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Plasma physics


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8:16 - How Microwaving Grapes Makes Plasma
Загружено 7 сентября 2021
A bisected grape in the microwave makes plasma. But how does it work? A grape is the right size and refractive index to trap microwaves inside it. When you place two (or two halves) close together the fields interact with each other creating a maximum of electromagnetic energy where they touch. This creates heating, sparks, and plasma, which is further fed with energy directly by the microwaves.

Huge thanks to Hamza Khattak, Prof. Pablo Bianucci and Prof. Aaron Slepkov (unavailable for the call) for chatting to me and helping me understand the physics of this cool phenomenon.

Linking plasma formation in grapes to microwave resonances of aqueous dimers
1:15:52 - Public Lecture | Supernovas: Gravity-powered Neutrino Bombs
Загружено 6 сентября 2021
Imagine taking a ball of hot plasma more massive than the sun and suddenly compressing it to a super-dense object the size of a city. This sounds like science fiction, yet it is exactly what happens in the centers of massive stars, causing them to explode so violently that they briefly release as much light as an entire galaxy. These supernova explosions have shaped the universe as we know it and created many of the chemical elements around us. It turns out that tiny, elusive elementary particles called neutrinos play a crucial role in these explosions. Only two dozen supernova neutrinos have ever been detected, but thousand more are expected to be seen in giant underground detectors of the future. This lecture describes the part neutrinos play in one of the universe’s most dramatic events, and outline what scientists expect to learn by capturing bursts of neutrinos from the next galactic supernova.

About the Speaker:

Alex Friedland studied physics first at the Moscow Institute of Physics and T
23:44 - Plasma Physics
Загружено 29 июля 2021
An overview of Plasma Physics research at UW–Madison
1:22:40 - The Sun a Plasma Star(720P_HD).mp4
Загружено 24 июля 2021
5:0 - DIY Plasma Physics Powersource (Mini 20,000v Flyback)
Загружено 24 июня 2021
The ultimate handheld high voltage supply, this hacked powersource puts out 15,000 to 20,000 volts, and sits completely in the palm of your hand. It can power everything from Tesla Coils, to Marx Generators, and even ionic lifters *** DO NOT ATTEMPT IF YOU HAVE ZERO EXPERIENCE WITH ELECTRICITY. @ElectroBOOM @Integza

Supplies used:
Prototyping board - ( there are other options )

Plasma Channel Patreon:
4:46 - Black Hole Jets: Unraveling One of the Biggest Mysteries in the Universe
Загружено 20 мая 2021
At the heart of every galaxy lies one of the most mysterious objects in the universe: a supermassive black hole. Millions to billions of times the mass of our sun, these giants power astrophysical jets, one of the most energetic processes known to physics. Read the full article at Quanta Magazine: (EHT) team, the mystery of what's powering these jets has started to unravel. Several weeks ago, the EHT released its second-ever photo of a black hole — another view of the same fiery ring pitted by darkness seen in 2019. Both images show the glowing plasma around the supermassive black hole at the center of the galaxy M87, whose giant jet rises outside the frame. Unlike in the first photo, the ring in the new image has stripes, indicating that the light is strongly polarized. Experts say the spiral pattern of the stripes resul
1:33:16 - Futurology
Загружено 12 мая 2021
Breaking the Warp Barrier: Hyper-Fast Solitons in Einstein-Maxwell-Plasma Theory

Solitons in space–time capable of transporting time-like observers at superluminal speeds have long been tied to violations of the weak, strong, and dominant energy conditions of general relativity. The negative-energy sources required for these solitons must be created through energy-intensive uncertainty principle processes as no such classical source is known in particle physics. This talk presents an approach for overcoming this barrier, explicitly constructing a class of soliton solutions that are capable of superluminal motion and sourced by purely positive energy densities. The solitons are also shown to be capable of being sourced from the stress-energy of a conducting plasma and classical electromagnetic fields. This is the first example of hyper-fast solitons resulting from known and familiar sources, reopening the discussion of superluminal mechanisms rooted in conventional physics.

For more information, please take
10:31 - Wendelstein 7-X – from concept to reality
Загружено 14 марта 2021
What is the concept underlying the Wendelstein 7-X fusion device? The video, produced from various CADs, illustrates how the device is configured and what objectives are being pursued by the fusion research conducted at the Greifswald branch of Max Planck Institute for Plasma Physics with Wendelstein 7-X.
5:5 - WHAT IT TAKES TO LIGHT A STAR
Загружено 4 марта 2021
Ten years ago, in the summer of 2010, construction work began on one of the largest international science projects in the world. ITER is first and foremost about science. It is about observing and understanding the physics of a burning plasma—a state of matter that exists only in the core of the stars. But in order to create burning plasmas inside a tokamak and harness a new energy source for the generations to come, a massive industrial infrastructure is required.
33:54 - Fusion and Magnetic Reconnection Propulsion with Dr. Fatima Ebrahimi
Загружено 1 марта 2021
To get your free 30 day trial visit (DOE) Princeton Plasma Physics Laboratory (PPPL).

The Plasma thruster would apply magnetic fields to cause particles of plasma, electrically charged gas also known as the fourth state of matter, to shoot out the back of a rocket and, because of the conservation of momentum, propel the craft forward. Current space-proven plasma thrusters use electric fields to propel the particles.
12:38 - Top 10 Reasons the Universe is Electric #1: Cosmic Magnetic Fields | Space News
Загружено 17 февраля 2021
This episode marks the beginning of a special 10-part series, "Top 10 Reasons the Universe is Electric." In this first chapter, we explore the significance of the astrophysical enigma of pervasive cosmic magnetic fields. Basic physics classes teach that electric currents produce magnetic fields. But why is this law of physics almost nowhere evident in the standard astrophysical literature? Plasma physics and electrical engineering hold the key to explaining the origins of powerful magnetic fields throughout the cosmos.

Previous Space News on cosmic magnetic fields: "Magnetic Reconnection":
53:52 - The Primer Fields Part 1
Загружено 27 января 2021
In this video series the currently accepted theories of physics and astrophysics are shaken to the core by a radical new theory of the fundamental forces in all matter.

You will be amazed as a magnetic model of the dome at CERN is used to create a 100 mm diameter plasma Sun with a 300 mm diameter equatorial disc of plasma around it!

All the plasma videos are actual footage with no enhancement or manipulation other than speed. In other words, this is real thing. Hard to believe, but it is all true.


2012
20:10 - Fast radio bursts.
Загружено 16 декабря 2020
short talk on FRBs at the Non-ideal Plasma conference physics
7:40 - 7D hologram Show in Dubai, Poland and Japan latest technology 2019
Загружено 11 сентября 2020
Hologram is an image that appears to be three dimensional real object and which can be seen with the naked eye.
There are many types of technicues, In order to creat such image fo the viwer.
among lots of hologram technology, we choose you those down below
1 The aerial burton laser plasma holograph
2 pepper`s ghost
3 Fan type hologram
4 light field display holograms
5 Digital holographic tabletop
6 Physical holograms
7 No - logram
8 Table hologram
9 3D volumetric technol
3:7 - СЕКРЕТНЫЕ КОНСОЛЬНЫЕ КОМАНДЫ, О КОТОРЫХ ТЫ ЗНАЛ В CS:GO
Загружено 30 августа 2020
Cпавн всякой шняги
prop_physics_create props_junk/watermelon01
prop_physics_create props_interiors\lamp_floor
prop_physics_create props_interiors\lamp_table02
prop_physics_create props\cs_office\paper_towels
prop_physics_create props_foliage\flower_barrel
prop_physics_create props\cs_office\tv_plasma
* * * * * *
Супер-упругость для пропа
ent_fire !picker addoutput "collisiongroup 17"
* * * * * *
Надеть маску
ent_fire !self addoutput "targetname facemask";
prop_dynamic_create player\holiday\facemasks\facemas
6:28 - Magnetron, How does it work?
Загружено 24 августа 2020
World War 2 was one of the most traumatic events in the history of the world, but on the other hand it also resulted in several inventions that have completely changed the world. One of the key inventions of this era was the cavity magnetron, which made radars super-efficient. Cavity magnetrons are also used in microwave ovens, where they are responsible for producing high powered microwaves. In this video we will explore the physics behind the cavity magnetron.

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7:3 - Fire, Space Physics, NAVY Plasma Revelations | S0 News Aug.20.2020
Загружено 20 августа 2020
Daily Sun, Earth and Science News

Store Closing Tomorrow for 10 Days:
6:32 - Lecture 17 - The Vlasov equation, Collisionless Boltzmann equation, Kinetic theory
Загружено 1 июля 2020
The Vlasov equation, Collisionless Boltzmann equation, Kinetic theory.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
6:13 - Lecture 13 - Sheaths, Bohm criterion, Bohm velocity
Загружено 1 июля 2020
Sheaths, Bohm criterion, Bohm velocity.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
10:2 - Lecture 12 -Ambipolar diffusion, Paschen's law, breakdown voltage, secondary electrons
Загружено 1 июля 2020
Ambipolar diffusion, Paschen's law, breakdown voltage, secondary electrons, gaseous electronics - Lecturer: Joe Khachan from the School of Physics, The University of Sydney
13:48 - Lecture 11 - Discharge physics, Gaseous electronics, mean free path, collision frequency
Загружено 1 июля 2020
Discharge physics, Gaseous electronics, mean free path, collision frequency, reaction rates, ionization, recombination, diffusion, Fick's law.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
10:9 - Lecture 10 - Electromagnetic waves in a plasma, ordinary wave, extraordinary wave, cutoff, resonance
Загружено 1 июля 2020
Electromagnetic waves in a plasma, ordinary wave, extraordinary wave, cutoff, resonance, Alfven wave.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
5:45 - Lecture 9 - Upper hybrid frequency, ion dispersion relation, EM wave dispersion relation
Загружено 1 июля 2020
Upper hybrid frequency, ion dispersion relation, EM wave dispersion relation.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
6:12 - Lecture 8 - Electron plasma waves, ion acoustic waves
Загружено 1 июля 2020
Electron plasma waves, ion acoustic waves.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
4:58 - Lecture 7 - Wave function, phase velocity, group velocity, plasma frequency
Загружено 1 июля 2020
Wave function, phase velocity, group velocity, plasma frequency.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
6:56 - Lecture 6 -Magnetic drift of a plasma fluid perpendicular and parallel to a magnetic field
Загружено 1 июля 2020
Magnetic drift of a plasma fluid perpendicular and parallel to a magnetic field - EXB drift, diamagnetic drift, the Boltzmann Relation.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
9:58 - Lecture 5 -Fluid model of plasmas, mass and particle flux, continuity equation, momentum equation
Загружено 1 июля 2020
Fluid model of plasmas, mass and particle flux, continuity equation, momentum equation.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
7:18 - Lecture 4 - Magnetic mirror, magnetic moment, loss cone
Загружено 1 июля 2020
Magnetic mirror, magnetic moment, loss cone.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
14:26 - Lecture 3 -Guiding centre, E X B drift, drift in a general force
Загружено 1 июля 2020
Guiding centre, E X B drift, drift in a general force, motion in a non-uniform magnetic field, tokamak. Lecturer: Joe Khachan from the School of Physics, The University of Sydney
10:52 - Lecture 2 - Lorentz force, cyclotron motion, diamagnetism
Загружено 1 июля 2020
Lecture 2: Lorentz force, cyclotron motion, diamagnetism.
Lecturer: Joe Khachan from the School of Physics, The University of Sydney
9:17 - Lecture 1 - Definition of a plasma, examples, plasma temperature, Debye shielding, plasma criteria
Загружено 1 июля 2020
Lecture 1: Definition of a plasma, examples, plasma temperature, Debye shielding, plasma criteria. Lecturer: Joe Khachan from The School of Physics, The University of Sydney
5:39 - NRL Plasma Physics Overview
Загружено 1 июля 2020
NRL's Plasma Physics Division conducts a broad theoretical and experimental program of basic and applied research in plasma physics, laboratory discharge, and space plasmas, intense electron and ion beams and photon sources, atomic physics, pulsed power sources, laser physics, advanced spectral diagnostics, and nonlinear systems.

The effort of the Division is concentrated on a few closely coordinated theoretical and experimental programs. Considerable emphasis is placed on large-scale numerical simulation
1:24 - Delayed phase transition to quark-gluon plasma in binary neutron star merger
Загружено 3 мая 2020
The simulation shows The density of two neutron stars that merge. After the merger, a phase transition from ordinary hadronic matter (red-yellow) to quark matter (green) takes place.

The simulations were performed in order to find out whether such a quark-gluon plasma inside a merger remnant could be detected via graviational waves. See
19:48 - magnetism eletricity fluid vortex ring toroid truth lie vril torus
Загружено 30 апреля 2020
Energy, power, vortex ring, smoke ring, torus, toroid, toroidal, fluid mecanic, fluid dynamic, electromagnetism, electricity, magnetism, ether, free energy, zero point energy, von karman, nuclear, muchroom, sun, moon, mhd, magnetohydrodynmic, fake, hoax, lie, turth, true, space, energy, flow, geometry, dan bergerud, reflection, refraction, diffraction, light, duality wave particle, tornado, hurricane, rank hilsch tube, vortex tube, magnet, hot, cold, science, physic, pseudoscience, nature, rail gun, plasma,
52:16 - We Are the Advanced Technology! Laura E. interviews Dr. Jere Rivera-Dugenio, Ph.D
Загружено 28 марта 2020
Check out BioRegenesis Conference in the Future!

We cover so much about DNA, Corona Virus, Consiousness Sciences are more!

Born and raised in Manhattan, New York City, Dr. Jere Rivera-Dugenio, Ph.D. is an inventor, quantum morphogenetic physics expert with a Ph.D. in Natural Medicine from the International Quantum University for Integrative Medicine in Honolulu, Hawaii. Jere specializes in advanced scalar-plasma energy technologies, quantum morphogenetic field physics and the larger paradigm of science k
1:39 - MHD Technology Laboratory - Applied Magnetohydrodynamics
Загружено 5 марта 2020
We are team of scientists from University of Latvia working on magnetohydrodynamics (MHD) problems. MHD combines electromagnetism and fluid mechanics and describes processes ranging from semi levitating ferrofluid droplets to Earth’s self-generated magnetic field and plasma physics in space.And here in Institute of Physics we study liquid metal behaviour in presence of electric and magnetic fields.
We apply our extensive MHD knowledge to study problems dealing with liquid metal transport, melting, stirring
5:48 - University of Tsukuba, Plasma Research Center - Mirror Machine: Creating a sun on the Earth
Загружено 5 марта 2020
In the University of Tsukuba’s Plasma Research Center (PRC), researchers are using the world’s largest tandem mirror device GAMMA 10/PDX to study plasma physics and fusion science – with the aim of the realizing a future fusion reactor.

Since the inception of the Plasma Research Center in 1979, this research focus has expanded. With initial focus on achieving a high ion temperature, the strategy changed to the study of plasma transport and boundary plasma control.

DEMO (DEMOnstration Power Station) is a
7:26 - Department of Physics and Astronomy, Purdue University
Загружено 5 марта 2020
The Department of Physics and Astronomy at Purdue University is a department that is doing cutting edge research in multiple areas and at all scales. They are pursuing open science questions from the nature of large scale structure in the Universe, to the make-up of fundamental particles. They have active faculty pursuing this research and access to facilities and instrumentation. Some of their research includes condensed matter studies involving some of the purest materials ever made, searching for elusive
6:36 - University of California, Berkeley - Department of Physics
Загружено 5 марта 2020
The Physics Department at Berkeley is home to faculty, who are devoted to scientific discovery and training the next generation of physicists, both undergraduate and graduate students, who come to learn and participate in the University's cutting-edge research. The department offers the full spectrum of a physics education and includes expanding programs in; biophysics, quantum physics, atomic physics and quantum technologies. Physics at Berkeley is an international leader and attracts more than 7000 studen
5:1 - Auburn University, Plasma Physics Group - Plasma Science at the Auburn University Physics Department
Загружено 5 марта 2020
The Plasma Research Group at Auburn University has a strong focus on dusty plasma research, fusion, and space plasma research. The group has close collaborations with the Wendelstein W7-X fusion experiment project in Greifswald, Germany and DIII-D fusion experiment in San Diego, CA. The group has national and international collaborations, and is one of the very best institutions for pursuing graduate studies in plasma physics.

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