See the PatternIn our previous episode, we delved into the intricate thermodynamics and electrodynamics of thunderstorms. While this model adeptly explains thunderstorm formation, it falters when confronted with the complexity of supercells. In this video, we'll explore a groundbreaking concept proposed by Charles Chandler, aiming to shed light on the enigma of supercells and tornadoes.
00:00 Introduction 02:36 Fluid Dynamics of a Thunderstorm 04:53 Toroid Formation leading to a Supercell 10:29 Hail and Windshear 15:07 Piecing it all together 16:08 The Rotating Updraft
Revolutionizing Weather Science: A New Vision for Supercell FormationSee the Pattern2024-02-18 | In our previous episode, we delved into the intricate thermodynamics and electrodynamics of thunderstorms. While this model adeptly explains thunderstorm formation, it falters when confronted with the complexity of supercells. In this video, we'll explore a groundbreaking concept proposed by Charles Chandler, aiming to shed light on the enigma of supercells and tornadoes.
00:00 Introduction 02:36 Fluid Dynamics of a Thunderstorm 04:53 Toroid Formation leading to a Supercell 10:29 Hail and Windshear 15:07 Piecing it all together 16:08 The Rotating Updraft🌌 Galaxy Formation: Exploring Different Cosmological Frameworks 🌌See the Pattern2024-06-23 | 🌌 Exploring Galaxy Formation: Mainstream, Plasma Cosmology, and Steady State Theory 🌌
In this video, we dive deep into the fascinating world of galaxy formation, exploring various models and theories that aim to unravel the mysteries of our universe. From the widely accepted mainstream model and its variations to the intriguing concepts of Plasma Cosmology and the Steady State Theory, we cover it all.
🔍 What's Inside: Mainstream Model: Learn about the standard model of galaxy formation, including hierarchical clustering and monolithic collapse. Alternative Spin-Offs: Discover models like the Inside-Out Disk Formation and Cold Flow Accretion. Plasma Cosmology: Explore the pioneering work of Hannes Alfvén, Eric Lerner’s plasmoid model, and Anthony Peratt’s simulations. Steady State Theory: Understand Halton Arp’s model and its integration into Narlikar's steady state cosmology.
🎥 Why Watch: Comprehensive Overview: Get a clear and concise explanation of various galaxy formation theories. Visual Illustrations: Engaging visuals to help you understand complex concepts. Comparative Analysis: See how different models stack up against each other and what they imply about our universe.
🔔 Subscribe for More: If you enjoyed this exploration and want to dive deeper into the cosmos, don't forget to subscribe and hit the bell icon for notifications on future videos.
📚 References: 1. **Mainstream Model and Variations:** - White, S. D. M., & Rees, M. J. (1978). Core condensation in heavy halos: a two-stage theory for galaxy formation and clustering. *Monthly Notices of the Royal Astronomical Society, 183*(3), 341-358. (https://ui.adsabs.harvard.edu/abs/1978MNRAS.183..341W/abstract) - Silk, J. (1977). On the fragmentation of cosmic gas clouds. I - The formation of galaxies and the first generation of stars. *The Astrophysical Journal, 211*, 638-648. (https://ui.adsabs.harvard.edu/abs/1977ApJ...211..638S/abstract)
4. **General Resources and Further Reading:** - Kroupa, P. (2012). The dark matter crisis: falsification of the current standard model of cosmology. *Publications of the Astronomical Society of Australia, 29*(4), 395-433. (https://ui.adsabs.harvard.edu/abs/2012PASA...29..395K/abstract) - Binney, J., & Tremaine, S. (2008). Galactic Dynamics (2nd Edition). *Princeton University Press*. (https://press.princeton.edu/books/hardcover/9780691130279/galactic-dynamics)
00:00 Introduction 00:48 λCDM 03:13 λCDM Criticisms 05:16 Monolithic Collapse 05:34 Inside-out Formation 05:57 2-Phase Formation 06:16 Cold Flow Accretion 06:58 MOND 07:45 MOND Criticisms 08:38 Other Modified Gravity Models 09:43 Plasma Cosmology 10:05 Hannes Alfvén's Galactic Circuit 13:17 Limitations of the Model 13:53 Eric Lerner's Plasmoid Quasar Model 17:08 Anthony Peratt's Galaxy Model 21:47 Limitations and Criticisms 23:24 Plasma Cosmology Summary 24:26 Halton Arp's Galaxy Model 25:50 Criticisms of the Model 26:35 ConclusionsFrom Experiment to Quasar: Unveiling Lerners Plasmoid ModelSee the Pattern2024-06-15 | Dive into the groundbreaking world of Eric Lerner's Plasmoid Quasar Model! In this video, we explore how Lerner's innovative work in laboratory plasma physics extends to explain the mysterious phenomena of quasars.
🌟 What's Inside: Lab Foundations: Discover the meticulous experiments conducted by Lerner, demonstrating plasma self-compression and the formation of plasmoids. Quasar Connection: See how these laboratory results scale up to the vastness of space, providing a fresh perspective on quasars' high intensity and redshifted emissions. Addressing Criticisms: We tackle some of the main criticisms of Lerner's model, comparing it to the conventional black hole theory and discussing the challenges each face. Indirect Evidence: Examine intriguing indirect observational evidence that supports Lerner's model, shedding light on active galaxies and sudden activation phenomena.
🔬 Why Watch? Gain insights into a revolutionary model that challenges traditional views of quasars and black holes. Understand the scientific principles behind plasmoids and their potential cosmic implications. Explore the ongoing debate between different astronomical models, backed by experimental and observational data. Whether you're a science enthusiast, a student of astrophysics, or simply curious about the universe, this video offers a comprehensive look at an alternative quasar theory rooted in tried and tested science.
🔔 Subscribe for more videos on cutting-edge science and cosmic phenomena!
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📚 References: Lerner, E. J. Plasmoid Quasar Model: researchgate.net/publication/231853568_Magnetic_self-compression_in_laboratory_plasmas_quasars_and_radio_galaxies_Part_I Lerner, E. J. (1991). The Big Bang Never Happened. New York: Vintage Books. Peratt, A. L. (1986). Physics of the Plasma Universe. New York: Springer-Verlag. Alfvén, H. (1981). Cosmic Plasma. Dordrecht: Reidel. Vrotny, P. (1980). Intergalactic Magnetic Fields: Observations and Implications. Journal of Astrophysics.
#quasars #PlasmaPhysics #EricLerner #Astronomy #ScienceExplained #astrophysics 00:00 Introduction 01:32 Creating Plasmoids 04:22 Plasmoid Quasar 06:16 Energy Source 08:41 Beam Production 09:29 Redshift 10:35 Criticisms 13:47 Observational EvidenceMilky Ways Magnetic Mystery: What Powers This Immense Torus?See the Pattern2024-06-02 | Recent advancements in observational techniques have revealed an enormous and mysterious magnetic halo surrounding our galaxy. What created this vast structure, and how does it impact our understanding of the Milky Way? Join me as we delve into the latest research, uncover the origins of this cosmic phenomenon, and discuss its potential implications for galactic dynamics and magnetic fields. We'll also explore how these findings might relate to Hannes Alfvén's Galactic Circuit and Anthony Peratt's galaxy formation concepts. Whether you're an astronomy enthusiast or just curious about the universe, this video will provide intriguing insights into one of the Milky Way's most enigmatic features.
00:00 Introduction 01:53 Origin of the Magnetic Fields 04:21 How if the Magnetic Field Mapped? 06:42 Discovery of the Magnetic Halos 09:34 Paper's suggestion for the origin of the Halo 15:48 Relating the Finding to the Galactic Circuit 20:23 Relating it to Peratt's workAlfven Galactic Circuit Model (No Music)See the Pattern2024-06-02 | **** THIS IS AN EDITED VERSION TO REMOVE THE BACKGROUND MUSIC ****
The Thunderbolts project often refer to the Alfven's Galactic circuit model. But what exactly is it and how is it formed. We will explore Hannes Alfven's thoery for the Galactic circuit and in the process discover how double layers are formed in the laboratory, how this can be seen in the Aurora. Alfven then scales this up to the Solar circuit and finally to the Galactic circuit. Lets examine one of the main principles behind how the energy is created in the electric universe.
Link to original paper: http://articles.adsabs.harvard.edu/cgi-bin/nph-iarticle_query?1978Ap%26SS..54..279A&data_type=PDF_HIGH&type=PRINTER&filetype=.pdf
Support me on: patreon.com/seethepattern paypal.me/seethepattern #electricuniverse #plasmauniverse #seethepatternNew Data Challenges Mainstream Galactic ModelSee the Pattern2024-05-19 | In this video, we explore groundbreaking new data revealing a surprising metal deficit in high-velocity clouds (HVCs). Traditionally, it's believed that enriched material from the galaxy's disk gets expelled into the galactic halo and eventually returns. However, recent observations challenge this notion, showing that these extragalactic clouds remain relatively unenriched. What does this mean for our understanding of galactic evolution and cosmic enrichment? Join me as we delve into this intriguing discovery and its implications for astrophysics.
00:00 Introduction 01:15 ISM 04:10 Cardelli's Study of Kr 06:46 2008 Study of Kr 08:23 How is the Solar System anomaly explain? 10:06 Problems with these ideas 12:07 Explaining the underabundance in the ISM 12:25 Dust grain repository 14:15 Limitations of this concept 14:58 Infall dilution model 15:42 Limitations of infall dilution model 17:35 ConclusionsCERNs Latest Data Sends Shockwaves Through Nuclear Astrophysics CommunitySee the Pattern2024-04-21 | Astronomers are facing a cosmic puzzle: some stars contain significantly more cerium than current models predict. The gap between observations and theoretical models widens with the latest findings from a groundbreaking experiment at CERN.
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References: physics.aps.org/articles/v17/47 journals.aps.org/prl/abstract/10.1103/PhysRevLett.132.122701 journals.aps.org/prc/abstract/10.1103/PhysRevC.109.025808The Collapse of Cosmologys Sacred Cow, the Hubble ConstantSee the Pattern2024-03-30 | Amidst the breathtaking vistas unveiled by the James Webb Telescope, a disquieting unease grips the realm of cosmology. Despite the splendour of these cosmic panoramas, discordant measurements suggest that the universe is not expanding at the anticipated rate. No longer can we attribute discrepancies solely to the limitations of the Hubble Telescope. Are we, perhaps, confronting a fundamental misunderstanding of the universe?
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References: iopscience.iop.org/article/10.3847/2041-8213/ad1ddd/pdf#bm_apjlad1dddbib19 futurism.com/the-byte/adam-reiss-nobel-misunderstood-universeMind-blowing Theory Sparks A Revolution In Our Understanding Of The UniverseSee the Pattern2024-03-24 | For decades, the field of cosmology has been anchored by the belief that the universe is approximately 13.8 billion years old. However, recent observations from the Webb telescope have challenged this notion, unveiling galaxies that appear surprisingly mature at the universe's infancy. Concurrently, measurements of the universe's expansion rate suggest an acceleration, prompting the introduction of enigmatic concepts like Dark Energy to explain this phenomenon. Now, a controversial new paper is shaking the foundations of cosmology by proposing a radical shift: doubling the age of the universe while eliminating the need for both dark matter and dark energy. Join me as we delve into this provocative theory and explore its implications for our understanding of the cosmos.
On Earth our weather is driven largely by the energy we receive from the Sun. As we travel further from the Sun this energy decreases? So which planet in the Solar system do you think has the highest wind speeds?
In this video we venture from the scorching heat of Venus , to the electrical storms on Mars, and out to the strange weather across the gas and ice giants of our Solar System.
00:00 Introduction 00:22 Venus 03:16 Mars 07:12 Jupiter 09:27 Saturn 11:52 Uranus 15:04 NeptuneUnveiling The Revolutionary Tornado ModelSee the Pattern2024-03-03 | What truly drives the formation of tornadoes, those awe-inspiring, destructive vortices that capture both fascination and fear? How do we reconcile the conventional models of tornado genesis with the plethora of anomalies and observations that defy traditional explanations? Tornadoes have the lowest pressure, tightest radius, and fastest winds right at the ground, where friction is greatest. They have higher winds compared to their larger counterparts the tropical cyclone which should have access to much more energy compared to the mesocyclone.
Today we will continue to delve into Charles Chandler's concept, challenging conventional wisdom, and seeking answers to the fundamental question: What forces give birth to these violent whirlwinds of nature?
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Other Relevant Videos: Cracking the Code of Thunderstorms: youtu.be/n0v-xfRQ-XI Revolutionizing Weather Science: A New Vision for Supercell Formation: youtu.be/BgNTX6oKZV4
00:00 Introduction 00:48 Scale 02:55 Descending Mesocyclones 03:35 Supercell Movement 05:53 Hail & Centrifugal Forces 07:31 Green Thunderstorm 09:22 Suction Vortices 11:45 Electric Currents 17:45 Water Spouts 18:15 Origin of Positive Charge 22:44 A New Way ForwardCracking the Code of Thunderstorms: Exploring the Interplay of Electro and ThermodynamicsSee the Pattern2024-02-04 | At the heart thunderstorms are powered by the interplay between the thermodynamics of the air and the electrodynamics of the charges in our atmosphere. Today we will unravel the story of how ground temperatures, layers of air stability, and the release of latent heat contribute to the orchestration of thunderstorm formation. Simultaneously, the electrodynamics of thunderstorms invite us into the realm of charged particles, ionization, and the mysterious mechanisms that lead to the awe-inspiring lightning and thunder.
00:00 Introduction 00:46 Thermodynamics of a Thunderstorm 05:26 Electrodynamics of a ThunderstormUnleashing Natures Fury: The Astonishing Gigantic Jet LightningSee the Pattern2024-01-21 | Upward electrical discharges from thunderstorms can take on many different forms and characteristics. They are primarily classified by the altitude they terminate in the atmosphere, ranging from brief pulses of light that are confined to altitudes near cloud tops called pixies, to blue diffuse cones of light that reach approximately 40km altitude, known as blue jets to large tree-like structures that reach to the lower ionosphere, called gigantic jets. These phenomena are part of a larger family of upper atmospheric electrical discharges known as transient luminous events or TLEs. Of these, the gigantic jets are exceedingly rare and the most spectacular, as they directly couple the lower and upper atmosphere and are capable of large charge transfers between these regions. Normal lightning can transfer around the order of tens of coulombs of charge back to Earth. By comparison, the largest recorded gigantic jet transferred an incredible 300 coulombs of charge into the ionosphere.
Scientists are still unravelling the mysteries surrounding their formation, making each sighting a unique glimpse into the secrets of Earth's atmospheric phenomena.
00:00 Introduction 01:16 Discovery 02:29 Gigantic Jets and Sprites 04:20 Location and Formation 07:03 Change in Colour 09:04 Pressure and Shape 09:31 Double Ended Tree StructureThe Mysterious Phenomenon Of Ball LightningSee the Pattern2023-12-23 | For new Pillow subscribers: Use my code SEETHEPATTERN20 to get 20% off Pillow Premium and start your free 7-day trial using this link https://plw.app/SeeThePattern
Over the past three centuries or even longer, more than 200 accounts of ball lightning have been reported in various forms. Most descriptions depict these enigmatic phenomena as predominantly yellowish-reddish spheres, measuring up to 20 centimeters in diameter, with lifespans ranging from seconds to minutes before they either fade away quietly or vanish with an abrupt, thunderous exit.
From peasants in the Middle Ages to Tsar Nicholas II in the 19th century, sightings of ball lightning amid thunderstorms have consistently left people perplexed. Some have even claimed to witness these luminous orbs passing through solid walls and causing physical harm.
Join me as we try and unravel this perplexing mystery...
00:00 Introduction 00:45 Observations 01:48 Characteristics 04:58 Silicon Hypothesis 05:29 Maser-Soliton Theory 09:07 Electric Discharge Theory 13:17 Plasmoid TheorySynchrotron radiationSee the Pattern2023-12-13 | is the electromagnetic radiation emitted when relativistic charged particles are subject to an acceleration perpendicular to their velocity. Most known cosmic radio sources emit synchrotron radiation.CyclotronSee the Pattern2023-12-12 | Radiation emitted by charge particles moving non-relativistic in a magnetic field is called cyclotron emission.Bremsstrahlung electromagnetic radiation produced by the deceleration of a charged particleSee the Pattern2023-12-11 | Bremsstrahlung is electromagnetic radiation produced by the deceleration of a charged particle when deflected by another charged particle. The moving particle loses kinetic energy, which is converted into radiation. Bremsstrahlung has a continuous spectrum, which becomes more intense and whose peak intensity shifts toward higher frequencies as the change of energy of the decelerated particles increases.Your Perception of Lightning is WRONGSee the Pattern2023-12-10 | Your Perception of Lightning is Wrong. In today's episode, we're delving once again into the captivating realm of lightning physics. Lightning, whether positive or negative, exhibits distinct characteristics. They travel at varying speeds—one gracefully, the other unpredictably. While one boasts a continuous current, the other does not. Sprites manifest exclusively through positive ground strikes, while gamma-ray flashes are linked to positive intra-cloud lightning.
What might astound you is that lightning isn't a mere discharge from positive to negative; rather, it forms a dual-ended tree structure comprising both positive and negative ends.
Why does this occur, and how can we make sense of these peculiar differences?
00:00 Introduction 00:45 Mysteries of Charges in Clouds 03:00 Dual Ended Lightning 04:15 Asymmetry in Lightning 06:41 Recoil Leaders 07:34 Cloud to Ground Lightning 08:37 Polarity Asymmetry in the 'final jump' 09:46 X-ray and Gamma ray emissions 10:57 Sprites 12:29 SummaryHow Do Electric Fields Affect The Way Light Is Absorbed And Emitted? #physicsSee the Pattern2023-12-09 | How do electric fields alter the absorption and emission spectra of light? The Stark effect is the shifting and splitting of spectral lines of atoms and molecules due to the presence of an external electric field. Although initially defined for a static electric field it is used in a wider context to describe the effect of time-dependent electric fields. It is responsible for the pressure broadening of spectral lines by charged particles in plasmas. The stark effect can be observed both for emission and absorption lines.How Magnetic Fields Can Alter Light: The Zeeman EffectSee the Pattern2023-12-06 | How do magnetic fields alter the absorption and emission spectra of light? In the presence of a magnetic field, the energy levels of the emitted photons can shift. In an atomic energy state, an electron orbits around the nucleus of the atom and has a magnetic dipole moment associated with its angular momentum. In a magnetic field, it acquires an additional energy just as a bar magnet does and consequently the original energy level is shifted. The energy shift may be positive, zero, or even negative, depending on the angle between the electron magnetic dipole moment and the field.How is a photon in a LASER created? Stimulated EmissionsSee the Pattern2023-12-05 | How are photons generated? What can the energy of these photons tell us about how they were created? How are photons created in a laser different from other photons?Absorbtion Spectra: The Light Show You Didnt Know Was Happening All Around YouSee the Pattern2023-12-04 | How are photons generated? What can the energy of these photons tell us about how they were created? What is the difference between an emission and absorption spectrum? How are they generated? These are critical tools that are used to analyse the light we receive from stars and galaxies but as you will see there are several mechanisms that can change the spectrum.Emission Spectra: The Light Show You Didnt Know Was Happening All Around YouSee the Pattern2023-12-03 | How are photons generated? What can the energy of these photons tell us about how they were created? What is the difference between an emission and absorption spectrum? How are they generated? These are critical tools that are used to analyse the light we receive from stars and galaxies but as you will see there are several mechanisms that can change the spectrum.Cosmic Enigma: The OMG ParticleSee the Pattern2023-12-01 | In 1991, the University of Utah Fly's Eye experiment stumbled upon an anomaly that would defy the laws of cosmic physics.
Dubbed the Oh-My-God particle, its energy baffled astrophysicists, surpassing anything known in our galaxy or beyondThe Unsolved Mystery Of What Triggers Lightning #science #physicsSee the Pattern2023-11-30 | It's commonly asserted that our knowledge of the deep oceans is eclipsed by what we know about the moon's surface. A parallel sentiment holds true for our atmosphere, as evidenced by the astonishing fact that a colossal phenomenon like Sprite eluded detection until 1990, followed by the revelation of even larger gigantic jets in 2002. The subsequent discovery of thunderstorms generating powerful gamma-ray flashes further underscores our limited understanding of the atmospheric intricacies.
Thunderstorm clouds accumulate electric charges, yet air, acting as a proficient insulator, hinders electrons from equalizing these electrostatic imbalances. When a pathway of ionized air molecules emerges, it acts as a conductor, bridging different parts within a cloud or connecting the cloud to the ground, ultimately giving rise to a lightning bolt.
The mechanism initiating these pathways remains a topic of debate. While powerful electric fields can cause insulators to spontaneously undergo breakdown and become conductors, air requires hundreds of thousands of volts or more for such a breakdown. Measurements show that electric field generated in thunderstorm clouds are not high enough to trigger breakdown in air. Consequently, many experts lean toward the hypothesis that an external trigger must be involved in inducing lightning within our atmosphere.What is a Partial Discharge | Electrical Discharges #electricitySee the Pattern2023-11-28 | How exactly does an electrical discharge start? What are the different types of discharges and how are they different from each other. In this short video series I will attempt to explain this. In video we will explore the phenomenon known as a Partial Discharge.
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or CRYPTO Donations: Bitcoin: bc1q5cctzkc9tt6hmqueddfk5dlvcpr6y45gx7td04 Ethereum: 0x2df869b96d4b42c461635B2955fAF72C79eA445D Dogcoin: DRUEVXavwhbavuhgYJV2AXo8N6tC2zB5zaWhat Triggers Lightning? The Mystery Revealed!See the Pattern2023-11-26 | In this new series, I aim to unravel some of the mysteries surrounding our atmosphere, beginning with an exploration of the enigmatic world of lightning. Despite its universal familiarity, lightning remains veiled in numerous unresolved mysteries, with this series focusing on the perplexing question of what triggers lightning—a fundamental enigma in the realm of lightning physics. The challenge lies in the inadequacy of electric field measurements to fully elucidate the genesis of a lightning flash.
00:00 Introduction 02:04 Hydrometeors 04:44 Relativistic Runaway Electron Avalanche 06:30 Cosmic Rays 08:43 Solar Energetic Particles 09:59 Heliospheric Current Sheet 11:09 Streamer FormationWhat is a Vacuum Arc Discharge | Electrical Discharges #electricitySee the Pattern2023-11-26 | How exactly does an electrical discharge start? What are the different types of discharges and how are they different from each other. In this short video series I will attempt to explain this. In video we will explore the phenomenon known as Vacuum Arc Discharge.
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or CRYPTO Donations: Bitcoin: bc1q5cctzkc9tt6hmqueddfk5dlvcpr6y45gx7td04 Ethereum: 0x2df869b96d4b42c461635B2955fAF72C79eA445D Dogcoin: DRUEVXavwhbavuhgYJV2AXo8N6tC2zB5zaWhat Is A Dark Discharge? | Electrical Discharges #electricitySee the Pattern2023-11-19 | How exactly does an electrical discharge start? What are the different types of discharges and how are they different from each other. In this short video series I will attempt to explain this. In the first we will explore the phenomenon known as Dark Discharge.
or CRYPTO Donations: Bitcoin: bc1q5cctzkc9tt6hmqueddfk5dlvcpr6y45gx7td04 Ethereum: 0x2df869b96d4b42c461635B2955fAF72C79eA445D Dogcoin: DRUEVXavwhbavuhgYJV2AXo8N6tC2zB5zaWorlds Smallest Particle Accelerator #scienceSee the Pattern2023-11-18 | Particle accelerators come in various shapes and sizes, now scientists have introduced a particle accelerator that's no bigger than a coin. Currently, in the form of a technological demonstration, there are aspirations to further shrink it, potentially to the point where it could fit on a silicon chipKey to Eternal Youth Discovered #scienceSee the Pattern2023-11-17 | In a recent experiment, scientists have demonstrated that by controlling the activity of ageing-related DNA elements in worms, they could extend their lifespan by a third while noticeably slowing down the ageing process.Why Are Both Mars And Earth Spinning Faster? #scienceSee the Pattern2023-11-16 | Recently, scientists have achieved remarkable precision in measuring the rotation of Mars. To monitor the planet's spin rate, they employed the Mars InSight's Rotation and Interior Structure Experiment. Their findings unveiled a curious phenomenon: Mars' rotation is undergoing acceleration at a rate of approximately 4 milliarcseconds per yearIts NOT just NEURONS that Signal #science #biology #brainSee the Pattern2023-11-15 | In a recent paper published in Nature in September, a research team presented the most compelling evidence to date that it's not just neurons that are capable of signaling. They collected data over an extensive 8-year period, their genetic analysis suggested that these cells possess the necessary machinery to utilize glutamate in a manner similar to neurons.
- Immortal Jellyfish holds the key to eternal Youth - Tiny Mice survive at altitudes thought to be inhospitable for mammals. - Strange Properties of a Quantum Fluid Probed - and finally Scientist build the smallest particle accelerator
00:00 Introduction 00:24 Key to Immortality 01:50 Mice Survive Where they Shouldn't 04:03 Probing a Quantum Fluid 06:33 World Smallest Particle AcceleratorNew Evidence We Live in a Simulation ACTUALLY Points to Something Else!See the Pattern2023-11-05 | In 2003, Swedish philosopher Nick Bostrom introduced a fascinating concept: the idea that the entire universe, encompassing all that exists within it, might be nothing more than a simulation.
At the core of this idea is the notion that our reality, from the vast cosmos down to our planet and its inhabitants, may not be authentic but instead a computer-generated simulation or virtual creation crafted by an exceptionally advanced civilization or entity. This sophisticated simulator could be a future iteration of humanity or even an extraterrestrial society.
In a recent scientific endeavour, researchers claim to have successfully identified a new physical law that appears to reveal a concealed mechanism reminiscent of an exceptionally intricate computing system.
00:00 Introduction 04:19 Second Law of Infodynamics 06:18 Mutations and Infodynamics 08:19 Electrons and Infodynamics 11:40 Symmetry in Nature and Infodynamics 13:14 Why I think we don't live in a simulation & what their research points toEarths Role in Water Formation on the Moon, Never Before Seen Properties in Graphene | Science NewsSee the Pattern2023-10-29 | Welcome back to Science News. In this episode, we will be covering
- It's not Just Neurons that spark Electricity in the Brain - 3000 mile long jet stream on Jupiter captured for the first time - Earth's role in the formation of water on the Moon - and finally Never before seen electronic properties observed in Graphene
00:00 Introduction 00:24 Not Just Neurons that Spark Electricity in the Brain 02:44 3000 mile long jet stream on Jupiter captured for the first time 04:59 Earth's role in the formation of water on the Moon 07:04 Never before seen electronic properties observed in GrapheneThe Biggest Solar Storm In History Hit Earth 14,000 Years AgoSee the Pattern2023-10-22 | Welcome back to Science News. In this episode we will be covering - Strange asteroid may contain elements outside the periodic table! - Scientist manage to deflect a powerful laser beam with air - New data suggests Earth was struck with the largest recorded Solar event 14,000 years ago - and finally NASA unveil what was in the sample returned from asteroid Bennu.
00:00 Introduction 00:30 Asteroid with Exotic Materials 03:40 Laser deflected with Air 05:22 Largest Solar Storm 14k B.P. 09:07 Bennu sample returned to EarthTrees Play A Bigger Role In Climate Models Than We ThoughtSee the Pattern2023-10-15 | Welcome back to Science News. In this episode we will be covering - New research into a meta-material which traps light and becomes more magnetic - Experiments conducted at CERN confirm anti-matter falls under gravity just like normal matter. - Trees have a greater effect on cloud formation - and finally, an experiment which demonstrates it is possible to tunnel sound waves through a vacuum
00:00 Introduction 00:33 New Meta-material 02:23 Anti-matter Gravity Experiment 04:22 Trees and their role in climate models 06:08 Sound Through a VacuumHow The Miller-Urey Experiment Showed How Life Could Have Begun.See the Pattern2023-10-08 | Get a 7-day free trial and 25% off Blinkist Annual Premium by clicking here: blinkist.com/seethepattern
From the primordial soup to the depths of astrobiology, Stanley Miller's work serves as a guiding light for scientists exploring the mysteries of life beyond our planet. His groundbreaking work, conducted in the 1950s, unlocked secrets about the origins of life on Earth that still resonate today.
But many still consider the findings controversial. New research is shedding light on alternative mechanisms that might be responsible for triggering the formation of life.
In this inaugural episode, we'll be covering a diverse range of topics, including:
- Fresh revelations from the James Webb Telescope, shedding light once again on the continued crisis in cosmology. - The curious measurements that show Mars has started spinning faster - Exclusive glimpses into the moon's enigmatic, shadowy realms. - The transparency issues facing the European Space Agency (ESA) - and finally have they detected signs of life on Europa?
00:00 Introduction 00:47 Cosmology Crisis Deepens 02:41 Mars Spinning Faster 04:04 Imaging the Dark side of the Moon 04:53 ESA Transparency Issue 07:22 Life on Europa?The Moons Secrets: Unveiling Its Strange InteriorSee the Pattern2023-09-24 | Understanding the inner workings of our own planet is a challenge in itself, making it even more daunting to decipher the secrets concealed within other celestial bodies. On Earth, seismic data plays a pivotal role in unravelling our planet's interior. When the Apollo mission set foot on the Moon, scientists saw a unique chance to gather lunar seismic data. Astronauts installed instruments capable of capturing natural shock waves.
Yet, the lunar seismic waves defied expectations. Over time, as seismic data and corroborating evidence accumulated, a hazy picture of the Moon's interior began to emerge. Nevertheless, interpreting this data has given rise to conflicting viewpoints and lingering mysteries.
00:00 Introduction 01:34 Apollo Seismic Experiments 03:35 Types of Moon Quakes 04:10 Ringing like a Bell 05:54 Liquid Layer? 07:07 Other Data 07:59 Lower Mantle & Deep Moon Quakes 10:16 Solid Lower Mantle?Why A Mysterious 60-year Signal Could Be Tied To Shifting Day LengthsSee the Pattern2023-09-11 | By clicking my link piavpn.com/SeethePattern get 83% discount on Private Internet Access! That's just $2.03 a month, and also get 4 extra months completely for free!
Despite the vast amount of knowledge we have accumulated about our planet's surface and its immediate surroundings, the Earth's interior remains a realm of profound mystery. While we have made impressive strides in uncovering its secrets through geological studies, seismic observations, and theoretical models, much of what lies beneath our feet remains shrouded in obscurity. The Earth's core, mantle, and crust hold untold stories about our planet's formation, evolution, and dynamic processes that continue to shape its present state. Recent studies have indicated that there might a periodic signal that the core generates which is responsible for fluctuations in the length of day, changes to the geomagnetic field and possibly other effects as well.