RRTV – PODCAST

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Ivan Petrovich was born on September 14 , 1849 in Ryazan in the family of a priest. Pavlov's paternal and maternal ancestors were clergymen of the Russian Orthodox Church. Father — Peter Dmitrievich Pavlov (1823-1899), mother — Varvara Ivanovna (nee Uspenskaya) (1826-1890).After graduating from the Ryazan Theological College in 1864, Pavlov entered the Ryazan Theological Seminary, which he later recalled with great warmth. In his final year at the seminary, he read a short book, "Reflexes of the Brain," by Professor Ivan Sechenov, which turned his whole life around. In 1870, he entered the Faculty of Law of St. Petersburg University (graduates of the seminary were limited in their choice of university specialties), but 17 days after admission he transferred to the Natural Sciences department of the Faculty of Physics and Mathematics, where he specialized in animal physiology under Ilya Tsion and Philip Ovsyannikov.Pavlov, as a follower of Sechenov's theory of nervism, was much involved in nervous regulation. Sechenov himself had to leave the academy, and later moved from St. Petersburg to Odessa, where he worked for some time at Novorossiysk University. Pavlov's favorite teacher, Ilya Faddeevich Tsion, a student of Karl Ludwig, took his chair at the Medical and Surgical Academy. Pavlov not only learned masterly surgical techniques from Tsion, but after receiving the title of candidate of Natural Sciences at the university, he was going to combine his higher medical education with work in Tsion's laboratory at the Moscow Art Academy. But at that moment, Zion left Russia. In 1875, Pavlov, thanks to his university education, immediately entered the 3rd year of the Medical and Surgical Academy (now the Military Medical Academy, VMA), at the same time (1876-1878) he worked in the physiological laboratory of another student of Karl Ludwig, Konstantin Ustymovich, at the Department of Physiology of the veterinary department of the Medical and Surgical Academy. On Ustimovich's recommendation, Pavlov went to Germany in the summer of 1877, where he worked under the guidance of digestive specialist Rudolf Heidenhain in Breslau (now Wroclaw, Poland)[10]. After completing the Academy course, in 1878, he worked under the guidance of one of his teachers, a student of Claude Bernard, Sergei Botkin, in the laboratory at his clinic at the Medical and Surgical Academy. According to Pavlov's memoirs, Sechenov's friend Botkin was an excellent physiologist himself, and Pavlov considered him one of his main teachers not only as a clinician, but also as a physiologist. "Sergei Petrovich Botkin,— said Ivan Pavlov, —was the best personification of the legitimate and fruitful union of medicine and physiology, those two kinds of human activity that are erecting the edifice of the science of the human body before our eyes and promise to provide man with his best happiness in the future — health and life." Due to his intensive scientific work, he defended his thesis only in 1879, after graduating from the academy. Under the leadership of Sergey Botkin, Pavlov and Stolnikov, a technique with an artificial circulatory system was developed to study the effects of cardiac drugs even before Starling's work and, therefore, perhaps for the first time in the world. After defending his dissertation on the nerves of the heart and interning with renowned physiologists in Germany, including Karl Ludwig himself, he became the head of this laboratory at the Botkin ClinicPavlov devoted more than 10 years to getting a fistula (opening) of the gastrointestinal tract. It was extremely difficult to perform such an operation, as the juice pouring out of the stomach digested the intestines and abdominal wall. Ivan Pavlov stitched the skin and mucous membrane, inserted metal tubes and closed them with stoppers so that there was no erosion, and he could receive pure digestive juice throughout the entire gastrointestinal tract - from the salivary gland to the large intestine, which he did on hundreds of experimental animals. He conducted experiments with imaginary feeding (cutting the esophagus so that food does not enter the stomach), thus making a number of discoveries in the field of gastric juice secretion reflexes. In 10 years, Pavlov has essentially reinvented the modern physiology of digestion. In 1903, 54-year-old Pavlov made a presentation at the XIV International Medical Congress in Madrid. In 1904, Ivan Petrovich Pavlov was awarded the Nobel Prize for his research on the functions of the main digestive glands — he became the first Russian Nobel laureate.In his Madrid report, written in Russian, Pavlov first formulated the principles of the physiology of higher nervous activity, to which he devoted the next 35 years of his life. Concepts such as reinforcement, unconditioned and conditioned reflexes (not quite successfully translated into English as "unconditioned" and "conditioned reflexes" instead of "conditional") have become the main concepts of behavioral science (see also classical conditioning).Russian Russian mentality In April—May 1918, Pavlov gave three lectures, which are usually combined under the general conditional title "On the mind in general, on the Russian mind in particular," which critically analyzed the peculiarities of the Russian mentality (first of all, the lack of intellectual discipline).It is known that during the years of the Civil War and war communism, Pavlov, suffering poverty and lack of funding for scientific research, refused the invitation of the Swedish Academy of Sciences to move to Sweden, where he was promised to create the most favorable conditions for life and scientific research, and in the vicinity of Stockholm it was planned to build, at Pavlov's request, such an institute as he wanted. Pavlov replied that he would not leave Russia.This was followed by a corresponding decree of the Soviet government signed by Vladimir Lenin , and an institute was built for Pavlov in Koltushi, near Leningrad, where he worked until 1936.In the 1920s, Pavlov maintained close relations with his student Gleb Vasilyevich von Anrep (1889-1955), who emigrated to Great Britain after the revolution. Pavlov corresponded with him and met several times at international congresses (in particular, in 1923 in Edinburgh, in 1929 in Boston and New Haven); Anrep helped him translate reports into English, and in 1927, Pavlov's book "Lectures on the work of the Cerebral Hemispheres" was published in Oxford. the brain"

Горячий оффер!

Запуск строительства Метавселенной для медицинской отрасли в Санкт-Петербурге!

Айти Чемпион приглашает к сотрудничеству:
Размещение в Метавселенной – цифровые представительства клиник, фармкомпаний и стартапов.
Конструктив и аренда – создаем виртуальные пространства под ваши задачи.
Инвестиционный пул на базе NFT Блокчейна TON – вкладывайтесь в будущее медицины!

Принимаем заявки! Успейте занять место в первом медицинском метамире!

#Метавселенная #Медицина #Блокчейн #NFT #TON #СанктПетербург #Инвестиции

NFT of the Planet: Pixel as a digital asset Project Concept The project allows you to register a pixel on the world map by linking it to a real place (city, street, house, apartment, business) as an NFT on the TON blockchain (The Open Network).

Each pixel becomes a unique digital asset that belongs only to you. May increase in price Transferred or sold as NFT is used to mark real estate, business, or personal possessions

How does it work? Location selection – find the desired location on the map (home, office, cafe, etc.).

Pixel registration – you pay 6 USDT for 1 pixel.

Receiving an NFT pixel is recorded in the TON blockchain and appears in your wallet.

Using – NFT is possible:

Store as a digital asset

Sell on the marketplace

Link it to your business (for example, as proof of ownership)

Why is it profitable? Rarity – the more people buy pixels, the more valuable early registrations become.

Investment – in the future, pixels may sell for more (like virtual earth in other metaverses).

Practical application – digital proof of ownership of a location.

Cost and launch of 1 pixel = 6 USDT (registration fee in the blockchain).

NFT is released on the TON network – fast and cheap transactions.

How do I get started? Register in a TON wallet (for example, Tonkeeper, Ton Wallet).

Select a location on the map to register

Pay 6 USDT per pixel.

Get NFT in your wallet!

The future belongs to digital assets – become the first pixel owner in your city!

(The project may evolve towards a metaverse with pixel trading, rent, and other features.)

Do you want to reserve a pixel? Write!

https://github.com/rrtv-podcast/DIGITAL-CONSORTIUM/wiki/NFT-planet

NFT как доля в бизнесе: модель партнёрства на блокчейне
1. Концепция
NFT (невзаимозаменяемые токены) могут использоваться не только как цифровые коллекционные предметы, но и как инструмент инвестирования в бизнес. В этой модели NFT выступает в роли доли в компании, давая владельцу право на:

Долю прибыли (роялти, дивиденды)
Голос в управлении (DAO-модель)
Эксклюзивные бонусы (скидки, доступ к продуктам)
Такой подход позволяет привлекать инвесторов через крипторынок, сохраняя прозрачность распределения доходов благодаря смарт-контрактам.

 
2. Примеры применения
2.1. Ресторанный бизнес (шеф Ивлев & RRTV Media Blockchain)
NFT "Золотая карта шефа" – даёт право на:

5% от чистой прибыли ресторана ежемесячно
VIP-доступ к закрытым ужинам
Участие в голосовании по новым блюдам
NFT "Инвестор кухни" – доля в франшизе:

1 NFT = 0,1% от прибыли сети ресторанов
Возможность продажи доли на вторичном рынке
2.2. Медиапроекты (RRTV Media Blockchain)
NFT "Продюсер контента" – владелец получает:

% от рекламных доходов шоу
Право предлагать темы для эфиров
Доход от перепродажи NFT
 
3. Техническая реализация
Блокчейн: Ethereum, Solana, TON (в зависимости от масштаба)
Смарт-контракт: Автоматические выплаты держателям NFT (например, через Chainlink Oracles)
Токенизация: Каждый NFT привязан к реальной доле в бизнесе (юридически через SAFT или аналог)
 
4. Преимущества для бизнеса
Привлечение инвестиций без кредитов
Лояльное комьюнити (держатели NFT заинтересованы в успехе)
Автоматизированные выплаты (меньше бухгалтерии)
Вторичный рынок (NFT можно продать, увеличивая ликвидность)

 
5. Риски и решения
Регуляторика: Нужна юридическая оболочка (токен как цифровая ценная бумага).
Волатильность крипторынка: Привязка выплат к стабильным активам (USDT, банковские переводы).
Мотивация держателей: Доп. бонусы помимо финансовой доли (мерч, эксклюзивный контент).
 
Вывод
NFT как доля в бизнесе – это новая форма краудфандинга и партнёрства. Проекты вроде RRTV Media Blockchain и коллабораций с шефом Ивлевым могут использовать эту модель для монетизации аудитории и создания преданного комьюнити.

Следующие шаги:

Юридическая проработка (токенизация активов).
Разработка смарт-контракта.
Маркетинговая кампания (продажа NFT-долей).
Запуск DAO для управления проектом.

https://github.com/rrtv-podcast/DIGITAL-CONSORTIUM/wiki

A medical metaverse for dentistry with VR and AI in a robotic environment An Introduction to the Medical Metaverse for Dentistry The medical metaverse is a revolutionary combination of virtual reality (VR), artificial intelligence (AI) and robotic technologies, creating an immersive digital environment for dental practice. This concept, first proposed in science fiction, is now becoming a reality, transforming approaches to treatment, education, and interaction in dentistry.Key advantages of the dental metaverse:Overcoming geographical constraints through a single virtual spaceIntegration of advanced VR/AR/MR technologies for accurate diagnosis and treatmentUsing AI for data analysis and personalized solutionsRobotization of routine procedures to improve accuracy and efficiency Creating digital patient doubles for long-term monitoringThe technological basis of the project1. Virtual and Augmented Reality (VR/AR)Modern VR technologies are already actively used in dentistry. :Three-dimensional visualization of the anatomy of teeth and jaws Simulators for teaching students (for example, Moog Simodent with haptic feedback) Tools for dissecting virtual models with different tissue densities AR glasses (HoloLens) for superimposing diagnostic data in real time 2. Artificial intelligence in dentistryAI algorithms provide: Automatic diagnosis of caries with an accuracy of 87% X-ray and CT scan analysis to identify pathologies Predicting the results of orthodontic treatment Personalized selection of restoration shades Natural language processing for analyzing medical records 3. Blockchain and digital twinsCreating secure digital patient profiles Decentralized storage of medical data NFT to confirm the uniqueness of digital dental assets "Smart contracts" for automating insurance payments and settlements 4. Robotic systemsPrecise positioning of implants with navigation systems Automatic root canal treatment Robotic prosthetics with CAD/CAM technologies Remote control of equipment through the metaverseRegional implementation through the operatorThe deployment modelCentralized hub:Cloud-based data processing platformAI algorithms for decision supportA library of digital doubles and dental scriptsRegional centers:Local servers for real-time data processingTrained coordinator operatorsRobotic dental unitsAccess points:Partner clinics with VR equipmentMobile dental complexesHome VR Headsets for TV Science Advantages of the operator modelScalability: Gradual implementation by regionStandardization: Unified diagnostic and treatment protocolsSavings: Sharing expensive equipmentSupport: Centralized updates and training Application in clinical practice1. Diagnosis and treatment planning3D modeling of dental rows, taking into account anatomical features Visualization of the treatment plan (for example, the iSmileStudio application) Simulation of orthodontic treatment results AI-analysis of historical data for risk forecasting 2. Medical proceduresVR anesthesia: reducing pain without medication AR navigation during surgical procedures AI-controlled robotic dissection Teledentology: remote consultations of specialists 3. Education and trainingVirtual simulations for students (Case Western Reserve University) Training programs for complex operations (Osso VR) Interactive 3D Atlases of anatomy (BoneBox) Multiplayer sessions for collective learning 4. Working with patientsVR therapy for dentophobia (Opera VR) Interactive hygiene training programs Gamification of the treatment process for children Personalized avatars for health monitoring Business model and monetizationSources of incomeSubscription for clinics:Access to the metaverse platformAI-diagnostic toolsThe Library of Digital DoublesPayments for procedures:TeleconferencesRental of robotic systemsUsing premium AI algorithmsTechnology licensing:Universities for educational programsManufacturers of dental equipmentPharmaceutical companiesData and analytics:Anonymized data for researchAI trends in dentistryPredictive models for insurance companiesEconomic efficiencyReducing the cost of expensive equipment through sharingOptimizing dentists' working hours by automating routine tasks Increasing the capacity of clinics due to teledentologyReduced errors and repetitive procedures due to the precision of AI and robots Challenges and solutions1. Technical difficultiesThe problem: The need for high-speed data transmission (5G) Solution: Partnership with telecom operators to provide infrastructure2. Data protectionProblem: The risks of confidentiality of medical information Solution: Blockchain for secure data storage and transfer 3. StandardizationThe problem: Compatibility of different platforms and devices Solution: Participation in the Open Metaverse Interoperability Group (OMIG) 4. User AcceptanceThe problem: Resistance to new technologies from doctors and patientsSolution: Step-by-step implementation with training and demonstration of benefits Implementation roadmapPhase 1 (0-12 months): Pilot projectDevelopment of the basic metaverse platformPartnership with 3-5 clinics in the same region Training of the first operatorsCollecting feedback and refining the systemPhase 2 (1-3 years): Regional expansionConnecting 10-15 regionsIntegration with robotic systemsDevelopment of the digital Twin libraryCertification of the platform for medical use Phase 3 (3-5 years): National scaleFull coverage of all regionsAutomated AI diagnostic centersMass adoption of teledentologyInternational expansionConclusion and prospectsA medical metaverse for dentistry with the integration of VR, AI, and robotic systems represents a breakthrough in dental care. The implementation of the project through the operator model will ensure:Availability: High-quality dentistry in every regionQuality: Standardized AI-based protocolsEfficiency: Optimizing resources and timeInnovation: Continuous development of the platformAccording to research, by 2030, metaverses will be able to provide up to 40% of all dental services in digital format 1. Our project is positioned as a key player in this transformation, offering a comprehensive solution for the next generation of dental care. 

TonFundCoin is an innovative crowdfunding platform based on the TON blockchainAbout the project: TonFundCoin is a decentralized crowdfunding platform created by IT CHAMPION LLC, which allows project authors to attract financing, and investors to support promising startups and make a profit. The platform is powered by The Open Network (TON) blockchain, providing high speed, security, and low fees.Key features: Decentralized crowdfunding – Direct interaction between project creators and investors without intermediaries. Smart contracts are a guarantee of fair allocation of funds and automatic payments when goals are achieved. Low fees – Thanks to the TON blockchain, transactions are fast and economical. Tokenization of investments – Investors receive NFTs or tokens confirming their share in the project. DAO management - The community votes for project support and platform development. Multicurrency – Supports TON, USDT, as well as its own TFC token (TonFundCoin). Who is TonFundCoin for? Startups and creators – Attract financing in cryptocurrency with minimal barriers.Investors – Invest in promising projects at an early stage and make a profit.Crypto enthusiasts – Participate in the development of the TON ecosystem and earn on new trends., TFC TokenThe TonFundCoin platform's own token (TFC) is used for:Voting for projectsGetting bonuses and discountsStaking and passive incomeCommission payments within the ecosystem, About LLC IT CHAMPIONThe IT CHAMPION team specializes in the development of blockchain solutions and decentralized applications. TonFundCoin is a new step in the development of crowdfunding, combining Web3 technologies and the TON community.Join the investment revolution on TON! 

We offer a unique opportunity to become a part of a revolutionary project in the field of metaverses. We invite investors to participate in the creation of an innovative virtual world, offering various options for cooperation: from the acquisition of shares to full financing.Your participation will be rewarded not only with a share in a promising project, but also with unique NFTs, as well as project tokens. These assets will open doors to exclusive opportunities within the metaverse and become a valuable asset in your investment portfolio.Our pre-launch strategy deserves special attention. We plan to put a limited collection of NFTs up for auction, and based on market analysis and the uniqueness of our patents, we expect an explosive increase in their value – up to x5 times.Our NFTs are backed by five patents, which guarantees their uniqueness and security in the digital space. This makes them especially attractive to collectors and investors seeking stable asset growth. Join us to build the future of the metaverse together! https://t.me/crypto_guru_rrtv

NFT Patent: "MetaSynergy" is an offer of 2 unique products for the metaverse
1. Product: NeuroLink Avatar (NLA)

NFT is a patent granting the right to create and monetize biometrically synchronized avatars in metaverses.

Technology: The use of neural interfaces to "animate" the avatar through facial expressions, emotions and movements of the user in real time.

Uniqueness: The avatar learns and evolves by adopting the personality traits of the owner (AI on the blockchain).

Monetization:

Sale of licenses for the use of technology in other metaverses.

Royalties for each transaction of the NFT avatar created on the basis of the patent.

2. Product: "MetaLand Deed" (MLD)
Description:
An NFT representing a "living" piece of virtual land that generates resources based on user activity.

Technology:

The dynamic algorithm changes the landscape and the value of the land depending on the events in the metaverse.

The built-in Digital Soil system, which allows you to grow NFT assets (virtual plants, art objects).

Uniqueness:

The land can multiply (divide into plots with inherited properties).

Revenue is generated automatically through rentals or advertising integrations.

Terms of participation:
For investors/developers: Acquisition of a share in a patent through fractional NFT.

For partners: Access to the SDK for integrating products into their metaverses.

Royalties: 5% of all transactions related to the technology.

Patent validity period: 10 years with the possibility of extension by voting of NFT holders.

Great! This is how MetaHelper can help lawyers, doctors, and emergency services in the metaverse by enhancing their work with immersive technology and AI., Legal functions (MetaLawyer Mode)1. Virtual consultations and documentsAI-lawyer:Analyzes contracts, highlighting risks in color (red = dangerous items, green = safe).Generates templates for lawsuits, complaints, and patents based on the Jurisprudence GPT (knowledge base of laws of 100+ countries).Virtual courtrooms:Conducts "rehearsals" of court hearings in VR, where the user works out an argument against an AI prosecutor.Simulates different scenarios: "What if the judge asks about the 2015 precedent?"2. Investigations and Due Diligence3D visualization of connections:Builds graphs of corporate structures, highlighting offshore companies and conflicts of interest.Example: "Company X is linked to a sanctioned oligarch through 5 shell companies — this is the chain in 3D."NFT Notary:Records digital evidence (screenshots, transactions on the blockchain) with a timestamp and signature. Medical Functions (MetaDoctor Mode)1. Diagnosis and trainingVirtual patient:Training for doctors: An AI avatar simulates symptoms (from a heart attack to rare genetic diseases).Example: "The patient has chest pain and cold sweat — what tests should I prescribe?"3D anatomy:Interactive organs in VR with the ability to "disassemble" the body into layers, study pathologies.2. Remote assistanceAR tips for surgeons:Points the camera at the wound, suggests suture options, or shows the operation through a hologram.Patient monitoring:Analyzes data from wearable sensors (ECG, blood sugar), calls an ambulance at critical readings.3. Psychological supportAI therapist:Conducts dialogues, recognizes anxiety by voice, offers breathing practices in the metaverse ("relaxation gardens").Group therapy in VR:Anonymous sessions for people with phobias (for example, flight simulation to treat aerophobia)., Rescue Service Mode (MetaRescue Mode)1. Emergency situationsRescue coordination:With AR glasses, the dispatcher sees a 3D map of the disaster with the marks of the victims (drones transmit data in real time).Example: "There are 3 people in the building on the 2nd floor — this is the route, taking into account the collapses."Instructions for eyewitnesses:The voice assistant in the smartphone explains step by step how to perform artificial respiration or extinguish a fire.2. Training for the Ministry of Emergency SituationsVR disaster simulators:Fires, earthquakes, floods with realistic physics and behavior of the victims.The script: "You are in the epicenter of a hurricane — distribute resources among 50 evacuees."3. Telemedicine in the fieldAR-consultations of doctors:The rescuer puts on glasses with a camera — the surgeon from the hospital sees the wound and draws arrows directly in his field of vision: "Cut here to extract the fragment.", Integration examplesProfession Problem Solving MetaHelperLawyer The client has signed a contract with a hidden commission, the assistant highlights clause 4.3, generates a claim in 30 seconds.The doctor has a complex fracture on an X-ray. The doctor "pushes" the bones in VR, plans an operation.Smoke Rescue in the building AR map shows safe ways and places of gas pipes. Future featuresNeurointerfaces for paralyzed patients: managing MetaHelper with the power of thought for communication/work.Biometric authentication: access to medical records via retinal scanning in VR.AI judge: resolution of minor disputes in the metaverse (for example, between digital neighbors).Finale: MetaHelper blurs the boundaries between the physical and digital world, becoming a "digital shield" for the life, health and rights of users.