Popular science | Scientific and experimental project PYRAMID

This documentary is the result of a comprehensive scientific investigation that reveals one of the most urgent environmental and public health challenges of the 21st century: micro and nanoplastic pollution, and presents it in an accessible popular science format. Plastic symbolizes technological progress: lightweight, durable, and nearly everlasting. But humanity has overlooked something critically important – the very material created to improve our lives has begun to endanger them. Today, society vastly underestimates the real scale of the threat posed by plastic pollution. The plastic crisis is no longer limited to landfills or floating garbage patches in the world’s oceans. The true catastrophe is unfolding on a microscopic level: nanoplastics can penetrate biological barriers and accumulate within living organisms, including humans. This documentary brings together cutting-edge scientific data and insights from leading experts. It examines how micro- and nanoplastics disrupt ecosystems, impact human health, and why understanding the magnitude of this threat is essential for the future of our planet. Recent studies show that micro- and nanoplastics can accumulate and retain electrostatic charges for long periods of time. In this film, this property is examined as a key factor in their destructive effects – an angle rarely explored before. This perspective offers a new way to understand the dangers of plastics through the lens of their electrostatic activity. The film presents scientific findings on the scale and consequences of micro- and nanoplastic contamination, including: • Detection of plastic particles in air, water, food, and the human body – regardless of region. • Harmful effects of micro- and nanoplastics on human health, such as: – inflammation, DNA damage, and mutations, – endocrine disruption, – accelerated cellular aging, – cognitive impairment, – erectile dysfunction, infertility, – increased rates of cancer; – impacts on children beginning in the prenatal stage and continuing after birth. • The influence of micro- and nanoplastics on the climate. Plastic particles contribute to accelerated ocean warming, atmospheric anomalies, and disruptions to the hydrological cycle. It is crucial to understand that simply abandoning plastic today is no longer enough to solve this global problem, as micro- and nanoplastics have already become an integral part of the biosphere, and of the human body itself. Produced by: ALLATRA Global Research Center (ALLATRA GRC) #nanoplastic #microplastic #sciencefilm #health #ecology #environment #plastic #documentary #medicine #futureoftheplanet #science

Today, there is one threat that unites all people — regardless of religion, nationality, or social status — the contamination of the entire biosphere with micro- and nanoplastics (MNP). MNP are plastic particles measured in millionths of a meter. They have spread across the entire planet and are now found not only throughout the biosphere but also inside the human body itself. Microscopic plastic particles enter our bodies with every breath we take, every sip of water, and every bite of food. They have already been detected in human cells, tissues, and organs. This is the first episode in a series where we examine the latest scientific report, “Nanoplastics in the Biosphere: From Molecular Impact to Planetary Crisis.” You will learn shocking facts about: ✅ How plastic waste breaks down into particles smaller than a human cell ✅ Why the Great Pacific Garbage Patch has turned into the planet’s “seventh continent” ✅ How air currents carry plastic particles across the globe ✅ Where the zones of high micro- and nanoplastic concentration are located ✅ What hidden health consequences begin at the molecular level This is not just an environmental issue — it is a planetary crisis that will determine the future of humanity 00:00 – Introduction: Why nanoplastic is an invisible planetary crisis 00:24 – The Age of Plastic: How we created a global environmental disaster 09:29 – The Great Pacific Garbage Patch: A plastic continent covering 618,000 square miles 11:45 – The origins of nanoplastic: From visible waste to invisible nanoparticles 16:32 – Microplastics in the atmosphere: How air spreads plastic around the world 18:10 – How nanoparticles penetrate the human body 21:25 – The air in forests is more saturated with nanoplastics than in megacities 23:59 – Which foods contain the highest concentrations of micro- and nanoplastics The scientific report “Nanoplastics in the Biosphere: From Molecular Impact to Planetary Crisis” warns of a new global threat. Authors: “ALLATRA” International Public Movement In cooperation with: Bolivian Catholic University San Pablo, Juan Misael Saracho Autonomous University (UAJMS), and the Creative Society International Project. For the first time, a single document presents a comprehensive overview of data on the spread of micro- and nanoplastics in the biosphere, their entry into food chains, and their destructive effects on human health and ecosystems. Micro- and nanoplastics can accumulate electrostatic charge, which has a destructive effect on the body.. This property enables nanoplastic not only to penetrate biological defense barriers but also to remain in the cells of living beings forever.. The report is the result of a large-scale interdisciplinary analysis that integrates ecological, climatic, medical, physical, and chemical research on the devastating effects of micro- and nanoplastics on the biosphere and human health. Read the full version of the report “Nanoplastics in the Biosphere: From Molecular Impact to Planetary Crisis” at the link: https://allatra.org/storage/app/media/reports/en/Nanoplastics_in_the_Biosphere_Report.pdf Subscribe so you don’t miss the next important episode, and share this video. In upcoming episodes of this series, we will cover how micro- and nanoplastics affect living organisms, human health, and the climate — and reveal real solutions that can solve the problem. #Nanoplastics #PlasticPollution #ClimateChange #Microplastics #HumanHealth #OceanCleanup #EnvironmentalCrisis #ALLATRA #ScientificResearch #Sustainability

“‘Draw me a black hole!’ What did ‘Draw me a black hole’ mean? It meant making the first digital simulation that had never been done before,” says Jean-Pierre Luminet, the creator of the first image of a black hole, honored head of research at CNRS (Centre national de la recherche scientifique), France. Jean-Pierre Luminet considers it fundamentally important to bring unique, sometimes paradoxical scientific knowledge to a wide audience. He emphasizes that science occupies a fundamental place in the modern world, and its proper understanding is one of the main tasks. We invite you to immerse yourselves in the world of astrophysics and join us in studying extremely exotic objects ― black holes. In this interview, you will learn: ⚫️ What were the difficulties in creating the first visualization of a black hole, and what are its features consistent with recent observations? ⚫️ Are tidal disruption events always associated with black holes? ⚫️ In Mr. Luminet’s opinion, what happens to information that gets into black holes? ⚫️ What is the fundamental difference between supermassive black holes at the center of galaxies and stellar black holes? ⚫️ What is the future of black hole science? ⚫️ What benefits will a better understanding of the true nature of black holes bring to humanity? ✉️ [email protected] #BlackHole #Astrophysics #Science

At the summit of Cerro Calán in Santiago, Valeria Olivares, an expert in black holes and galactic structures, explains how these objects are studied using telescopes and computer simulations. The interview covers the nature of supermassive black holes, their interaction with galaxies, the role of magnetic fields and cosmic jets, as well as the differences between stellar and supermassive black holes. 📡 This is an attempt to approach an understanding of the most mysterious objects in the Universe — and to find out what discoveries may await us in the future.

Andrea Rossi, the person behind the E-Cat technology, shares important news: a global licensing agreement has been signed for the first time, and the process of transferring knowledge to new specialists is almost complete. In this interview, the CEO of Leonardo Corporation speaks about a key stage: preparations for the production of E-Cat have started. “The most difficult part is over. In fact, I’ve already passed on all my knowledge on everything related to quality. Now my role is more of an advisory one: I act as an adviser, sharing my specific expertise, primarily in the field of technology,” the inventor notes. We are talking about a decades-long journey, expectations, skepticism, and hope. When will mass production begin? What is yet to be completed? And what is Rossi’s attitude to criticism and doubts surrounding the project? An interview about a technology that can change the approach to energy. Are you ready for a change? ✉️ [email protected] #Science #Innovation #ECat #AndreaRossi #Technology #Energy #FFG

The main and exciting achievement of Metatron N.R.G. is the creation of new types of stable plasmoids. This breakthrough is similar to the invention of transistors that replaced vacuum tubes in radio and electronic devices and has opened the door to a new kind of small nuclear reactor, comparable in size to a desktop computer. It’s a great honor for our team to present an interview with Dr. Yeshayahu Eisenberg, CEO and co-founder of Metatron N.R.G. In the interview, we will discuss the prospects of this nuclear fusion technology and hear answers to the following questions: 🔹 What are plasmoids? How did the idea of using them as an energy source first arise? 🔹 Where did the path of fundamental research and creation of a nuclear reactor begin? 🔹 How safe is a desktop nuclear reactor? What physical principles does it work on and for how long? 🔹 What interesting discoveries have researchers made while working on this technology? 🔹 When will Metatron N.R.G. be ready for mass production? 🔹 How can this technology help to cope with environmental and climate crises? You can discover more information about this technology on the website https://metatron-nrg.com/ ✉️ [email protected] #Technology #Energy #Science #FuelFreeGenerator

The mission of ENG8 company isn’t just a technological breakthrough, but a real contribution to creating a world where energy is available to everyone and serves sustainable development, which is particularly important in the context of global climate change and the escalating energy crisis. In this regard, developments such as EnergiCell® are timely and urgently needed. Based on the principles of scientific integrity, innovation, and humaneness, ENG8 is developing catalyzed nuclear fusion technologies that provide clean and cheap energy. Their major development is EnergiCell® — a unique generator capable of producing more energy than it consumes, without any harmful emissions. In this interview, Haslen Back, ENG8 Business Development Officer, will talk about the scientific foundations and advantages of EnergiCell®, as well as the company's plans to scale and commercialize the technology in the near future. ✉️ [email protected] #Technology #Innovation #Science #FFG #Energy

Inventor Pavol Nemeš has created a new type of pump. According to measurements by the University of Žilina, the energy consumption of this pump is significantly lower compared to the Sigma pump — and, paradoxically, when the load increases, the consumption actually decreases. Pavol Nemeš claims that this efficiency is achieved through the innovative use of centrifugal force. Can centrifugal force really perform work? Has Pavol Nemeš discovered a gap in the laws of physics? Watch the video and form your own opinion. # energy #physics #invention #pump #FFG

“Science is just about asking questions, some of which have answers and many do not. But the asking of questions is how it all starts,” says Chris Impey, researcher, scientist, and Distinguished Professor of Astronomy at the University of Arizona. In this video, we will touch on the mysterious and poorly studied yet very interesting topic of black holes. Perhaps, in the near future, someone will be able to answer the chicken and egg question, that is, what came first: black holes or galaxies? As for now, together with Chris Impey, we will discuss the most interesting issues in the field of black hole research. From this interview, you will find out: ⚫️ What led the professor to study black holes? ⚫️ How can he explain to a six-year-old child what a black hole is? ⚫️ What kind of equipment is currently used for observing black holes? ⚫️ What are the most interesting phenomena Chris Impey observed in the Universe while studying black holes? ⚫️ In the scientist's opinion, what happens to information inside a black hole? ⚫️ What happens to an object when it approaches a black hole and falls into it? ⚫️ Which recent discoveries in the studies of black holes are the most interesting? In the modern Universe, black holes seem to be something insignificant: they make up only about 0.1% of a galaxy's mass. A question may arise: why pay attention to them at all? Yet, why do black holes actually appear in the Universe, and what are they needed for? Many hypotheses sound great, but how can we check which ones are true? Numerous questions have accumulated in astrophysics. It is time to find the answers. This interview has been filmed specifically for a new series of the international research project "Kaleidoscope of Facts" on the topic: "Black Holes: Scientific Facts and Hypotheses." ✉️ [email protected] #BlackHole #Astrophysics #Science