidebt VIN Foundation Webinars: https://vinfoundation.org/resources/webinars/ VIN Foundation Get Updates: https://vinfoundation.org/updates/ VIN Foundation GIVE page to support this podcast: https://vinfoundation.org/give VIN Foundation Blog, Related Student Debt Blog posts:  2025 Year End Wrap & Preparing for 2026: https://vinfoundation.org/federal-student-loan-repayment-2025-year-end-wrap-and-preparing-for-2026/ 40 veterinary school simulations in 60 days: 40 in 60 Project: https://vinfoundation.org/resources/veterinary-student-debt/40-veterinary-school-loan-estimations-in-60-days/ Changes to federal student loans come into focus: https://vinfoundation.org/changes-federal-student-loans-come-into-focus/ Student Loan Repayment: Trying to leave the SAVE forbearance? Choose PAYE: https://vinfoundation.org/student-loan-repayment-trying-to-leave-the-save-forbearance-choose-paye/  Student Loans in SAVE Plan Will Start Accruing Interest August 1st: https://vinfoundation.org/student-loans-in-save-plan-will-start-accruing-interest-august-1st/  Personalized student loan Help from VIN and VIN Foundation: https://vinfoundation.org/veterinary-student-loan-debt-help/  Federal Student Aid Data, Consolidation, and Repayment Applications: https://studentaid.gov/ One-time Forgiveness Count Adjustment  https://studentaid.gov/announcements-events/idr-account-adjustment Federal Student Loan Servicers: https://studentaid.gov/manage-loans/repayment/servicers Public Service Loan Forgiveness (PSLF): https://studentaid.gov/manage-loans/forgiveness-cancellation/public-service Have a veterinary story you want to share? https://share.hsforms.com/1e6QkQvg2RI-wpDv59Byqkwcos60 Stay up to date with VIN Foundation updates: https://vinfoundation.org/updates/ Email VIN Foundation: studentdebt@vinfoundation.org Get updates to stay tuned for the VIN Foundation webinars on student debt.  You may learn more about the VIN Foundation, on the website, or join the conversation on Facebook, Instagram, LinkedIn, and YouTube. If you like this podcast, we would appreciate it if you follow and share. As always, we welcome feedback. If you have an idea for a podcast episode, we'd love to hear it!

This week on the pod, I chat with Alyssa and Ari, who coordinate gaming programs for teens in my local county library system. Some of them even include me! Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

- Nvidia's secret weapon - Why CPU-only supercomputers - China's LineShine Supercomputer - Japan's Fugaku.next [audio mp3="https://orionx.net/wp-content/uploads/2026/05/HPCNB_20260504.mp3"][/audio] The post HPC News Bytes – 20260504 appeared first on OrionX.net.

Olivier Ezratty, one of the most respected independent voices in quantum technologies, is the special guest of the @HPCpodcast in a lively, candid, and wide-ranging discussion of the state of the quantum industry. [audio mp3="https://orionx.net/wp-content/uploads/2026/04/108@HPCpodcast_ID_Olivier-Ezratty_Quantum-Computing_20260428.mp3"][/audio] The post @HPCpodcast-108: Olivier Ezratty on State of Quantum Computing – In Depth appeared first on OrionX.net.

This week on the pod, Paul Wright and I discuss Foxes & Lions, how it has developed over the past year or so, and what we're excited about next. Also, it's on P500! Go support it here: https://www.gmtgames.com/p-1229-foxes-and-lions-renaissance-city-states-in-the-age-of-machiavelli.aspxCheck out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

- Cisco Universal Quantum Switch - Co-Packaged Optics (CPO) enters real world deployments - CPO: AMD, NVDA, TSMC, Global Foundries - Vox checks in on Los Alamos use of AI for nuclear simulations [audio mp3="https://orionx.net/wp-content/uploads/2026/04/HPCNB_20260427.mp3"][/audio] The post HPC News Bytes – 20260427 appeared first on OrionX.net.

This week on the pod, Waleed Ma'arouf, a designer at Studio Big, discusses their work in education, how they joined the Arkham Horror LCG design team, and their current design work for a fresh crop of games. Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

Your host, Sebastian Hassinger, is joined on this episode by Garnet Chan, the Bren Professor of Chemistry at Caltech, a member of the National Academy of Sciences, and among the most cited computational chemists in the world (34,000+ Google Scholar citations). Garnet is neither a quantum computing booster nor a dismissive skeptic. He's a theorist who works at the exact boundary between what classical algorithms can and cannot do — and who keeps finding that boundary further out than the quantum computing community has claimed. The FeMo-cofactor has been a flagship quantum computing use case for nearly a decade: a catalytic core of the enzyme that fixes atmospheric nitrogen into ammonia, and a molecule widely described as "beyond classical reach." Chan's January 2026 paper challenges that framing directly. This conversation explains what was actually solved, what wasn't, and what it would genuinely take for quantum computers to contribute to the chemistry of nitrogen fixation. This episode is for researchers, engineers, and informed observers who want an honest, technically grounded view of where quantum computers genuinely help in chemistry — and where classical methods are more capable than the field has admitted. What You'll LearnWhy the FeMo-cofactor became one of the quantum computing community's favorite benchmark — and why the framing around energy savings from nitrogen fixation is less accurate than it soundsWhat "chemical accuracy" (~1 kcal/mol) actually means as a precision target, and why hitting it classically undermines a decade of quantum resource estimatesWhy real chemical systems are only "slightly entangled" — and what that means for the general argument that quantum computers are the natural tool for quantum chemistryThe difference between a problem being hard and a problem being exponentially hard — and why that distinction matters enormously for quantum advantage claimsWhere the genuine classical wall might be: bridging 15 orders of magnitude in timescale to simulate an enzyme's full catalytic mechanism — and whether quantum computers have anything to say about thatWhy Chan wrote a public blog post explaining his own paper — and what that reveals about the state of discourse in quantum chemistry and the quantum computing industryThe broader impact of quantum information science on chemistry — beyond hardware, the conceptual tools of quantum information have genuinely reshaped how chemists think about many-body statesWhat Chan is actually working toward: a full computational understanding of the nitrogenase reaction mechanism, using machine learning to bridge timescales classically — a decade-long journey he finds genuinely excitingResources & LinksThe Central Paper & CommentaryZhai et al. (2026) — "Classical Solution of the FeMo-Cofactor Model to Chemical Accuracy and Its Implications" arXiv:2601.04621 — The January 2026 preprint at the heart of this episode; the classical solution of the standard 76-orbital/152-qubit FeMo-co benchmark.Chan — Quantum Frontiers Blog Post (March 2026) The FeMo-Cofactor and Classical and Quantum Computing — Chan's own accessible commentary on the paper, written in response to widespread misinterpretation; essential reading alongside the paper.Key Papers for ContextChan (2024) — "Spiers Memorial Lecture: Quantum Chemistry, Classical Heuristics, and Quantum Advantage" Faraday Discussions, 254, 11–52 — The formal theoretical framework behind Chan's thinking, including the "classical heuristic cost conjecture"; the deep-dive companion to this episode.Lee et al. (2023) — "Evaluating the Evidence for Exponential Quantum Advantage in Ground-State Quantum Chemistry" Nature Communications — Chan group's landmark 2023 paper concluding that evidence for exponential quantum advantage across chemical space has yet to be found.Begušić & Chan (2023/2024) — "Fast Classical Simulation of Evidence for the Utility of Quantum Computing Before Fault Tolerance" Science Advances — The paper showing classical simulation on a single laptop core could reproduce and exceed IBM's 127-qubit "utility" experiment.Bauer, Bravyi, Motta & Chan (2020) — "Quantum Algorithms for Quantum Chemistry and Quantum Materials Science" arXiv:2001.03685 — A balanced review by Chan and colleagues showing he takes quantum algorithms seriously; useful counterpoint to the skeptical framing.Babbush et al. (2025) — "The Grand Challenge of Quantum Applications" arXiv:2511.09124 — Google Quantum AI's direct engagement with Chan's skeptical position; argues polynomial speedups may still be practically decisive.Computational Chemistry Highlights — Review of FeMo-co Paper compchemhighlights.org — Third-party commentary from Jan Jensen (University of Copenhagen).Tools & SoftwarePySCF — Python-based Simulations of Chemistry Framework https://pyscf.org — The open-source quantum chemistry package co-stewarded by Chan's group; widely used for electronic structure calculations.BLOCK — DMRG and Matrix Product State Algorithms https://github.com/sanshar/Block — Chan group's open-source implementation of density matrix renormalization group methods; the tensor network engine underlying much of this work.Guest LinksChan Lab at Caltech chan-lab.caltech.edu — Research group homepage with publications, software, and group members.Garnet Chan — Caltech Faculty Profile cce.caltech.edu/people/garnet-k-chan — Official Caltech Division of Chemistry & Chemical Engineering page.Google Scholar Profile scholar.google.com — 34,000+ citations across theoretical chemistry and condensed matter physics.Caltech Science Exchange — Ask a Caltech Expert: Quantum Chemistry scienceexchange.caltech.edu — Accessible overview of Chan's perspective for a general science audience.Key Quotes"To a good approximation, you and I are not entangled. That's essentially how people think about molecules — atoms are distinct entities, and you can define each as a local entity because its properties are not intrinsically tied up with some other thing." — Garnet Chan, explaining why most chemical systems are cla...

- DARPA HARQ Heterogeneous quantum architectures - HARQ program, IonQ, memQ - TSMC and ASML bullish on AI demand - Stanford AI Index 2026 insights - Global AI competition [audio mp3="https://orionx.net/wp-content/uploads/2026/04/HPCNB_20260420.mp3"][/audio] The post HPC News Bytes – 20260420 appeared first on OrionX.net.

This special AI in the AM episode features Sergiy Nesterenko of Quilter on using reinforcement learning for circuit board design, Andy Hall of Stanford on AI behavior in politics and new governance models, and Lukas Peterson and Axel Backlund of Andon Labs on their AI-run retail store in San Francisco. Nathan and Prakash also reflect on the pace of AI progress, the public reaction to existential risk, and why constructive civic action matters as AI systems grow more powerful and autonomous. Sponsors: Roboflow: Roboflow's free 2026 Vision AI Trends report analyzes 200,000+ real-world projects to reveal how top companies are deploying Vision AI and turning proprietary data into an edge. Download it now at https://roboflow.com/trends VCX: VCX, by Fundrise, is the public ticker for private tech, giving everyday investors access to high-growth private companies in AI, space, defense tech, and more. Learn how to invest at https://getvcx.com Tasklet: Build your own Cognitive Revolution monitoring agent in one click.Try it for free and use code COGREV for 50% off your first month at https://tasklet.ai CHAPTERS: (00:00) About the Episode (07:57) Live stream kickoff (09:52) Sam Altman attacks (16:37) Quilter from SpaceX (19:02) Why autorouters fail (Part 1) (20:52) Sponsors: Roboflow | VCX (23:09) Why autorouters fail (Part 2) (28:14) Compute and odd layouts (34:19) Simulations and safety margins (Part 1) (39:22) Sponsor: Tasklet (41:01) Simulations and safety margins (Part 2) (41:01) Superintelligence meets hardware (48:18) AI constitutions debate (55:55) Deepfakes and persuasion (01:02:24) Virtue and institutions (01:11:05) Agent governance problems (01:16:56) Andon store debut (01:21:25) Luna's store choices (01:28:21) Supply chains and spread (01:36:23) AI boss behavior (01:43:47) How retail scales (01:53:54) Processing the future (01:59:50) Markets need context (02:26:42) Episode Outro (02:30:37) Outro PRODUCED BY: https://aipodcast.ing SOCIAL LINKS: Website: https://www.cognitiverevolution.ai Twitter (Podcast): https://x.com/cogrev_podcast Twitter (Nathan): https://x.com/labenz LinkedIn: https://linkedin.com/in/nathanlabenz/ Youtube: https://youtube.com/@CognitiveRevolutionPodcast Apple: https://podcasts.apple.com/de/podcast/the-cognitive-revolution-ai-builders-researchers-and/id1669813431 Spotify: https://open.spotify.com/show/6yHyok3M3BjqzR0VB5MSyk

AIs, simulations, and embarrassing moments!- h4 full 991 Mon, 13 Apr 2026 21:32:23 +0000 xhnGUeleptvIegyKnI0GENnO3JgpQBhI comedy,religion & spirituality,society & culture,news,government The Dave Glover Show comedy,religion & spirituality,society & culture,news,government AIs, simulations, and embarrassing moments!- h4 The Dave Glover Show has been driving St. Louis home for over 20 years. Unafraid to discuss virtually any topic, you'll hear Dave and crew's unique perspective on current events, news and politics, and anything and everything in between. © 2025 Audacy, Inc. Comedy Religion & Spirituality Society & Culture News Government False https://player.amperwavepodcasting.com?feed-l

This week on the pod, Dr. Esther Wright (@enwright.bsky.social), a lecturer at the University of Cardiff, speaks about her work on Rockstar Games, the way they represent American history, and what we can learn from the stories they tell about America and themselves. Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

- Intel Tesla Terafab - Intel Google CPU IPU - Fujitsu U. Osaka early-FTQC - Caltech data sample streaming for quantum computing in AI - UALink 1.0 Specs vs NVLink [audio mp3="https://orionx.net/wp-content/uploads/2026/04/HPCNB_20260413.mp3"][/audio] The post HPC News Bytes – 20260413 appeared first on OrionX.net.

This week on the pod, Brooks Barber (rollplusfun@bsky.social) drops by to discuss his new venture, Hawk & Dove. He's starting a new historical games publishing business, moving his family to the Netherlands, and still designing games! https://www.hawkanddovegames.com/Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

In this episode, I share a list of the simulations I use in my training classes to teach Lean and Six Sigma methods and techniques. To see the entire list, go to https://greenbeltcertification.com/lean-six-sigma-training-simulations/If you'd like to attend the Green Belt with Copilot Part 2 webinar, I had to reschedule to April 13th. I'll go through ANOVA, DOE, Regression and other hypothesis tests using Copilot. You can still register at ⁠⁠https://www.leansixsigmaecosystem.com/c/webinars/green-belt-refresher-using-copilot-part-2⁠⁠Learn more about BPIVisit ⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.leansixsigmaecosystem.com/⁠⁠⁠⁠⁠⁠⁠⁠⁠ to access free courses and templates, or upgrade for premium content and coaching programsVisit ⁠⁠⁠⁠https://www.biz-pi.com⁠⁠⁠⁠ to learn more about me and my consulting firmVisit ⁠⁠https://greenbeltcertification.com⁠⁠ to learn how to get Lean, Green Belt or Black Belt training and certification for you or your organization

- Nvidia invests $2bn in Marvell - NVLink Fusion - Why big companies invest in small ones - Andrew Ng on anti-AI activism - 32, 16, 8, TurboQuant at 3.5 bits... do I hear 1? - PrismML's Bonsai-8B 1-bit LLM [audio mp3="https://orionx.net/wp-content/uploads/2026/04/HPCNB_20260406.mp3"][/audio] The post HPC News Bytes – 20260406 appeared first on OrionX.net.

When the house is on fire, you don't want to be reading the manual for the first time. On this episode of Trending in Education, Mike Palmer sits down with Jeff Hunt, the founder of Legend Labs and a professor at the University of Texas, to discuss the high-stakes world of crisis communication in higher education . Jeff brings a unique perspective shaped by 18 years at a global firm and a career spent managing issues across the world, from Seoul to London . His deep dive into higher education began with the reputational recovery of Penn State after the Jerry Sandusky crisis, a "trial by fire" that revealed how techniques from global world crises could be adapted to the university setting . In an era of hyper-connectivity and a "nanosecond news cycle," Jeff argues that the old ways of managing a narrative are gone . He breaks down his book, Brand Under Fire, and a new playbook centered on five core principles: Authenticity, Transparency, Speed, Agility, and Creativity . We explore how leaders can move from a reactive stance to a "culture of readiness" . Jeff explains the mechanics of modern crisis prep, including "issues heat maps" to track percolating risks like labor strikes or political protests and high-intensity simulations that use AI to recreate the pressure of a breaking news story . Beyond the technicalities, this conversation touches on the human element of leadership. Jeff shares why university presidents must sometimes step out of their administrative roles to communicate with the empathy of a parent, especially during campus tragedies . Using a "cockpit analogy" regarding flight delays, he illustrates how proactive, honest communication can build loyalty even when the news is bad . Finally, Jeff discusses his work in the classroom, where he brings the "boardroom into the classroom" to help students navigate an AI-reshaped landscape and combat the "chilling effect" on open dialogue . If you found this episode helpful, please like, follow, and share it wherever you get your podcasts to help us keep these critical conversations going.

This week on the pod, Danielle Reynolds (@tokengaymer.bsky.social) stops by to discuss her game design career, her current work at Relatable, and her dedication to paying it forward. Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

-Arm enters the chip business with Arm AGI CPU - Is AI inference increasing the CPU:GPU ratio? - Google's TurboQuant algorithm - Data center energy efficiency - Bringing back a 2,000-year-old cement battery - India's chip industry - TSMC's 2nm capacity crunch - $20B for a TeraFab ? [audio mp3="https://orionx.net/wp-content/uploads/2026/03/HPCNB_20260330.mp3"][/audio]   The post HPC News Bytes – 20260330 appeared first on OrionX.net.

This week on the pod, Taylor Shuss drops by to discuss his new game, Walkable City, which is all about urban planning. We also catch upon his historical designs and talk about design in general! https://www.kickstarter.com/projects/fowers/walkable-city-the-urban-planning-boardgameCheck out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

How does ligand binding at the extracellular pocket of a GPCR reshape signaling on the intracellular side?Biased agonism is often measured through pathway activation assays, but the structural origin of ligand bias remains difficult to trace. Can molecular simulations reveal the communication routes that link ligand binding to G protein or arrestin signaling?In this conversation, computational biologist Anita Niveda explores how molecular dynamics and network analysis can map allosteric communication within GPCRs—revealing how microscopic structural pathways relate to macroscopic signaling outcomes. From discovering bioinformatics as an undergraduate to developing computational methods for quantifying ligand bias, the discussion moves through the scientific thinking behind modeling receptor signaling, collaborations between academia and industry, and how computational tools are becoming predictive instruments in drug discovery.Key Topics in This EpisodeHow molecular dynamics simulations reveal communication pathways connecting ligand binding sites to G protein or arrestin interfacesWhy mapping allosteric communication networks helps explain biased agonism in GPCR signalingWhat computational strategies can quantify ligand bias directly from receptor structuresHow receptor subtype selectivity emerges from subtle structural and dynamic differences in binding pocketsWhy academic–industry collaborations can accelerate method development in receptor pharmacologyWhat career decisions shape the path from computational biology training to drug discovery rolesTimestamps0:00 A structural question behind ligand bias1:30 Introduction and scientific background3:40 Discovering bioinformatics and computational biology7:30 First encounters with GPCR structural biology9:40 Finding and choosing a postdoctoral lab16:40 Entering GPCR research and allosteric communication18:20 Quantifying ligand bias using simulations20:00 Mapping signaling pathways through receptor residues23:30 Academic–industry collaboration with Boehringer Ingelheim27:00 Moving from academia to industry research35:00 Interviewing and transitioning into biotech45:00 Aha moments in computational GPCR research50:00 The diversity of GPCR families and signaling biologyKeywords: GPCR podcast, GPCR signaling, biased agonism, drug discovery, receptor pharmacology

This week on the pod, Joe Dewhurst discusses his upcoming game, The Pure Land, as well as his continued work as a game developer and COIN solo mode expert. Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

Shadi Torbey, designer of the legendary Oniverse series, talks solo game design, running his own company, and being an opera singer. https://inpatience.com/Check out The Blue Way: https://www.backerkit.com/call_to_action/790bcea3-7482-4f7c-91cf-dc12da16cfeb/landing?ref=home-pageBeyond Solitaire is proudly sponsored by Central Michigan University's Center for Learning Through Games and Simulations, where learning can be both playful and compelling. Check them out here: https://www.cmich.edu/academics/colleges/liberal-arts-social-sciences/centers-institutes/center-for-learning-through-games-and-simulationsCheck out CMU's game offerings here: https://cmichpress.com/shop/All episodes of my podcast are available here: https://beyondsolitaire.buzzsprout.comEnjoy my work? Consider supporting me on Patreon at https://www.patreon.com/beyondsolitaire or getting me a "coffee" on Ko-fi! https://ko-fi.com/beyondsolitaireContact Me: Email: beyondsolitaire at gmail.comTwitter: @beyondsolitaireInstagram: @beyondsolitaireFacebook: www.facebook.com/beyondsolitaireWebsite: www.beyondsolitaire.net

### Segment 4 Headline: Artificial Intelligence Goes to War: The Role of Anthropic's Claude AI Summary: The discussion focuses on the integration of AIin military targeting simulations and the public dispute between the administration and AI developer Anthropic during wartime. Guest: Professor Richard Epstein Number: 4 (4)

SEG 13 Artificial Intelligence Joins the Battlefront in Iran Experts debate the ethical and strategic implications of using Claude AI for targeting and simulations in the Iran conflict, highlighting concerns over accountability and command. (5)MAY 1953

I've interviewed hundreds of experts and now lead Engagement Strategy (EU) at TOG. If you want help applying this, start here: professorgame.com/chat Can a leader truly be effective without ever presenting a single slide? Clark Aldrich returns to the show to dismantle the "expert-led" model of management and education. He introduces Socratic Cards: a physical tool designed to replace passive consumption with active, high-stakes inquiry. By shifting the responsibility of learning from the teacher to the learner, Clark explains how organizations can transition from "easily replaceable employees" to "heroic tribes" that thrive on peer mentorship and meaningful challenges. Clark Aldrich is a past guest (episode 94 and 127) and is the award-winning creator/author/founder of Short Sims, Unschooling Rules, The Complete Guide to Simulations and Serious Games, and Gartner's eLearning coverage. Aldrich's sims and games have been covered extensively, including by The New York Times, ABC, CBS, NPR, ESPN, and CNN. Rob Alvarez is Head of Engagement Strategy, Europe at The Octalysis Group (TOG), a leading gamification and behavioral design consultancy. A globally recognized gamification strategist and TEDx speaker, he founded and hosts Professor Game, the #1 gamification podcast, and has interviewed hundreds of global experts. He designs evidence-based engagement systems that drive motivation, loyalty, and results, and teaches LEGO® SERIOUS PLAY® and gamification at top institutions including IE Business School, EFMD, and EBS University across Europe, the Americas, and Asia.   Guest Links and Info Website: socraticcards.com LinkedIn: Clark Aldrich   Lets's do stuff together! Let's chat about your gamification project YouTube LinkedIn Instagram Facebook Start Your Community on Skool for Free Ask a question

Neale returns from skiing with legs intact, and now he's off to Bangladesh for his next expedition. Meanwhile, Kev is building his moat ever deeper around Castle Malmesbury, and plugins that will change your creative life have become his adventure: clever stuff, as he explains on the show. Also on the show, questions about presets and recipes for Fujifilm camera systems, a nod to Bob (ChatGPT) and how it can help you build your own recipes and film simulations. We try to work out why Aftershoot culling doesn't always perform as well as we might wish/expect for some genres and shoots, is the X Half worth the RRP, the best way or kit to record audio on your creative travels, street photography dos and don'ts, and what kit do the boys use for shooting video; Fujifilm or other? Email the show with your questions: click@fujicast.co.uk  For links go to the showpage. If you'd like to travel to far-off places with a camera: https://www.thejourneybeyond.uk/

As supply chain technology accelerates, the ability to translate operational knowledge into scalable systems is becoming a defining advantage for both companies and early-career talent. In this episode of Supply Chain Now's Now Generation series, Scott W. Luton sits down with Ryan Goodwin, Sr. Director of Supply Chain Technology & Innovation at Trinity Industries and an adjunct professor at Texas Christian University, alongside Titus Fagan, TCU Student Body Vice President and a third-year accounting major with a minor in energy business.Ryan shares how his team is integrating planning, MRP, and financial data into platforms that enable faster automation and application-building, often with the help of AI and “vibe coding,” where non-traditional builders can create real tools without a formal software background. Titus brings the student lens, explaining why practitioner-led teaching changes the classroom experience, how simulation-based learning builds cross-functional thinking, and why early responsibility and collaboration are top priorities when evaluating future employers.Together, they explore how AI can lower barriers to entry, accelerate skill development, and reduce manual work while also raising bigger questions about infrastructure, power demand, and the bottlenecks that can slow even the most innovative systems. From freight reporting automation to energy transmission constraints, this conversation connects the dots between learning, leadership, and the fast-evolving reality of global supply chains.Jump into the conversation:(00:00) Intro(00:37) The Now Generation and why TCU stands out(02:23) Introducing Ryan and Titus(04:20) Titus' weather forecasting hobby(06:28) Ryan's board game community(09:13) Ryan's work at Trinity Industries(11:32) AI, platforms, and “vibe coding”(20:00) Bottlenecks and infrastructure strain(27:34) A discussion on nuclear power(28:21) Modernizing the accounting path(30:25) Cross-functional collaboration matters(33:30) What Titus wants from employers(38:14) Learning through simulation games(40:37) Why professors keep evolving(42:49) TCU's teacher-scholar approach(46:53) Trade shows and career exposureAdditional Links & Resources:Connect with Ryan Goodwin: https://www.linkedin.com/in/ryancgoodwin/Connect with Titus Fagan: https://www.linkedin.com/in/titus-fagan-77b547291Learn more about Trinity Industries: https://www.trin.net/Learn more about TCU's Neeley School of Business: https://www.neeley.tcu.edu/Learn more about WISE by The University of Arkansas:

Jack Burnham reveals that Chinese academics have been granted easy access to Energy Department supercomputing resources used in nuclear weapon simulations. The discussion highlights alarming security lapses allowing potential adversaries to benefit from sensitive American technology with direct military applications and strategic implications.1957, OPERATION PLUMBBOB

Learn more about TrainerRoad AI: https://www.trainerroad.com/blog/introducing-trainerroad-ai/Learn more about the updated AI FTP Detection: https://www.trainerroad.com/blog/why-is-ai-ftp-detecting-an-ftp-change/// SHARE AND RATE THE PODCAST!iTunes: ⁠https://trainerroad.cc/apple2⁠ Spotify: ⁠https://trainerroad.cc/spotify2⁠Google Podcasts: ⁠https://trainerroad.cc/google⁠// TOPICS COVERED(00:00:00) Welcome & Why TrainerRoad AI Is a Major Update(00:02:00) How TrainerRoad AI Has Evolved Over Time(00:04:00) Why TrainerRoad AI Isn't Just a Chatbot or LLM(00:06:30) How TrainerRoad AI Simulates and Selects Workouts(00:10:30) How TrainerRoad AI Replaces Static Training Plans(00:15:00) How TrainerRoad AI Reduces Failed Workouts and Burnout(00:20:40) How TrainerRoad AI Adjusts for Fatigue and Big Rides(00:32:00) Why Most AI Training Tools Don't Validate Workouts(00:36:10) TrainerRoad AI Training Forecasts and Simulations(00:49:40) TrainerRoad AI Workout Alternatives Explained(01:03:20) Why Long Rides Can Undermine Progress(01:17:20) Conservative vs Aggressive Training in TrainerRoad AI(01:37:30) How TrainerRoad AI Changes How Athletes Get FasterIn this episode, Nate and Coach Jonathan explain all the details behind TrainerRoad AI, the biggest evolution yet in TrainerRoad's training system, walking through how the new AI-driven approach goes far beyond static plans to dynamically simulate, predict, and personalize every workout on your calendar. They explain how years of performance data, workout feedback, power and heart rate, and progression history now power a system that actively chooses the right workout for the day, reduces burnout, cuts down workouts that are too hard or too easy, and helps athletes recover faster from missed sessions or failures. The conversation dives into how simulations work behind the scenes, why long rides and “hidden fatigue” can quietly sabotage progress, and how features like AI Predicted Difficulty, AI Training Simulation, Dynamic Duration, and Training Approach sliders give athletes confidence that every session is worth their time. The result is training that feels consistently “just right,” adapts to real life, and helps athletes get faster with less wasted effort and fewer mistakes along the way.// RESOURCES MENTIONED- Sign up for TrainerRoad! ⁠https://trainerroad.cc/GetFaster⁠- Follow TrainerRoad on Instagram

What's the true color of the sun? Neil deGrasse Tyson and comic co-host Chuck Nice discuss things you thought you knew about the color of the Sun, the sound of weather, and why friction is our friend. NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/things-you-thought-you-knew-the-color-of-the-sun/Thanks to our Patrons Jorge Aguirre, C&C Angeli, Len Brandis, Alan Parker, Aaron Ivey, AA-ron or just "AI", MD Bartlett, Nox, Nicholas Crayford, Adam Collins, Deep Patel, RAHIM THERIOT, Dan Abrams, Dan Thomas, Tig, Gloria Michelle Shirley, Mike Horvath, Daniel Brannon, Tonieh Ellis, Camila Von Malice, Kat, Nickolas Madeo, Marcus Phelps, Daniela Eneva, AndyF, Paul Purington, Paul, Mark Fowler, Thomas Freridge, Corey Ferrell, Mo O, Jacob Johnson, Matt Newcomb, Vladimir Antonovich, Steffen Sommers, Joan Morrissey, yared ts, Danielle Seitz, Edmond Fondahn, Blythe Lucas, Richard Adam, Bryant McFayden, Nayah Sci Fi, Lissett Lamboy, John Lujan, Marie Mckenna, Kaustav Chakravarthy, Hannah Bradley, Joshua Jones, EVA, Gail Knapp, Gavin Dunagan, Decoy, Athena Ozanich, Dakota Barron, William Gibson, Eleanor Dewitt, Tru Shadow, MorningSong, Matt Delashaw, Angela Woods, Eric Gorohoff, Zakary Tackett, Carmen Fragapane, Kristián Žuffa, Michael Dunsavage, Mark Bradshaw, Kelsey Harkness-Jones, Mark Rose, Brent, Mohammed Hamdy, Baz, Andrew Stevens, Rachel Jacobsen, Rick Dawson, Tibor Szabo, Raven Knight, McMarklar, Chris Cummings, FromLongIsland, Wendy Parsons, Denise Asmus, Brad, JimPP, Lauren Cooper, Juan Jove, Brent Bailey, Watts Wire Extension Cords, Graham, sean aley, NotAnotherMike, Robert Currier, Steve Vanspall, Alex Nuss, Thomas PASCAL, Antonín Karásek, Mikayla Trousdale, MC, 22 Simulations, Kasey Marsland, and Stevie for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.