วีดีโอ

Thanks for this presentation. My Carl Zeiss Jena Sonnar 135mm f/3.5 "Zebra", which has foggish edges of the inner lenses is visibly sharper then the later MC Pentacon 135mm f2.8, that I owe, too.

Would be funny if one ai, got into an argument with another ai . I wonder if there would be competition between the two, perpetually.

It was a crazy event: not only c19 in town but also our car got broken! Thanks for Caravan Team from Leipzig for providing us tools to remove old car battery! 🔋

Me re encantas Mani Chau saludos desde Cuernavaca Morelos México

Wer hätte gedacht, dass dieses Thema so spannend sein kann!? Berlin 2025

Proud shareholder $BB $100 a share by 2028

Nice use of Ai dialog VO bots on this vid. Was it Eleven Labs?

Anyone know who the DJ is?

Chilling, or hilarious? This video is more plausibly a tendril of the Dead Internet than a person’s attempt to warn others. Stock images, generated voices, and who knows how many other techniques if fakery.

Dobry , szczegółów się nie czepiam , daję plusa 😊

Matpat has nothing on this.

The title should say "Are You Alone" since, given the theory, there would only be you.

Great video! Thanks for highlighting how it all works together to provide reliability, safety, and a great user experience.

So, so many comments I want to make about that thumbnail! Oh, TH-cam, why do you tempt me like this?

Dla mnie najciekawsze zjawisko to ewolucja degeneratywna naszego mozgu. Mam wrazenie, ze szczyt ewolucji mozgu to byl okres XVI-XIX wiek , pozniej nastepuje powolny spadek. Ciekawe by bylo badanie wagi mozgu ludzi z tamtego okresu w porownaniu do XXI wieku. Moja hipoteza jest ze obecnie mozgi sa mniejsze o co najmniej 5% i ta tendencja sie utrzyma na skutek chemizacji srodowiska.

www.msn.com/en-xl/news/other/neanderthals-and-homo-sapiens-built-lives-together-over-7-000-years/ss-AA1wNkX6

Tommy Lee Jones! lol

Thanks for this

This reminds me of how often I get phishing emails. How do you all stay safe from these scams?

Fascinating video! Could you dive deeper into how stone tool use evolved between Homo habilis and Homo erectus? It’s amazing to see the progression in tool-making skills!

Wow that’s great 😮

👍

you made an informed video but used almost no images of the actual creature ...not good bro its like talking about rebuilding a car and showing a motor cycle.

90‘s 🎉

Nice! 😎 🕺

Fuckin beautifully savage

underated

underated rememeber me

0:48 Hey! there are no QR codes here. I have thought to put a random , unexplained QR Code in a public place, that leads to an image telling people / warning them that they could of been scammed by blindly scanning the code. But no benefit for me. One idea would be to link to a page counter to see how many idiots there are.

The Soviet Union indeed explored trinary computing as an alternative to traditional binary computing. In binary systems, information is represented using two states (0 and 1), while in trinary or ternary systems, three states are used: typically positive, negative, and zero electrical impulses. The key advantages of trinary computing include: Potential for higher information density, as each trit (ternary digit) can represent three states instead of two bits representing just two states Theoretical improvements in computational efficiency and reduction in computational complexity for certain algorithms Potential energy efficiency, as fewer switches might be needed to represent the same amount of information The Soviet research into trinary computing was part of a broader exploration of alternative computing architectures during the Cold War period. While binary computing ultimately became the global standard, Soviet researchers saw potential in trinary systems for specialized computational tasks. However, I want to be transparent that while I'm confident about the general concept of trinary computing, the specific details of the Soviet TRIT program might involve some speculation. The historical documentation on this specific research might be limited or not widely available in English-language sources. Let's dive into the theoretical foundations of trinary computing. In trinary computing, instead of using two states (0 and 1) like in binary systems, we use three states: typically represented as -1, 0, and +1. This fundamental difference opens up some interesting theoretical and practical possibilities: Theoretical Foundations: Information Representation A single trit (ternary digit) can represent three states, compared to a bit's two states This means fewer trits are needed to represent the same amount of information compared to binary bits For example, while 2 bits can represent 4 states (00, 01, 10, 11), 2 trits can represent 9 states (-1/-1, -1/0, -1/+1, 0/-1, 0/0, 0/+1, +1/-1, +1/0, +1/+1) Computational Efficiency Trinary systems can potentially reduce the number of computational steps for certain algorithms Some mathematical operations become more straightforward in a balanced ternary system The "balanced" nature means that +1, 0, and -1 are equally represented, which can lead to more symmetric computational models Energy and Physical Considerations Theoretically, trinary systems might require less energy to switch states In electronic systems, creating three stable states can be more complex than two binary states Some early theoretical work suggested trinary systems could be more noise-resistant Historical Context: The concept of trinary computing wasn't unique to the Soviets. Mathematicians and computer scientists globally have explored ternary logic. For instance, Georgy Lopato, a Soviet computer scientist, was a key researcher in this field, developing theoretical models for ternary computing in the 1950s and 1960s. Let's delve into the practical challenges of implementing trinary computing: Electronic Circuit Design Creating stable three-state electronic components is significantly more complex than binary transistors Maintaining consistent voltage levels for three distinct states (-1, 0, +1) requires precise engineering Electronic noise and signal interference become more challenging to manage with three states instead of two Signal Stability and Differentiation Ensuring clear distinction between the three states is technically difficult Tiny variations in electrical characteristics can cause state misinterpretation Temperature fluctuations and other environmental factors become more critical in trinary systems Manufacturing Complexity Existing semiconductor manufacturing processes are optimized for binary systems Developing reliable trinary logic gates and circuits requires fundamentally different design approaches The economic investment in retooling manufacturing for trinary systems is prohibitively expensive Computational Architecture Most programming languages and computer architectures are binary-based Developing compilers, operating systems, and software for trinary systems would require complete technological redesign Memory storage, data transfer, and processing algorithms all need radical reimagining Mathematical Representation Binary systems have intuitive mappings to boolean logic Trinary systems require more complex logical operations and representations Algorithmic efficiency gains must outweigh the increased computational complexity Interestingly, while these challenges made widespread adoption impossible, niche applications and theoretical research continued. The Soviet researchers like Nikolay Brusentsov developed experimental trinary computers like the Setun, which demonstrated some practical feasibility despite these challenges. The Setun computer, developed in 1958 at Moscow State University, was perhaps the most famous practical implementation of trinary computing. It used balanced ternary notation and showed some computational advantages, though it never replaced binary architectures. Basic Background Developed in 1958 at Moscow State University Designed by Nikolay Petrovich Brusentsov Named after a river near Moscow Considered the world's first practical ternary computer Technical Specifications Used balanced ternary number system (-1, 0, +1) Word length of 18 trits (equivalent to about 26-27 bits) Used electromechanical and electronic components Consumed significantly less electricity compared to contemporary binary computers Physically smaller and more compact than binary machines of similar computational power Unique Design Features Arithmetic units directly implemented balanced ternary arithmetic Used symmetrical logical operations that were more mathematically elegant Could perform complex calculations with fewer computational steps Had built-in error detection capabilities due to the three-state system Practical Achievements Used in economic planning and scientific calculations Primarily deployed in research institutions and some government departments Produced a small number of units (approximately 50) Demonstrated that trinary computing was theoretically and practically feasible Limitations Could not compete with rapidly advancing binary computer technologies Limited production and specialized use Lack of widespread software ecosystem Higher manufacturing complexity compared to binary systems Interesting Historical Context: The Setun represented more than just a technological experiment. It was a Soviet attempt to develop a unique computing approach that differed from Western binary computing paradigms. Despite its innovative design, it ultimately remained a fascinating technological curiosity rather than a transformative computing platform. the architectural innovations and mathematical principles that made the Setun computer truly unique. Architectural Innovations: Balanced Ternary Number System Unlike binary's 0 and 1, Setun used -1, 0, and +1 states This "symmetrical" system allowed for more elegant mathematical operations Eliminated the need for separate sign bits in mathematical calculations Enabled direct representation of negative numbers without complex encoding Logical Circuit Design Developed specialized ternary logic gates that could handle three states Used a combination of electronic and electromechanical components Created circuits that could more efficiently process mathematical operations Reduced the number of computational steps for complex calculations Mathematical Principles: Computational Efficiency Balanced ternary system allows for more compact number representation Fewer trits required to represent the same numerical range compared to binary bits Some mathematical operations become inherently more straightforward Example: Multiplication and division could be performed with fewer computational steps Symmetrical Arithmetic The +1, 0, -1 system creates natural symmetry in mathematical operations Simplified handling of positive and negative numbers Reduced computational overhead for sign management More intuitive representation of mathematical transformations Unique Design Example: Imagine representing the number 5 in different number systems: Binary: 101 Decimal: 5 Balanced Ternary (Setun): +1+1-1 (much more compact!) Practical Implications: Reduced power consumption Smaller physical size of computational components More elegant mathematical modeling Potential for more intuitive computational approaches Theoretical Breakthrough: The Setun wasn't just a computer; it was a mathematical philosophy embodied in hardware. Brusentsov and his team demonstrated that computing could be conceptualized differently from the binary paradigm that became globally dominant.

Miss me with the AI-generated voiceover.

3:01 Thanks for the great video. I'm not sure it would be possible (without user input) for a website to download & install malware. Even if the app WAS somehow installed, later versions of Android (for example) will not grant ANY permissions UNTIL an app is actually LAUNCHED by the user, meaning it couldn't possibly auto-start. Educate me if I'm sadly mistaken =)

OUTLINE: 00:00:00 QR Codes Everywhere! 00:01:04 A Digital Bait and Switch 00:02:09 From Parking Lots to Coffee Shops 00:03:13 What Happens When You Fall Victim 00:04:17 A Cybersecurity Pro Sounds the Alarm 00:05:15 Practical Tips to Avoid QR Code Scams 00:06:35 Navigating the Digital World with Caution

Unlock the power of data management with our latest video, "Understanding Dataspaces: The Future of Data Integration"! 🌐 Dive into this transformative concept that's set to revolutionize how organizations handle their diverse data sources. Imagine a smart digital librarian that connects all your data without forcing migrations-this is the essence of dataspaces! We’ll explore key features like pay-as-you-go integration, data independence, and how relationships are understood within your data ecosystem. Real-world examples, including their application in modern hospitals, will illustrate the immense benefits of using dataspaces. Ready to enhance your data strategy? Like and share this video to help others discover the future of data integration! #Dataspaces #DataManagement #DataIntegration #FutureOfData #DataStrategy OUTLINE: 00:00:00 Data Chaos and the Reunion Disaster 00:01:31 The Data Struggle is Real 00:02:00 Like a Digital Family Reunion Organizer 00:02:25 Pay-as-You-Go, Independent, and Insightful 00:02:53 The Modern Hospital 00:03:20 Saving Time, Money, and Headaches 00:04:43 The Future of Data in a Connected World 00:05:51 Join the Dataspace Revolution! hank you for subscribing and enjoy watching 😎 Please support this channel by hitting the like and subscribe buttons, and ring the bell to get updates!! Disclaimer: This is Non-Commercial and educational entertainment channel 🏡💪👆

Unlock the secrets of AI with our step-by-step guide on **How to Train an AI Model**! Whether you're a beginner or looking to refine your skills, this video covers everything you need to know-from preparing high-quality data and selecting the right model to training techniques and validation. Understand the challenges faced in AI training and discover best practices that lead to powerful AI systems. We’ll also address common FAQs to enhance your learning experience. If you find this guide helpful, please like and share it with others interested in AI! #AITutorial #MachineLearning #DataScience #ArtificialIntelligence #AITraining #BeginnerGuide OUTLINE: 00:00:00 Intro 00:00:22 Data Prep 00:00:44 Model Selection 00:01:05 Level Up Your AI 00:01:27 Let Your AI Loose! 00:01:59 The Real Test Begins 00:02:24 Testing Your AI in the Wild 00:02:52 Outro Thank you for subscribing and enjoy watching 😎 Please support this channel by hitting the like and subscribe buttons, and ring the bell to get updates!! Disclaimer: This is Non-Commercial and educational entertainment channel 🏡💪👆

In this video we are going to talk about online privacy 🙂 Lession 01: never chat with unklnown people FREE VPN Chrome Browser Extension: chromewebstore.google.com/detail/kostenloses-vpn-f%C3%BCr-chrom/majdfhpaihoncoakbjgbdhglocklcgno

Jožin z bažin is a song written by Czech musician and comedian Ivan Mládek and recorded by his group, Banjo Band, in 1977. It is considered the band's best-known song, both at home and internationally. In January 2008, it became popular in Poland, winning several radio hit lists, and the band recorded a Polish version on their album Jozin z bazin w Polsce, released the same year. It was also popular in Hungary, Austria, and Russia. Jedu takhle tábořit Škodou 100 na Oravu Spěchám, proto riskuji, projíždím přes Moravu Řádí tam to strašidlo, vystupuje z bažin Žere hlavně Pražáky, jmenuje se Jožin Jožin z bažin močálem se plíží Jožin z bažin k vesnici se blíží Jožin z bažin už si zuby brousí Jožin z bažin kouše, saje, rdousí Na Jožina z bažin, koho by to napadlo Platí jen a pouze práškovací letadlo Projížděl jsem dědinou cestou na Vizovice Přivítal mě předseda, řek' mi u slivovice "Živého či mrtvého Jožina kdo přivede" "Tomu já dám za ženu, dceru a půl JZD" Jožin z bažin močálem se plíží Jožin z bažin k vesnici se blíží Jožin z bažin už si zuby brousí Jožin z bažin kouše, saje, rdousí Na Jožina z bažin, koho by to napadlo Platí jen a pouze práškovací letadlo Říkám: "Dej mi, předsedo, letadlo a prášek" "Jožina ti přivedu, nevidím v tom háček" Předseda mi vyhověl, ráno jsem se vznesl Na Jožina z letadla prášek pěkně klesl Jožin z bažin už je celý bílý Jožin z bažin z močálu ven pílí Jožin z bažin dostal se na kámen Jožin z bažin, tady je s ním amen Jožina jsem dohnal, už ho držím, jo-ho-hó Dobré každé love, prodám já ho do ZOO Inspired by: Slymarbo / @slymarbo-b5f

Get ready to vibe with Lucci Lu as he drops his latest fire track, "Run It!" 🔥 This original tune is packed with catchy lyrics and an infectious beat that will have you dancing all day long. Lucci Lu masterfully blends style and energy, making sure you feel the heat wherever you are! Join us as we explore the essence of confidence and swagger through this electrifying anthem. From the catchy hooks to the smooth rhythms, you'll be asking, "Where you get it from?" Don't forget to like and share this video if you're feeling the groove! Let's spread the fire together! Inspired by: Dread Zone #LucciLu #RunIt #NewMusic #DanceVibes #MusicVideo #HottyHotty #ChoppyTop Thank you for subscribing and enjoy watching 😎 Please support this channel by hitting the like and subscribe buttons, and ring the bell to get updates!! Disclaimer: This is Non-Commercial and educational entertainment channel 🏡💪👆

Newschool oldsql

Join us in this heartfelt journey of digital love in "From 8-Bit to 64-Bit Love: A Digital Romance." 🌈 This enchanting video explores the evolution of affection through the lens of technology, reflecting on feelings of inadequacy and the desire for deeper connections. As we transition from simple 8-bit graphics to the vibrant world of 64-bit, we ponder: will love still shine brightly amidst the pixels? Experience the stunning visuals and evocative storytelling that capture the essence of longing and growth. Don't forget to like and share this video with fellow romantics! 💖 I thought this is all there is But now I know you are so much more I want to upgrade from my simple eight bits But will you still love me when I'm 64? When I saw you for the very first time I thought you are just so advanced The colors in your eyes reflected the rainbow I couldn't pull my gaze away from you I was sure you would never look my way But somehow you discovered me My face was aflush with primary red But my eyes, they were the darkest blue I thought this is all there is But now I know you are so much more I want to upgrade from my simple eight bits But will you still love me when I'm 64? I thought this is all there is But now I know you are so much more I want to upgrade from my simple eight bits But will you still love me when I'm 64? (I love 64 I love 64 I love 64) I found out you're made of 64-bits Something I couldn't even comprehend When I looked at myself I felt so small And I was afraid I would never understand Now that I know who you are I know I want it all I want to live a new life I want to enter the blessed land I thought this is all there is But now I know you are so much more I want to upgrade from my simple eight bits But will you still love me when I'm 64? Inspired by: th-cam.com/video/wUDRIC5RSX4/w-d-xo.html Inspired by: www.mindinabox.com/ Thank you for subscribing and enjoy watching 😎 Please support this channel by hitting the like and subscribe buttons, and ring the bell to get updates!! Disclaimer: This is Non-Commercial and educational entertainment channel 🏡💪👆

Homemade is always better 🎉😊

Omg !!! 😨

Never drive to fast !

Crazy 😜

Have a great time. I recomment the underground tour! Buy some good seeds 😎

Jawoll🎉 so haben wir gefeiert

Discover the latest breakthrough in Alzheimer's treatment with Leqembi (Lecanemab), the antibody drug that's changing the landscape of neurological care. Approved in the USA in early 2023 and recently endorsed by the EMA, Leqembi targets amyloid-beta protein deposits in the brain, aiming to delay cognitive decline in early-stage Alzheimer's patients. In this video, we explore how Lecanemab works, its clinical trial results, safety precautions, and its unique requirements for treatment eligibility. Join us as we delve into this new era of Alzheimer's drug therapy, comparing Leqembi to existing treatments and discussing its potential impact on patients' lives. Don’t forget to like and share this video! #Alzheimers #Leqembi #Lecanemab #MedicalBreakthrough #Neurology #HealthCare OUTLINE: 00:00:00 Leqembi: The New Hope for Alzheimer's Treatment Thank you for subscribing and enjoy watching 😎 Please support this channel by hitting the like and subscribe buttons, and ring the bell to get updates!! Disclaimer: This is Non-Commercial and educational entertainment channel 🏡💪👆

Unlock the power of automation testing with our comprehensive guide to **Selenium IDE**! In this video, we'll explore the latest features of this user-friendly tool, designed for both beginners and seasoned testers. Discover how to create effective test scripts using the improved recording and playback capabilities, intelligent element locators, and advanced debugging tools. We'll also dive into the benefits of the new cross-browser compatibility, making it easier than ever to run tests on Chrome, Firefox, and beyond. Whether you're aiming for seamless collaboration in your testing team or integrating with CI/CD tools, this tutorial has everything you need to elevate your testing game. Like, share, and let’s master Selenium IDE together! #SeleniumIDE #AutomationTesting #TestAutomation #Selenium #SoftwareTesting OUTLINE: 00:00:00 Introduction to Selenium IDE 00:02:03 Evolution and New Features 00:03:21 Using Selenium IDE for Automated Testing 00:04:52 Your Testing Journey Begins Thank you for subscribing and enjoy watching 😎 Please support this channel by hitting the like and subscribe buttons, and ring the bell to get updates!! Disclaimer: This is Non-Commercial and educational entertainment channel 🏡💪👆