Podcasts about Discrete

In this lecture, we review statistical fundamentals – such as the origins of the t-test, the meaning of type-I and type-II error (and alternative terminology for both, such as false positive rate and false negative rate) and the connection to statistical power (sensitivity). We review the Receiver Operating Characteristic (ROC) curve and give a qualitative description of where it gets its shape in a hypothesis test. We close with a validation example (from Lecture H) where we use a power analysis on a one-sample t-test to help justify whether we have gathered enough data to trust that a simulation model is a good match for reality when it has a similar mean output performance to the real system. Peppered throughout the lecture are also comments about why normality is required for t-tests, why there is a minimum expected count for chi-squared tests, and how to avoid statistical inference issues when making multiple comparisons.

At the start of this lecture, we review statistical topics and fitting techniques from Unit G (particularly Lecture G3, on goodness of fit). In particular, we review hypothesis testing fundamentals (type-I error, type-II error, statistical power, sensitivity, false positive rate, true negative rate, receiver operating characteristic, ROC, alpha, beta) and then go into examples of using Chi-squared and Kolmogorov–Smirnov tests for goodness of fit for arbitrary distributions. We also introduce Anderson–Darling (for flexibility and higher power) and Shapiro–Wilk (for high-powered normality testing). We then pivot to formally defining simulation verification, validation, and calibration and then introducing techniques that incorporate rigorous statistical tools into the validation and calibration process. We focus specifically on the use of the t-test (for confirming that populations of simulation data are consistent with the mean behaviors from the real systems they are meant to represent) and the power analysis (for understanding the conditions when a failure to detect a difference between simulation and real system allows for inferring that the simulation is sufficiently close to the real system).

In this lecture, we (nearly) finish our coverage of Input Modeling, where the focus of this lecture is on parameter estimation and assessing goodness of fit. We review input modeling in general and then briefly review fundamentals of hypothesis testing. We discuss type-I error, p-values, type-II error, effect sizes, and statistical power. We discuss the dangers of using p-values at very large sample sizes (where small p-values are not meaningful) and at very small sample sizes (where large p-values are not meaningful). We give some examples of this applied to best-of-7 sports tournaments and voting. We then discuss different shape parameters (including location, scale, and rate), and then introduce summary statistics (sample mean and sample variance) and maximum likelihood estimation (MLE), with an example for a point estimate of the rate of an exponential. We introduce the chi-squared (lower power) and Kolmogorov–Smirnov (KS, high power) tests for goodness of fit, but we will go into them in more detail at the start of the next lecture.

In this lecture, we continue discussing the choice of input models in stochastic simulation. Here, we pivot from talking about data collection to selection of the broad family of probabilistic distributions that may be a good fit for data. We start with an example where a histogram leads us to introduce additional input models into a flow chart. The rest of the lecture is about choosing models based on physical intuition and the shape of the sampled data (e.g., the shape of histograms). We close with a discussion of probability plots – Q-Q plots and P-P plots, as are used with "fat-pencil tests" – as a good tool for justifying the choice of a family for a certain data set. The next lecture will go over the actual estimation of the parameters for the chosen families and how to quantitatively assess goodness of fit.

In this lecture, we introduce the detailed process of input modeling. Input models are probabilistic models that introduce variation in simulation models of systems. Those input models must be chosen to match statistical distributions in data. Over this unit, we cover collection of data for this process, choice of probabilistic families to fit to these data, and then optimized parameter choice within those families and evaluation of fit with goodness of fit. In this lecture, we discuss issues related to data collection.

During this lecture, we review the topics covered up to this point in the course as preparation for the upcoming midterm exam. Students are encouraged to bring their own questions to class so that we can focus on the topics that students feel like they need the most help with.

In this lecture, we review pseudo-random number generation and then introduce random-variate generation by way of inverse-transform sampling. In particular, we start with a review of the two most important properties of a pseudo-random number generator (PRNG), uniformity and independence, and discuss statistically rigorous methods for testing for these two properties. For uniformity, we focus on a Chi-square/Chi-squared test for larger numbers of samples and a Kolmogorov–Smirnov (KS) test for smaller numbers of samples. For independence, we discuss autocorrelation tests and runs test, and then we demonstrate a runs above-and-below-the-mean test. We then shift to discussing inverse-transform sampling for continuous random variates and discrete random variates and how the resulting random-variate generators might be implemented in a tool like Rockwell Automation's Arena.

In this lecture, we first cover some discrete distributions (and the Poisson process) that we ran out of time for during the previous lecture. We then launch into a discussion of how to generate pseudo-random numbers distributed uniformly between 0 and 1 (which are necessary for us to easily generate random variates of any distribution). We talk about the two most important properties of a pseudo-random number generator (PRNG), uniformity and independence. We then talk about desirable properties. Some examples are given of some early PRNG's, and then we introduce the linear congruential generator (LCG) and its variants (like the Combined Linear Congruential Generator, CLCG), which represent a much more modern PRNG that has a number of good properties. We close with a discussion of tests of uniformity. We will continue this discussion and add on tests for independence during next lecture (which will primarily cover random-VARIATE generation).

In this lecture, we review basic probability fundamentals (measure spaces, probability measures, random variables, probability density functions, probability mass functions, cumulative distribution functions, moments, mean/expected value/center of mass, standard deviation, variance), and then we start to build a vocabulary of different probabilistic models that are used in different modeling contexts. These include uniform, triangular, normal, exponential, Erlang-k, Weibull, and Poisson variables. We will finish the discussing next time with the Bernoulli-based discrete variables and Poisson processes.

In this lecture, we introduce the measure-theoretic concept of a random variable (which is neither random nor a variable) and related terms, such as outcomes, events, probability measures, moments, means, etc. Throughout the lecture, we use the metaphor of probability as mass (and thus probability density as mass density, and a mean as a center of mass). This allows us to discuss the "statistical leverage" of outliers in a distribution (i.e., although they happen infrequently, they still have the ability to shift the mean significantly, as in physical leverage). This sets us up to talk about random processes and particular random variables in the next lecture.

This lecture provides some historical background and motivation for System Dynamics Modeling (SDM) and Agent-Based Modeling (ABM), two other simulation modeling approaches that contrast with Discrete Event System (DES) simulation.In particular, in this lecture, we briefly introduce System Dynamics Modeling (SDM) and Agent-Based/Individual-Based Modeling (ABM/IBM) as the two ends of the simulation modeling spectrum (from low resolution to high resolution). The introduction of ABM describes applications in life sciences, social sciences, and engineering (Multi-Agent Systems, MAS)/operations research. NetLogo is introduced, and it is used to present examples of running ABM's as well as the code behind them. This lecture is also be coupled with notes discussing the Lab 3 (Monte Carlo simulation) results and general experience. These comments focus on interval estimation (which is right 95% of the time, as opposed to point estimation that is right 0% of the time) and the role of non-trivial distributions of random variables (as opposed to just their means).

This lecture covers content related to implementing simulations with spreadsheets and the motivations for the use of special-purpose Discrete Event System Simulation tools. In particular, we discuss different approaches to implementing Discrete Event System (DES) simulations (DESS) with simple spreadsheets (e.g., Microsoft Excel, Google Sheets, Apple Numbers, etc.). We cover inventory management problems (such as the newsvendor model) as well as Monte Carlo sampling and stochastic activity networks (SAN's). Although we show that spreadsheets can be very powerful for this kind of work, we highlight that this approach is cumbersome for systems with increasing complexity. So this motivates why we would use more sophisticated tools specifically built for simulation (but perhaps not so great for data analysis by themselves), like Arena, FlexSim, Simio, and NetLogo.

“Discreet” 和 “discrete” 这两个单词虽然具有完全不同的含义，拼法却十分接近，读音更是完全相同。那么我们该如何区分它们呢？在口语交流中，我们可以根据谈话的上下文和场景来辨别对方想要使用哪个单词；而在阅读和书写时，我们则需要注意区分这两个单词的拼写方式，避免在使用中混淆它们。听节目，跟主持人 Georgie 和步理一起学习单词 “discreet” 和 “discrete” 的用法。

In this lecture, we close out our review of DES fundamentals and hand simulation. After going through a hand-simulation example one last time, we show how to implement a Discrete Event System (DES) simulation using a spreadsheet tool like Microsoft Excel without any "macros" (VBA, etc.). This involves defining relationships ACROSS TIME that allow the spreadsheet to (in a declarative fashion) reconstruct the trajectory that is the output of the simulation.At the end of the lecture, we pivot to discussing the previous "Lab 2 (Muffin Oven Simulation)", which lets us introduce common random numbers (CRNs), statistical blocking, requirements of 2-sample and paired t-tests, and more sophisticated statistical methods that better characterize PRACTICAL significance (and take into account the multiple comparisons problem). Thus, the post-lab2 reflections are largely a preview of future topics in the course.

In this lecture, we review fundamentals of Discrete Event System (DES) simulation (e.g., entities, resources, activities, processes, delays, attributes) and we run through a number of DES modeling examples. These examples show how different research/operations questions can lead to different choices of entities/resources/etc. We close with a hand-simulation example of a single-channel, single-server queue with provided interarrival times and service times.

In this lecture, we cover fundamentals of discrete-event system (DES) simulation (DESS). This involves reviewing basic simulation concepts (entities, resources, attributes, events, activities, delays) and introducing the event-scheduling world view, which provides a causality framework on which an automatic simulation of a DES system can be built. We also discuss briefly how the stochastic modeling inherent to DESS means that outputs will be variable and thus will require rigorous statistics to make sense of.

In this lecture, we introduce the three different simulation methodologies (agent-based modeling, system dynamics modeling, and discrete event system simulation) and then focus on how stochastic modeling is used within discrete-event system simulation. In particular, we define terms such as system, dynamic system, state, state variable, activity, delay, resource, entity, and the notion of "input modeling."

Send us a textIn this episode, the Inorganic Ventures team continues their overview of SEAL-compatible Discrete Analyzer Reagents—this time focusing on four essential nutrient and anion methods: chloride, sulfate, phosphate, and ammonia.Ashley Jones and Liv Forbes break down the key reactions behind each method, including:The iron thiocyanate reaction for chlorideTurbidimetric analysis of sulfate via barium sulfate formationThe molybdenum blue reaction for phosphateA safer variant of the Berthelot reaction for ammoniaThey also share storage tips, instrument compatibility notes, and how to adapt these reagents for non-SEAL platforms.

In this lecture, we introduce Industrial and Systems Engineering as a blend of science and engineering that necessitates model building. We then define model (as something that answers a "What If" question) and different types of models. This gives us an opportunity to discuss how modeling is less about describing reality and more about generating tools to do useful things/make useful predictions. We end with a comparison of mental and quantitative models, as well as a comparison of different types of quantitative models (including simulation modeling).

This lecture introduces students to IEE 475 (Simulating Stochastic Systems), a required course for Industrial Engineering majors that covers the design and analysis of simulation models of real-world engineered systems. The lecture covers contents of the syllabus as well as where students can find more information in the Canvas Learning Management System site for the course.

Send us a textIn this episode, the team dives into colorimetric methods for silica and nitrate analysis using SEAL Discrete Analyzer Reagents developed by Inorganic Ventures. Ashley Jones and Liv Forbes walk through the chemistries behind the molybdate silica method, cadmium coil nitrate reduction, and hydrazine-based nitrate reduction—along with practical maintenance tips for keeping your reduction efficiency in check.They also discuss how to adapt these reagents for non-SEAL instruments, important considerations like pH and matrix matching, and which IV standards pair best with each method.

Send us a textSelecting an ERP system for discrete manufacturing can be complex due to frequent overlaps with other production modes like Make-to-Order, Make-to-Stock, or Engineer-to-Order. Many manufacturers operate hybrid models—for example, a machine builder that also manages chemical adhesives—where discrete processes dominate but some process-oriented functions are necessary. This list highlights ERP solutions that excel primarily in discrete manufacturing, even if they offer limited process capabilities. Understanding the precise structure of your operations is essential to determine whether you need comprehensive process support or just enough to complement your core discrete workflows effectively.In this episode, our host Sam Gupta discusses the top 10 discrete manufacturing ERP systems in 2025. He also discusses several variables that influence the rankings of these discrete manufacturing ERP systems. Finally, he shares the pros and cons of each discrete manufacturing ERP system.Background Soundtrack: Away From You – Mauro SommFor more information on growth strategies for SMBs using ERP and digital transformation, visit our community at wbs. rocks or elevatiq.com. To ensure that you never miss an episode of the WBS podcast, subscribe on your favorite podcasting platform. 

Tim Maudlin is Professor of Philosophy at NYU and Founder and Director of the John Bell Institute for the Foundations of Physics. This is Tim's eighth appearance on the show. His second to  last appeared on episode 246 for a masterclass on Albert Einstein's theory of general relativity, explaining it from the ground up and elucidating some common misconceptions. In this episode Tim returns for a discussion of the philosophy of time. More particularly, Tim and Robinson discuss black holes, fundamentality, simultaneity, time's flow, rate, and limits, connections to physics, time travel, and more. If you're interested in the foundations of physics, then please check out the JBI, which is devoted to providing a home for research and education in this important area. Any donations are immensely helpful at this early stage in the institute's life.Tim's Website: www.tim-maudlin.siteThe John Bell Institute: https://www.johnbellinstitute.orgOUTLINE00:00:00 Introduction00:01:01 “What Is” Questions00:06:09 Everyday Misconceptions About Simultaneity00:15:12 The Relativity of Duration00:20:19 Is Time Fundamental?00:28:55 Does Time Exist at Quantum Scales?00:40:19 Is Quantum Mechanics Complete?00:50:16 What Is Time-Reversal Invariance?01:01:01 Parity Violations01:11:46 What Is Metaphysics?01:22:16 Does Time Have A Rate of Passage?01:25:02 Does Time Flow?01:27:04 What Does Time Really Measure?01:29:15 Is There a Limit to How Accurately Clocks Can Measure Time?01:33:06 Is Time Continuous or Discrete?01:36:36 On Zeno's Paradoxes of Motion01:44:08 Is Time Discrete?01:51:14 Did Time Have a Beginning?02:02:41 Stephen Hawking on Time02:05:39 David Albert's Past Hypothesis02:14:13 The Debate Between Presentism and Eternalism02:23:16 Lee Smolin's Black Hole Theory02:24:46 A Shortcoming of the Standard Model02:26:05 Arrival Time and Time of Flight02:34:51 Arrival Time Experiments and Bell's Inequality02:46:07 The Black Hole Information Paradox02:56:27 Is Time Travel Back to the Dinosaurs Possible?02:58:34 A Rant on Aliens03:03:35 The John Bell Institute for the Foundations of PhysicsRobinson's Website: http://robinsonerhardt.comRobinson Erhardt researches symbolic logic and the foundations of mathematics at Stanford University, where is also a student in the Law School.

Send us a textIn this episode, the team answers three timely tech support questions from the lab. First, we cover palladium stability in nitric acid and what to watch for when mixing it with elements like silver or antimony. Then, we walk through a quick, effective digestion method for zeolites, developed by Dr. Paul Gaines and featured in our elemental analysis guide. Finally, we share an update on our new discrete analyzer reagents — developed in partnership with Seal Analytical — and how they can be used with other instrument brands.Want to learn more about our ready-to-use reagents? Check out the method chemistry one-sheets on our website or contact our team for help finding the right solution for your analyzer. Learn more.

The Martin Garrix Show #559Mix 11. Lesgo - Rhythm [AETERNA RECORDS]2. OKAYVAL - Reposado [TH3RD BRAIN]3. Sara Parker - My Love Is Deep (Eats Everything Rebeef) [TOOLROOM]4. Andryx, Adam Griffin - All I Need [PERFECT HAVOC]5. Wade - I Was Made For Lovin' You [CRITERIO MUSIC]6. Qobra - By My Side feat. James French [146 RECORDS]7. Eleganto feat. Silver Nova - Body And Mind [STMPD RCRDS]8. Discrete & Alex Newell - Out Of Sight [146 RECORDS]9. Chris Lorenzo - Appetite [CATCH & RELEASE]Mix 210. ATTICUS - Vibe [FORCE OF HABIT]11. Biscuits - Crush [WARNER]12. ESSEL - Legacy [TOOLROOM]13. Unfazed - A Gira (David Guetta Remix) [SPINNIN DEEP]14. Axwell feat. CARMA - Until The Lights Go Out [AXTONE]15. Oliver Heldens & Julia Church - Ruins [SONY]16. Moksi - Never Come Down feat. AK RENNY [CONFESSION]17. Martin Garrix & Breathe Carolina - Something [TOMORROWLAND MUSIC/STMPD RCRDS]18. DubVision & Sick Individuals - Endless Dreamers [STMPD RCRDS]A weekly selection of tracks that I love to listen to at home or play out at a party. New episodes uploaded weekly

Follow me: Facebook: fb.me/xabionly Twitter: twitter.com/xabionly Youtube: youtube.com/xabionly Mixcloud: mixcloud.com/xabionly Instagram: instagram.com/xabionly TRACKLIST: https://1001.tl/2dx039b9 Spotify playlist: https://open.spotify.com/playlist/4STV7DPVgwI4ntvi1sQvjh?si=CU6lCNZcRkKiZytdXaI5TQ TRACKLIST: 01. Fideles - Unawela [THREE SIX ZERO] 02. Eximinds & Eldream & Aniølkü - Together [INTERPLAY] 03. Mia Mendi & SYONA - Shelter [SPECIES] 04. Mesto & Vluarr - All Night [STMPD] 05. Stone Van Brooken - Insomnia [ERRORR] 06. Calvin Harris & Clementine Douglas - Blessings [COLUMBIA] 07. TELYKAST & LORYN - The Good Part [STMPD] 08. Just_us - Flashback [STMPD] 09. Anyma & SCRIPT - In My Mind [THE END OF GENESYS] [TRACK OF THE WEEK] 10. Maesic, Marshall Jefferson & Salomé Das - Life Is Simple (Move Your Body) (SCRIPT Remix) [HELIX] 11. Hayden James & ARCO - We Could Be Love (Mark Hoffen & Rivo Remix) [FUTURE CLASSIC] 12. Rem SIman - Bang [DAYS LIKE NIGHTS] 13. TH;EN - My Head [SPECTRUM] 14. DELATO - In Your Mind [LOGICALLY DELICIOUS] 15. Rose Motion & GTULLY ft. Jamie Rose - About You [GEMSTONE] 16. Galoski & Felipe Zona - Emotion [SOCIAL MEDIA VOTE WINNER] 17. Robin Aristo - Chromatic [BOUNCE & BASS] 18. Armin van Buuren & Seth Hills ft. Alessia Labate - Gimme The Love [ARMIND] [RELEASE OF THE WEEK] 19. Kristian Llov & CAMPS - System Malfunction [HYPERSIA] 20. Molothav - Love In Acid [KURAI] 21. The Lost Shepherds - Poing [REVEALED] 22. Molothav - Acid Storm [KURAI] [PROMO OF THE WEEK] 23. Retrika & Alex Mueller & AV & Noah Seven - Being Alone [INTERPLAY UNITY] 24. Mesto & Vluarr - Gemini [STMPD] 25. Morgan Page & Will Sparks - The Longest Road Ahead [ARMADA] 26. Discrete & Alex Newell - Out Of Sight [146 RECORDS] 27. Axwell ft. CARMA - Until The Lights Go Out [AXTONE]

Make it Louder! Episode 555 of Make Some Music radio show with your host - Ruslan Radriges ♪ New track with Annie Sollange "Desert Heart" ► interplayrec.band.link/itp382 ♪ Discover this episode: ► band.link/msm555 Also new music by Ruslan Radriges in playlist. Subscribe: ► soundcloud.com/ruslanradriges/sets/rrmusic Follow Ruslan Radriges: ♦Instagram ► instagram.com/ruslanradriges ♦Spotify ► spoti.fi/2pRImzg ♦Facebook ► facebook.com/RuslanRadriges ♦YouTube ► youtube.com/c/DjProduserRuslanRadriges ♦VK ► vk.com/ruslanradriges ♦Apple ► music.apple.com/ru/artist/ruslan-radriges/541431482 ♦SoundCloud: ► @ruslanradriges ♦Yandex ► music.yandex.ru/artist/3961521 #RuslanRadriges #MSM555 TRACKLIST: Ruslan Radriges - Intro 01. Akille & Sarah Lynn - Champion [Audio Imprint] 02. RoelBeat & Terry Golden - Dance all Night 03. Costa & Hanna Finsen - More Than A Dream [RNM] 04. Ruslan Radriges & Annie Sollange - Desert Heart [Interplay] 05. Benassi Bros & Dhany - Hit My Heart (TR3NACRIA Remix) [Dvision] 06. Eximinds x Eldream x Aniolku - Together [Interplay] 07. Stone Van Brooken - Insomnia [Errorr] 08. SRNDE & KEL - Rinnina [Gekai] 09. Diego Antoine & Stilo Mancia - House N Love [HoTL] [PERFECT TUNE] 10. Alexander Popov & Huvagen - Fairytale [Interplay] 11. Alexander Popov & Chester Young - Faded [Interplay] 12. Plastik Funk x Chester Young x Hackatone - Digital Safari [Future House Music] 13. TryBetter - On My Mind [Forever Young] 14. Discrete & Alex Newell - Out Of Sight [146] 15. FAWZY x Faidin x Ayda - Nouray (Ayda Remix) [Narratology] [SOME LATELY FAVORITE] 16. A.R.D.I. - Silence In Your Eyes [Sub Mission] [MOMENT OF THE PAST] 17. Ruslan Radriges x Alexander Turok x WhiteLight - Unstoppable 18. DMNDS x 3rd Wall x CERES - Euphoria [Armada] 19. Marie Vaunt & Mha Iri - Out of Time [Kurai] Ruslan Radriges - Outro

Join Subatomic Tanvi as we delve into Erwin Schrödinger's groundbreaking paper, "Quantization as an Eigenvalue Problem." This episode breaks down the seemingly complex concept of eigenvalue problems and reveals how Schrödinger used this mathematical framework to fundamentally change our understanding of the quantum world. Discover how his work illuminated the principle of quantization, demonstrating that atomic properties, particularly energy levels of electrons, exist in discrete, specific values. Through exploring wave-particle duality and the power of the Schrödinger Equation, this episode highlights the profound impact of his research on the development of modern quantum physics and its ability to predict the behavior of atoms and molecules.

This week Raza is joined by Amit Jain, CEO and co-founder of Luma AI, to explore why the future of artificial intelligence lies beyond language. Amit shares Luma's bold mission to build world models through multimodal training and why video is the most overlooked and critical data source in AI today.Chapters:00:00 - Introduction03:40 - Competing with Big AI Labs: Language vs. Multimodality08:09 - Joint Training and Why Current Multimodal Models Fall Short11:01 - Language is Discrete, the World is Continuous14:36 - Do These Models Have World Models?18:18 - Planning, Counterfactuals, and Causal Reasoning in AI22:08 - Capabilities of Ray 2 and Real-World Use Cases26:14 - Rethinking Video Length and Creative Workflows29:18 - Solving Coherence Across Shots and Characters30:00 - When Will AI Create a Feature-Length Film?31:27 - What You Can Build with Luma's API Today35:49 - Overlooked Ideas and Noise in the AI Industry38:34 - Why Video is the Missing Link in AI

1: VIV CASTLE – Lovely Day2: YES BOONE - Modern Life (Extended Mix)3: BODY OCEAN - What Would It Profit (Extended)4: DISCRETE & NOTELLE - Sunrise (Extended)5: BEN NICKY & HIX FEAT. TORI SMITH - Sober (Extended Mix)6: THOMAS NEWSON, GUZ - Get Raw (Extended Mix)7: YER MAN - Juicy8: BOB SINCLAR - Cruel Summer (Club Mix) LISTENERS' CHOICE8:         Matt Darey - Beautiful (1999 Extended Mix) 10: JOHN SUMMIT - Focus (feat. CLOVES) [Extended Mix]11: TOM & COLLINS - Mambo (Extended Mix)12: BASILONE – Moving On13: HIGGO – Go Back TRIED & TESTED14: INTERPLANETARY CRIMINAL – Badman Control 15: JAGUAR – Wild!16: SURF MESA & JOHN ALTO - Holding On (Original Mix)17: NIKKO - SIDE2SIDE  GUEST SELECTION: MARK SIXMAPush - Universal Nation (Original Mix) [Bonzai Vinyl]Mark Sixma & VIVID feat. Noubya - Cyanide (Extended Mix) THE WARM UP SELECTION 18: DOUNIAH, MAKEZ – Fruits Of The Universe19: POWERS & PATERSON – Play Right20: FONZERELLI, ERAN HERSH, ANORRE – Moonlight Party21: MARATONE & NHATO - Guiga THE MAINSTAGE MIX  22: YURIE - What You Waiting For 23: QRION FEAT. JOSIE MAN - Hush My Heart (Spritzz Extended Mix)24: CHRISTIAN ROGERS – Party People25: MATTY RALPH - Paradise26: JON MANGAN - Vintage27: NIFRA - NRG28: 4MOTION & DARRELL MARTIN – Over 4 Me29: PRODIGY - Omen JJ Remix V4-2

Hakuro Matsuda さんをゲストに迎えて、iPhone 16e, MacBook Air, Mac Studio, インドなどについて話しました。 Show Notes Perplexity Pro iPhone 16e Apple C1 modem real-world iPhone 16e tests Update: Apple's C1 modem doesn't interfere with MagSafe on the iPhone 16e Apple officially delays its 'more personalized' version of Siri Apple introduces the new MacBook Air with the M4 chip and a sky blue color Here's how much faster the M3 Ultra's GPU is compared to M4 Max Rebuild: 331: Inspired By Yoshinoya (hak) otorola razr 50 ultra Clicks Keyboard case Introducing Alexa+, the next generation of Alexa Crossing the uncanny valley of conversational voice The next chapter: Moving from Skype to Microsoft Teams インディア・ペールエール Hario V60ドリップスケール TRMNL | E-ink dashboard to stay focused 関心領域 トワイライト・ウォリアーズ Steam：機動戦艦ガンドッグ 太陽系物語

What does walking with God involve? Proverbs 12:15–28 looks forward to the sermon in this week's midweek meeting. In these fourteen verses of Holy Scripture. the Holy Spirit teaches us that walking with God involves godly speech, and diligence, in the path that leads to eternal life.

Ewig durch Social Media scrollen und sich mit anderen vergleichen? Viele Menschen bemerken, dass sie erschreckend wenig Kontrolle darüber haben, wie viel Zeit sie auf Social Media verbringen. Leon und Atze besprechen, woran das liegt und ob Social Media so schlimm ist, wie immer behauptet wird. Außerdem geben sie Tipps, wie man das Smartphone wenigstens ab und zu mal zur Seite legen kann. Leon & Atze Start ins heutige Thema: 08:46 min. Instagram: https://www.instagram.com/leonwindscheid/ https://www.instagram.com/atzeschroeder_offiziell/ Mehr zu unseren Werbepartnern findet ihr hier: https://linktr.ee/betreutesfuehlen Buchempfehlung: Die Klavierspielerin von Elfriede Jelinek Zehn Gründe, warum du deinen Social Media Account sofort löschen musst von Jaron Lanier Empfehlung: https://www.instagram.com/buchantiquariat_willbrand/?hl=de Quellen in chronologischer Reihenfolge Spektrum der Wissenschaft. Lexikon der Neurowissenschaft: Dopamin. https://www.spektrum.de/lexikon/neurowissenschaft/dopamin/2959 Baskerville, T. A., & Douglas, A. J. (2010). Dopamine and oxytocin interactions underlying behaviors: potential contributions to behavioral disorders. CNS Neuroscience & Therapeutics, 16(3), e92-e123. https://doi.org/10.1111/j.1755-5949.2010.00154.x Wise, R. A. (2004). Dopamine, learning and motivation. Nature Reviews Neuroscience, 5(6), 483-494. https://doi.org/10.1038/nrn1406 Memorial Museum-estate of academician I. P. Pavlov. http://en.pavlovmuseum.ru/photos Sapolsky, R. M. (2017). Behave: the Biology of Humans at Our Best and Worst. Penguin Press. Fiorillo et al. (2003). Discrete coding of reward probability and uncertainty by dopamine neurons. Science.https://www.science.org/doi/abs/10.1126/science.1077349 Burkhard, P., & Rueegg, J. (2023) Warum wir den sozialen Netzwerken nicht widerstehen können. Neue Zürcher Zeitung. https://www.nzz.ch/technologie/warum-wir-den-sozialen-netzwerken-nicht-widerstehen-koennen-ld.1733551 Miltenberger, R. G. (2016). Behavior modification: Principles and procedures. Cengage Learning. Helle, M., & Helle, M. (2019). Psychotherapie: Von den Anfängen bis heute. Psychotherapie, 1-5. Kritik an Body Positivity: Körpergewicht: „Body Neutrality“ bevorzugt https://www.aerzteblatt.de/archiv/koerpergewicht-body-neutrality-bevorzugt-531249bd-9df5-47d2-ba93-3a59f1a1ef19 Haidt, J. (2024). The anxious generation: How the great rewiring of childhood is causing an epidemic of mental illness. Random House. Universität Würzburg. Generation Angst: Machen soziale Medien die Jugend psychisch krank? https://www.uni-wuerzburg.de/en/news-and-events/news/detail/news/generation-angst-thesenpapier/ Cunningham, S., Hudson, C. C., & Harkness, K. (2021). Social media and depression symptoms: a meta-analysis. Research on child and adolescent psychopathology, 49, 241-253. https://link.springer.com/article/10.1007/S10802-020-00715-7 Appel, M., Marker, C., & Gnambs, T. (2020). Are social media ruining our lives? A review of meta-analytic evidence. Review of General Psychology, 24(1), 60-74. https://journals.sagepub.com/doi/abs/10.1177/1089268019880891?journalCode=rgpa Marker, C., Gnambs, T., & Appel, M. (2018). Active on Facebook and failing at school? Meta-analytic findings on the relation- ship between online social networking activities and academic achievement. Educational Psychology Review, 30, 651-677. https://link.springer.com/article/10.1007/s10648-017-9430-6 Orben, A., & Przybylski, A. K. (2019). The association between adolescent well-being and digital technology use. Nature human behaviour, 3(2), 173-182. https://www.nature.com/articles/s41562-018-0506-1 Ivie, E. J., Pettitt, A., Moses, L. J., & Allen, N. B. (2020). A meta-analysis of the association between adolescent social media use and depressive symptoms. Journal of Affective Disorders, 275, 165-174. https://www.sciencedirect.com/science/article/abs/pii/S0165032720323727 Redaktion: Dr. Jan Rudloff Produktion: Murmel Productions

Professor Yoshua Bengio is a pioneer in deep learning and Turing Award winner. Bengio talks about AI safety, why goal-seeking “agentic” AIs might be dangerous, and his vision for building powerful AI tools without giving them agency. Topics include reward tampering risks, instrumental convergence, global AI governance, and how non-agent AIs could revolutionize science and medicine while reducing existential threats. Perfect for anyone curious about advanced AI risks and how to manage them responsibly. SPONSOR MESSAGES: *** CentML offers competitive pricing for GenAI model deployment, with flexible options to suit a wide range of models, from small to large-scale deployments. https://centml.ai/pricing/ Tufa AI Labs is a brand new research lab in Zurich started by Benjamin Crouzier focussed on o-series style reasoning and AGI. Are you interested in working on reasoning, or getting involved in their events? They are hosting an event in Zurich on January 9th with the ARChitects, join if you can. Goto https://tufalabs.ai/ *** Interviewer: Tim Scarfe Yoshua Bengio: https://x.com/Yoshua_Bengio https://scholar.google.com/citations?user=kukA0LcAAAAJ&hl=en https://yoshuabengio.org/ https://en.wikipedia.org/wiki/Yoshua_Bengio TOC: 1. AI Safety Fundamentals [00:00:00] 1.1 AI Safety Risks and International Cooperation [00:03:20] 1.2 Fundamental Principles vs Scaling in AI Development [00:11:25] 1.3 System 1/2 Thinking and AI Reasoning Capabilities [00:15:15] 1.4 Reward Tampering and AI Agency Risks [00:25:17] 1.5 Alignment Challenges and Instrumental Convergence 2. AI Architecture and Safety Design [00:33:10] 2.1 Instrumental Goals and AI Safety Fundamentals [00:35:02] 2.2 Separating Intelligence from Goals in AI Systems [00:40:40] 2.3 Non-Agent AI as Scientific Tools [00:44:25] 2.4 Oracle AI Systems and Mathematical Safety Frameworks 3. Global Governance and Security [00:49:50] 3.1 International AI Competition and Hardware Governance [00:51:58] 3.2 Military and Security Implications of AI Development [00:56:07] 3.3 Personal Evolution of AI Safety Perspectives [01:00:25] 3.4 AI Development Scaling and Global Governance Challenges [01:12:10] 3.5 AI Regulation and Corporate Oversight 4. Technical Innovations [01:23:00] 4.1 Evolution of Neural Architectures: From RNNs to Transformers [01:26:02] 4.2 GFlowNets and Symbolic Computation [01:30:47] 4.3 Neural Dynamics and Consciousness [01:34:38] 4.4 AI Creativity and Scientific Discovery SHOWNOTES (Transcript, references, best clips etc): https://www.dropbox.com/scl/fi/ajucigli8n90fbxv9h94x/BENGIO_SHOW.pdf?rlkey=38hi2m19sylnr8orb76b85wkw&dl=0 CORE REFS (full list in shownotes and pinned comment): [00:00:15] Bengio et al.: "AI Risk" Statement https://www.safe.ai/work/statement-on-ai-risk [00:23:10] Bengio on reward tampering & AI safety (Harvard Data Science Review) https://hdsr.mitpress.mit.edu/pub/w974bwb0 [00:40:45] Munk Debate on AI existential risk, featuring Bengio https://munkdebates.com/debates/artificial-intelligence [00:44:30] "Can a Bayesian Oracle Prevent Harm from an Agent?" (Bengio et al.) on oracle-to-agent safety https://arxiv.org/abs/2408.05284 [00:51:20] Bengio (2024) memo on hardware-based AI governance verification https://yoshuabengio.org/wp-content/uploads/2024/08/FlexHEG-Memo_August-2024.pdf [01:12:55] Bengio's involvement in EU AI Act code of practice https://digital-strategy.ec.europa.eu/en/news/meet-chairs-leading-development-first-general-purpose-ai-code-practice [01:27:05] Complexity-based compositionality theory (Elmoznino, Jiralerspong, Bengio, Lajoie) https://arxiv.org/abs/2410.14817 [01:29:00] GFlowNet Foundations (Bengio et al.) for probabilistic inference https://arxiv.org/pdf/2111.09266 [01:32:10] Discrete attractor states in neural systems (Nam, Elmoznino, Bengio, Lajoie) https://arxiv.org/pdf/2302.06403

SOL | Sleepbomb | Voidwards | Pseudodoxia | Until Death Overtakes Me | Plague Psalm Music On This Mixtape: SOL: "The alchemy of dying in dreams" taken from the album "We shall fall from the sky as burdens reborn" Sleepbomb: "Cemetery Song" taken from the album "The Sleeping Dead" Voidwards: "Bagulnik II" taken from the album "Bagulnik" Pseudodoxia: "IV : I G N I S" taken from the album "Se Solo Potessimo Cadere" Until Death Overtakes Me: "White Light" taken from the album "Diagenesis" Plague Psalm: "His Vial Upon the River Euphrates...And the Water thereof Was Dried Up" taken from the album "II: The Gifts of Wrath" Thanks for listening! I hope you enjoyed this as much as I enjoyed making it! Interviews, reviews, and more at www.dreamsofconsciousness.com

In this episode, Joe Zeccola joins Sharona and Bosley to discuss the interplay between discrete skills and more "holistic" skills, primarily in the discipline of writing. Utilizing some questions asked by Dr. Emily Pitts Donahoe in a recent blog post about Rhetorical Analysis, Joe, Sharona and Bosley explore the balance between assessing discrete individual skills and assessing more holistic processes and how that might play into the design of an alternatively graded course.LinksPlease note - any books linked here are likely Amazon Associates links. Clicking on them and purchasing through them helps support the show. Thanks for your support!Teaching Reading and Analysis with…Standards-Based Collaborative Grading? by Dr. Emily Pitts DonahoeTime for Meaning: Crafting Literate Lives in Middle & High School by Randy BomerReading/Writing Connection, The: Strategies for Teaching and Learning in the Secondary Classroom by Carol Booth OlsonThe Reading Apprenticeship frameworkPoint-Less: An English Teacher's Guide to More Meaningful GradingDeveloping Assessment-Capable Visible Learners, Grades K-12: Maximizing Skill, Will, and Thrill (Corwin Literacy) by Nancy Frey, John Hattie and Doug FisherResourcesThe Center for Grading Reform - seeking to advance education in the United States by supporting effective grading reform at all levels through conferences, educational workshops, professional development, research and scholarship, influencing public policy, and community building.The Grading Conference - an annual, online conference exploring Alternative Grading in Higher Education & K-12.Some great resources to educate yourself about Alternative Grading:The Grading for Growth BlogThe Grading ConferenceThe Intentional Academia BlogRecommended Books on Alternative Grading:Grading for Growth, by Robert Talbert and David Clark

Send us a textThe unique nature of discrete manufacturing necessitates specialized capabilities and approaches. Unlike process manufacturing, which is formula-driven, discrete manufacturing focuses on managing individual components and the quantity of finished units. This specificity can pose challenges, especially when integrating varied materials and components. Consequently, discrete manufacturers must consider a range of factors to optimize their operations, from precise inventory control to advanced production techniques, ensuring that each component fits seamlessly into the final product.In this episode, our host, Sam Gupta, discusses the top 10 discrete manufacturing ERP systems in 2024. He also discusses several variables that influence the rankings of discrete manufacturing ERP systems. Finally, he shares the pros and cons of each discrete manufacturing ERP Systems.For more information on growth strategies for SMBs using ERP and digital transformation, visit our community at wbs. rocks or elevatiq.com. To ensure that you never miss an episode of the WBS podcast, subscribe on your favorite podcasting platform. 

Fictional detectives are some of the most beloved characters in print and on-screen. It's easy to relate to someone with an overblown sense of justice and a need to set the world right (or as right as it can be). There are nosy neighbors like Nancy Drew and Miss Marple with no real credentials whatsoever and police detectives — Hello, Harry Bosch! Ta, Inspector Lynley! — with entire departments behind them. Relentless journalists, dogged medical examiners, resourceful bounty hunters (We see you, Stefanie Plum!), and, perhaps, the most endearing detectives of them all: private eyes. This show is all about the gumshoes who work outside the pesky laws of search warrants and chain of evidence. Who maybe toil in an office with a frosted glass door and a dame with moxie tapping away at a typewriter — or perhaps the dame with moxie is the detective. This installment celebrates independent investigators who distract and delight in their search for the truth. In this episode, we meet the world's first PI and first American lady detective, delve into Poe scholarship and the problem with his ‘The Murders in the Rue Morgue,' and discuss one of the kindest mystery authors. Then we recommend five books we love that put us in the thick of dangerous inquiries, including the escapades of a thoroughly modern detective agency, an urban mystery with a bookish PI, a British caper with an unforgettable hero, a how-to for wannabe detectives, and a noir-tinged fantasy novel about a reluctant sleuth. Here are the books about Detective Agencies we recommend on the show: The Verifiers by Jane Pek IQ by Joe Ide Odds Against by Dick Francis The Complete Idiot's Guide to Private Investigating by Steven Kerry Brown The Manual of Detection by Jedediah Berry For more on the books we recommend, plus the other cool stuff we talk about, visit show notes. Sign up for our free Substack to connect with us and other lovely readers who are curious about the world. Transcript of Detective Agency: Discrete Inquiries, Mysteries Solved Do you enjoy our show? Do you want be friends with other (lovely) people who love books and travel? Please support our work on Patreon! Strong Sense of Place is an audience-funded endeavor, and we need your support to continue making this show. Get all the info you need right here. Thank you! Parts of the Strong Sense of Place podcast are produced in udio. Some effects are provided by soundly. Learn more about your ad choices. Visit megaphone.fm/adchoices

What should we be talking about? Anything and everything! Bald cap threats, the inability to understand people, plucking thoughts from mid-air, abdominal cramps, lactose tolerance, dragons, long form rants, and living life unfiltered! Enjoy this week's episode!CHECK OUT OUR PARODY MUSIC VIDEO: https://youtu.be/Mwk1PCcBk-8?si=ApfMkqNV5cKYxHDJLeave us a voicemail at 702-900-6446, share your dirty secrets, stories, and questions/comments with us! Or email twndpodcast@gmail.com with an eye-catching subject line!Follow the podcast on our socialshttps://www.instagram.com/twndpodcast https://www.twitter.com/twndpodcast SUBSCRIBE to our YouTube: https://bit.ly/TWNDsubscribeJOIN US ON PATREON for ad-free, BTS, and more: https://bit.ly/TWNDpatreon Join our Members-Only YouTube: https://bit.ly/TWNDYTMolly's Links https://www.instagram.com/thisredheadissfw https://www.tiktok.com/@leavemollyaloneSPONSORSExperience the taboo-free community of Jerkmate. Sign up through our special link to help the pod and help yourself to an eyeful of delicious choices and exclusive shows! Try it out: bit.ly/jerkTWNDGet hydrated & STAY hydrated with the amazing taste of LiquidIV! Get 15% off when you use code TWND or this link: https://bit.ly/TWNDLIVBring pleasure right to your door in a beautiful box. Check out our friends at Honey Play Box for all your intimate needs: https://bit.ly/HoneyPlayTWNDSurprise your partner (or spoil yourself) with something very geeky to use in the bedroom! Geeky S*x Toys has everything to fulfill your fantasy from lightsabers (that feel like RIGHTsabers) to colorful tentacles! Use code TWND10 to save 10% at https://bit.ly/twnd10GEEKYCute ring lights, just like we use for the podcast! Use our link and help support this podcast! Shop Kawaii Lighting for all your RGB ring light needs: http://bit.ly/KawaiiTWNDQuinky fantasy-wear? Yes, please! Treat yourself or your partner to something from https://www.misterpierre.com and use code TWND to save on your purchase! Discrete storage for your portable aromatherapy needs: https://bit.ly/TWNDsmyleProduced

Dr. Emily Casanova is a professor of Neuroscience and Psychology at Loyola University in New Orleans who studies autism, human/neanderthal hybridization, and sundry soft tissue disorders that are often co-inherited with autism. Her research has shown that autism spectrum disorders are underpinned by a complex network of genetic interactions whose first emergence can be traced back to human/neanderthal interbreeding nearly 40,000 years ago. This suggests that, contrary to popular belief, the grounds for autism spectrum disorders long predate the first diagnoses made in the early 20th century. We talk about why it's so hard to come up with a genetic cause for autism, why “species” might not mean what we think it does, intricacies of embryogenesis, and why environmental causes are so hard to talk about. Sign up for our Patreon and get episodes early + join our weekly Patron Chat https://bit.ly/3lcAasB AND rock some Demystify Gear to spread the word: https://demystifysci.myspreadshop.com/ OR do your Amazon shopping through this link for Dr. Casanova's Book, Defining Autism: https://amzn.to/4d8sK30 (00:00) Go! (00:07:46) Is autism actually exploding? (00:16:15) Culture of autism? (00:26:10) Genetic linkage not so clear (00:31:51) Defining autism (00:47:39) Genetics v. cause (00:56:28) How much does genetics matter in autism? (01:04:00) Environmental arguments (01:13:33) Species don't really exist (01:26:29) Neaderthal roots of autism? (01:40:38) Continued human evolution (01:50:56) Making the world knowable as inherently valuable (02:08:36) AI applications in education #sciencepodcast, #longformpodcast, #AutismResearch, #NeurodiversityScience, #HumanEvolution, #NeanderthalDNA, #GeneticComplexity, #NeuroscienceInsights, #SpeciesBlending, #AutismOrigins, #EmbryologyTalks, #EnvironmentalFactors, #AutismSpectrum, #HumanNeandertalHybridization, #GeneticInteractions, Check our short-films channel, @DemystifySci: https://www.youtube.com/c/DemystifyingScience AND our material science investigations of atomics, @MaterialAtomics https://www.youtube.com/@MaterialAtomics Join our mailing list https://bit.ly/3v3kz2S PODCAST INFO: Anastasia completed her PhD studying bioelectricity at Columbia University. When not talking to brilliant people or making movies, she spends her time painting, reading, and guiding backcountry excursions. Shilo also did his PhD at Columbia studying the elastic properties of molecular water. When he's not in the film studio, he's exploring sound in music. They are both freelance professors at various universities. - Blog: http://DemystifySci.com/blog - RSS: https://anchor.fm/s/2be66934/podcast/rss - Donate: https://bit.ly/3wkPqaD - Swag: https://bit.ly/2PXdC2y SOCIAL: - Discord: https://discord.gg/MJzKT8CQub - Facebook: https://www.facebook.com/groups/DemystifySci - Instagram: https://www.instagram.com/DemystifySci/ - Twitter: https://twitter.com/DemystifySci MUSIC: -Shilo Delay: https://g.co/kgs/oty671

Our approach to Discrete Trial Teaching (DTT) today might look a lot different to what we did in the past, or how we were taught in school. In the past, DTT was heavy on memorization, and it often lacked a natural environment component. Here, we discuss the evolution of DTT, what's changed, and how we can apply it in our current work. We talk about the three-term contingency model of DTT and discuss some of the common misconceptions of the technique. We also discuss what a true child-led approach looks like and how to individualize DTT for both client and therapist.What's Inside:The evolution of DTT and how we use it todayCommon misconceptions about DTTHow to individualize DTT for clients and therapistsMentioned In This Episode:HowToABA.com/joinHow to ABA on YouTubeFind us on FacebookFollow us on InstagramThree Term Contingency Download

This week's topics: • Not collaboration songs from Drake & Future / Rick Ross • Women with tattoos • Playing sports with your spawn • Being proud of the youngsters in the family • Shxts'n'Gigs Podcast selling out the o2 arena • Beef between rappers and singers • Music artists sharing the same women • Discrete women • Acting at the start of a relationship • Women approaching men for relations • Men not asking follow up questions • Having strict boundaries on what you can talk about with someone • Proposed smoking ban • Trying to impose bans on humans • Speed limit limitations • Browser cookies • Nestle found to be putting unhealthy amounts of sugar in baby food in the products they sell • How clean is the water we drink • Alkaline water benefits • Healthy eating and how hard it is • #AITA for wanting to walk out on my good but unhygienic husband • #StavrosSays : Civil War Movie [https://www.youtube.com/watch?v=c2G18nIVpNE] • #StavrosSays : Oasis Water Ratings [https://www.live-oasis.com/search/bottled-water] Connect with us at & send your questions & comments to: #ESNpod so we can find your comments www.esnpodcast.com www.facebook.com/ESNpodcasts www.twitter.com/ESNpodcast www.instagram.com/ESNpodcast @esnpodcast on all other social media esnpodcast@gmail.com It's important to subscribe, rate and review us on your apple products. You can do that here... www.bit.ly/esnitunes

This week Be a Man, John Fiore, and Tonzo talk about going postal, Taking an exam to be a postman, Raised by mailmen, Modern postal workers, Drugs in the mail, Tipping your postman, The pony express, Love letters, Discrete packaging, Lost in the mail, Stealing mail, The postman rings twice, Losing your mind at work and some fan questions from the Be A Man Mailbag ALL BE A MAN LINKS: http://www.Link.me/bostonbeaman

Dombresky looks back on some of his favorite tracks from the year on a special year-end 2023 mix on #ProcessRadio! 01. Dombresky - Bless Me (with Discrete) 02. DENNIS FERRER - HEY HEY 03. Jorja Smith - Little Things (VITO (UK) EDIT) 04. DIMMISH - Faida 05. LF SYSTEM - Big Sax 06. DOMBRESKY - TOO SOON 07. HAYNES - Front & Back 08. Mochakk - Jealous 09. Jamie Jones - Lose My Mind 10. Ali Love, CamelPhat - Compute 11. MK & DOM DOLLA - RHYME DUST 12. Renato Cohen - Windy 13. K & K - Unity 14. Enzo - Smooth Operator 15. Mark Knight, Green Velvet, James Hurr - The Greatest Thing Alive 16. BLOND:ISH - Call My Name 17. BRIGHTER DAY x DOMPE HARD LIFE 18. Disco Dom - Be The One 19. Airwolf Paradise - Only Man Feat. Paul Johnson 20. Hot Since 82, Paige Cavell, Us Two - Never Enough 21. Dombresky - Lift Off 22. Solardo x Mandalo - Lemon and Lime

There are a lot of myths about discrete trial teaching, like when it is used and how it needs to be implemented. Discrete trial teaching is an evidence-based practice that allows a high level of repetition for students to practice a particular skill. They can be incredibly effective in helping students with autism learn new skills when they are used properly. But there are certain elements that need to be included in discrete trials to actually make it true discrete trial teaching.In this episode, I am breaking down the components that make up discrete trial teaching. We are looking at the evidence behind DTT, what discrete trial teaching actually is, what skills discrete trials are useful for, and what skills DTT is limited for. 01:54 - The history and research behind ABA and autism08:17 - What discrete trials are and why they are so effective10:52 - The importance of attending behavior in discrete trials12:38 - Why we need to use clear and concise directions during discrete trials17:31 - How prompting is used in DTT18:55 - The role of reinforcer and consequences21:36 - Some considerations in the ways you can provide discrete trial teachingShow Notes: http://autismclassroomresources.com/episode189Resources:Discrete Trials Kit: Beginning Learner Skills Discrete Trials Kit: Colors (Matching, Receptive, Expressive)20 Ways to Change Up How Students Respond in Discrete TrialsWhat are Prompts? 5 Main Types of Prompts in a Free InfographicDoes DTT Have to be 1-1? 3 Ways to Provide Discrete Trials in a GroupWhat is Applied Behavior Analysis or ABA?Join the Autism Classroom Resources' Free Resource Library Get more information about the Special Educator AcademyJoin the Free Facebook Group If you're enjoying this podcast, could you please take a quick moment to leave your review on Apple Podcasts? It would mean the world to me and will help spread the word to other special educators. ⭐️⭐️⭐️⭐️⭐️

YouTube link: https://youtu.be/NKOd8imBa2s Prof. Jonathan Oppenheim focuses on the stochastic coupling between quantum mechanics and gravity, offering alternative views to loop quantum gravity and string theory. - Patreon: https://patreon.com/curtjaimungal (early access to ad-free audio episodes!) - Crypto: https://tinyurl.com/cryptoTOE - PayPal: https://tinyurl.com/paypalTOE - Twitter: https://twitter.com/TOEwithCurt - Discord Invite: https://discord.com/invite/kBcnfNVwqs - iTunes: https://podcasts.apple.com/ca/podcast/better-left-unsaid-with-curt-jaimungal/id1521758802 - Pandora: https://pdora.co/33b9lfP - Spotify: https://open.spotify.com/show/4gL14b92xAErofYQA7bU4e - Subreddit r/TheoriesOfEverything: https://reddit.com/r/theoriesofeverything - TOE Merch: https://tinyurl.com/TOEmerch LINKS MENTIONED: - Podcast w/ Nicholas Gisin on TOE: https://youtu.be/jcHzgy0I6gk - Jonathan Oppenheim's Quanta video: https://www.youtube.com/watch?v=DkRbNXILroI - Chapel Hill Conference Documentary on Quantum Gravity (Curt Jaimungal): https://youtu.be/eBA3RUxkZdc - The Second Laws of Quantum Thermodynamics: https://arxiv.org/abs/1305.5278 - Podcast w/ Chiara Marletto on TOE: COMING SOON https://youtube.com/TheoriesOfEverything - Podcast with Lue Elizondo on TOE: https://youtu.be/wULw64ZL1Bg - Podcast with Edward Frankel on TOE: https://youtu.be/n_oPMcvHbAc - Podcast w/ Theo Von on TOE: https://youtu.be/1cziCepYeEM?t=4673 - Podcast w/ Joscha Bach on TOE: https://youtu.be/3MNBxfrmfmI - Podcast w/ Noam Chomsky on TOE: https://www.youtube.com/playlist?list=PLZ7ikzmc6zlORiRfcaQe8ZdxKxF-e2BCY - Podcast w/ Stephen Wolfram on TOE: https://youtu.be/1sXrRc3Bhrs - Every TOE Playlist: https://www.youtube.com/@TheoriesofEverything/playlists TIMESTAMPS: - 00:00:00 Introduction - 00:02:37 Integrating general relativity and quantum theory - 00:05:18 The nature of classical mechanics - 00:10:12 Discrete vs continuous space in physics - 00:13:32 Boundary of physics and philosophy - 00:18:44 Post-quantum theory of classical gravity - 00:20:00 Mongrel relativity - 00:24:00 The issue of causal structure in quantum theory of gravity - 00:27:18 Gravity and string theory - 00:34:26 Quantum-classical system coupling (Feynman's position) - 00:45:31 Quantum vs post-quantum noise - 00:58:08 Quantum thermodynamics and the multiple Second Laws - 01:03:35 No-go theorem and classical gravity - 01:06:09 Bohmian mechanics vs many-worlds - 01:08:07 Advice for quantum gravity researchers - 01:13:57 Independent study and learning - 01:15:35 Graviton entanglement testing - 01:20:05 The struggle of podcasting (Theories of Everything's journey) - 01:21:26 Future projects for TOE - 01:24:52 Gratitude for support Learn more about your ad choices. Visit megaphone.fm/adchoices

Be a part of the journey and allow Claptone to transport you to a place of sonic delights, with a mix designed to enchant outside of the club. Follow our golden masked friend and be the first to hear the new editions of the CLAPCAST tale... 01. Adam Port & Theus Mago featuring Martina Carmago - The Dream (Extended Mix) [Keinemusik]02. Francis Mercier, David Tort, Markem - Strangers (Do You Remember) feat. Ella Loponte & Yas Cepeda (Original Mix) [Musical Freedom]03. Kristin Velvet - Caravan (Original Mix) [Arms & Legs]04. Soulsearcher - Feelin' Love (DJ Fudge Extended Remix) [Soulfuric Deep]05. Dames Brown featuring Waajeed - Glory (Floorplan Extended Remix) [Defected]06. Yvvan Back - Get On The Floor (Extended Mix) [There Was Jack]07. Discrete, Dombresky - Bless Me (with Discrete) (Original Mix) [Insomniac]08. BLOND:ISH - Call My Name (Extended Mix) [Major Recordings]09. Ejeca - In & Out (Extended Mix) [Nothing Else Matters]10. Felix Leiter & Ango Tamarin - Gotta Let You Go ft. Dominica (Extended Mix) [Black Book]11. Perpetual Motion - Keep on Dancin' (Manston & Simms X Luv Foundation UK Extended Remix) [Altra Moda]12. The Chemical Brothers - Live Again (Extended Mix) [EMI]

Today we dive into the world of solopreneurship and how it can be transformed with the power of AI. Our guest Gabe Marusca, Founder and Strategist at Digital Finest, joins us as we talk about using AI on everything from task-based work to decision-making for your business.For more details head to our episode page.Join the conversation and ask Gabe any questions you have here!Time Stamps:[00:00:17] Daily AI news[00:04:19] Background on Gabe and his work[00:06:42] The impact AI has on a solopreneur[00:11:00] How AI changes decision making [00:14:01] Will AI-powered agencies become a reality?[00:16:33] How a solopreneur can leverage AI[00:21:10] AI tools that a solopreneur can useTopics Covered in This Episode:- Speaker's journey as a solopreneur and transition from freelancing to partnership- Differentiating solopreneurship from freelancing and emphasizing long-term vision- Exploring how AI technology impacts decision-making for solopreneurs- Comparing decision-making processes with and without AI technology- Recognizing the difficulty of predicting the future of technology- Speculation about potential negative effects of AI pricing changes- Balancing optimism and caution regarding AI's impact on jobs and society- Possibility of moving towards a universal income system- Acknowledging AI's impact on job replacement, particularly in marketing- Idea to use AI for automating podcasting processes- Importance of growing slowly and leveraging AI tools- Example of using AI for competitor research- Advantages of embracing AI for small businesses- Concerns about big companies automating tasks in web design and marketingKeywords:AI, business, solopreneurship, OpenAI, superintelligence, safeguards, Chinese computer researchers, CPU, Intel, US military, task completion, ChatGPT, website traffic, iOS app, Gabe Moruska, Digital Finance, freelancer, solar partnership, web design business, contractors, Discrete, video editing tool, freelancers, trading time for money, branding, podcast, AI movement, GPT, decision-making, solo entrepreneurs, full-time employee, hiring, technology, strategy, marketing tactics, human connection, client relationships, creative marketing agencies, brands, human interaction, future collaborations, third-party partners, automation. Get more out of ChatGPT by learning our PPP method in this live, interactive and free training! Sign up now: https://youreverydayai.com/ppp-registration/

Julian Carr is arguably the most interesting person in skiing. Between his gigantic airs that defy what is humanly possible, to his first of its kind in the US trail running events, The Cirque Series, to his Blake's Bronco project, which landed him a deal with Ford, Julian has made a habit of turning his passions into his life's work…both personally and professionally. In part 2 of the podcast, we discuss the details behind big air; the 210-footer in Engelberg, Parker Cook, asks the Inappropriate Questions. Julian Carr Part 2 Show Notes: 3:00:  Things his hair predicts, general big air questions, and BASE and skydiving. 15:00:  Fear, sponsor expectations, photo pricing, do you make money from photos, 22:00:  Rollerblade: They invented inline skating and make the best skates on the planet. Best Day Brewing:  All of the flavor of your favorite IPA or Kolsch, without the alcohol, the calories and sugar. Elan Skis:  Over 75 years of innovation that makes you better. 24:30:  Winning X Games Gold, current sponsors, the most he's made, not being greedy and that paying off, photo incentive/travel budget, and breaking up with brands. 32:00:  Icelantic, selling Discrete, and the 210 cliff in Engelberg    45:00:  High Cascade Snowboard Camp: The legendary snowboard camp Stanley:  Get 30% off site wide with the code pmovement Peter Glenn Ski and Sports:  Over 60 years of getting you out there.  48:00:  His haters, the pandemic impacts his Cirque Series, and Blake's Broncos  60:00:  Inappropriate Questions with Parker Cook  

Julian Carr is one of those people with that calm, cool, and collected demeanor, seemingly all the time. And that's exactly how Julian wants himself to be when he's sending the world record cliff drops that he's made a career out of. But Julian's story isn't what you would expect. On the podcast, we talk about his roof jumping club as a 7-year-old, getting into skiing in 8th grade, sports, fraternities, picking the brains of skiing legends, gigantic cliffs, and so much more. It's another do not miss episode, and Rachael Burks asks the Inappropriate Questions Julian Carr Show Notes: 3:00:  Random Julian things, Salt Lake City, gymnastics, and team sports 10:00:  Skateboarding, snowboarding, skiing, University of Utah, Sigma Chi, and slopestyle contests 20:0 0:  Rollerblade: They invented inline skating and make the best skates on the planet. Best Day Brewing:  All of the flavor of your favorite IPA or Kolsch, without the alcohol, the calories and sugar. Elan Skis:  Over 75 years of innovation that makes you better. 23:00:  Skiing with some absolute legends, picking their brains, shooting photos, building a website, acting, starting Discrete, his crazy busy life, and blowing up his femur 34:00:  High Cascade Snowboard Camp: The legendary snowboard camp Stanley:  Get 30% off site wide with the code pmovement Peter Glenn Ski and Sports:  Over 60 years of getting you out there. 37:00:  Wolverine Cirque in the summer, the story behind his first big cliff, unlocking the code in front of Jamie Pierre 49:00:  Warren Miller, Knee injury, crazy rehab, Billy Poole, US Nationals at Snowbird, and Air Jordan  75:00:  Inappropriate Questions with Rachael Burks