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Invidious > Channel > Nils Berglund

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YT 7 minutes 28 seconds Nils Berglund Sending a message through an optical fiber YT 4 minutes 19 seconds Nils Berglund Water molecules in an increasing electric field YT 3 minutes 52 seconds Nils Berglund A simplistic model for tides - instantaneous forcing

YT 3 minutes 23 seconds Nils Berglund Growing snowflakes in a radial gravity field YT 45 seconds Nils Berglund Evanescent coupling of two optical fibers YT 5 minutes 15 seconds Nils Berglund Compressing "proteins"

YT 6 minutes 8 seconds Nils Berglund Sending a message through an improved fiber YT 3 minutes 55 seconds Nils Berglund Bloopers13: This is not dry ice YT 3 minutes 52 seconds Nils Berglund A simplistic model for tides - periodic forcing

YT 3 minutes 2 seconds Nils Berglund Growing snowflakes in increasing radial gravity YT 4 minutes 44 seconds Nils Berglund Eavesdropping on an optical fiber using evanescent coupling YT 50 seconds Nils Berglund Molecular circle dance

YT 4 minutes 57 seconds Nils Berglund Making movies: How a lens creates images of a time-dependent scene YT 3 minutes 11 seconds Nils Berglund Dissociation/recombination of water molecules in an electric field YT 4 minutes 9 seconds Nils Berglund Making movies with two lenses

YT 3 minutes 31 seconds Nils Berglund Dissociation/recombination of water molecules in an increasing electric field YT 2 minutes 41 seconds Nils Berglund What if the Earth suddenly stopped spinning? A simulation attempt YT 3 minutes 51 seconds Nils Berglund Dissociation/recombination of water molecules in an increasing magnetic field

YT 3 minutes 24 seconds Nils Berglund Badly spliced optical fibers YT 3 minutes 31 seconds Nils Berglund Taking hydronium into account in water dissociation YT 2 minutes 29 seconds Nils Berglund Making movies with two lenses: shorter wavelength

YT 2 minutes 51 seconds Nils Berglund A water-hydroxyde-hydronium-H⁺ mixture in an increasing electric field YT 3 minutes 36 seconds Nils Berglund What would tides on a flooded Moon look like? YT 4 minutes 11 seconds Nils Berglund Soap

YT 3 minutes 4 seconds Nils Berglund [Flash warning] Filming a moving source YT 3 minutes 55 seconds Nils Berglund Soap with longer polymers YT 3 minutes 53 seconds Nils Berglund Classics revisited: Multiple reflections of light in a raindrop

YT 4 minutes 35 seconds Nils Berglund Soap with flexible polymers in an increasing electric field YT 6 minutes 49 seconds Nils Berglund [Flash warning] Filming a moving source with two lenses YT 3 minutes 31 seconds Nils Berglund Soap and water

YT 2 minutes 33 seconds Nils Berglund Classics revisited: There's someone in my prism and it's not me YT 4 minutes 19 seconds Nils Berglund Soap and water in an increasing electric field YT 48 seconds Nils Berglund A beam splitter

YT 3 minutes 31 seconds Nils Berglund Polymers with charged extremities YT 4 minutes 1 second Nils Berglund Standing waves in a beam splitter YT 4 minutes 27 seconds Nils Berglund Polymers with charged extremities in an increasing electric field

YT 3 minutes 29 seconds Nils Berglund Using a beam splitter to filter out high frequencies YT 4 minutes 3 seconds Nils Berglund Bloopers14: Melting ice, with an explosive ending YT 3 minutes 25 seconds Nils Berglund Varying the thickness of a beam splitter

YT 5 minutes 2 seconds Nils Berglund Melting the ice, featuring music by State Azure YT 3 minutes 5 seconds Nils Berglund Filming a moving source - Averaged energy YT 6 minutes 11 seconds Nils Berglund Melting a block of ice on a shelf

YT 2 minutes 21 seconds Nils Berglund [Flash warning] A Michelson interferometer YT 6 minutes 11 seconds Nils Berglund Melting a block of ice on a shelf - Orientation and initial position YT 10 minutes 41 seconds Nils Berglund [Flash warning] Classics revisited: A rotated Sierpinski wave protection

YT 7 minutes 23 seconds Nils Berglund Increasing the force constant for interacting water molecules, featuring music by State Azure YT 2 minutes 50 seconds Nils Berglund Video #1100: Allen-Cahn equation on the sphere YT 3 minutes 20 seconds Nils Berglund Filming a moving source with two lenses - Averaged energy

YT 7 minutes 35 seconds Nils Berglund Molecular popcorn YT 2 minutes 26 seconds Nils Berglund Spirals in the rock-paper-scissors equation on the sphere YT 3 minutes 33 seconds Nils Berglund [Flash warning] Moving one mirror in a Michelson interferometer

YT 57 seconds Nils Berglund My ice cream is melting! YT 1 minute 46 seconds Nils Berglund Vorticity of spirals in the rock-paper-scissors equation on the sphere YT 10 minutes 41 seconds Nils Berglund [Flash warning] A refracting rotated Sierpinski wave protection

YT 2 minutes 53 seconds Nils Berglund Four-armed "hydra" molecules in an increasing electric field YT 3 minutes 59 seconds Nils Berglund Spirals in the rock-paper-scissors equation on the sphere: Phase and gradient of phase YT 3 minutes 32 seconds Nils Berglund Moving one mirror in a Michelson interferometer - averaged energy

YT 2 minutes 37 seconds Nils Berglund Self-assembling "Lego" molecules in an increasing electric field YT 1 minute 59 seconds Nils Berglund The rock-paper-scissors-lizard-Spock reaction-diffusion equation on the sphere. YT 5 minutes Nils Berglund [Flash warning] How well does a Sierpinski carpet separate wavelengths?

YT 3 minutes 17 seconds Nils Berglund Rigid interacting tripod molecules YT 4 minutes 55 seconds Nils Berglund From 3-armed to 5-armed spirals in the rock-paper-scissors-lizard-Spock equation on the sphere YT 4 minutes 21 seconds Nils Berglund Moving one mirror in a Michelson interferometer - time lapse of averaged energy

YT 3 minutes 25 seconds Nils Berglund Interacting tripod molecules in an increasing electric field YT 2 minutes 15 seconds Nils Berglund Two quantum wave packets colliding on a sphere YT 53 seconds Nils Berglund A Michelson interferometer

YT 3 minutes 41 seconds Nils Berglund A molecular foam made of cooled tripods YT 2 minutes 15 seconds Nils Berglund Two quantum wave packets colliding on a sphere - 2D representation YT 3 minutes 13 seconds Nils Berglund [Flash warning] A Ritchey-Chrétien telescope

YT 3 minutes 25 seconds Nils Berglund Coagulating molecules YT 1 minute Nils Berglund Asymmetric rock-paper-scissors-lizard-Spock equation on the sphere YT 4 minutes Nils Berglund Energy flow through a Sierpinski carpet, in 3D - log scale

YT 5 minutes 46 seconds Nils Berglund Coagulating molecules, with stronger interaction and cluster coloring YT 5 minutes 1 second Nils Berglund Four quantum wave packets interacting on a sphere YT 3 minutes 37 seconds Nils Berglund A Ritchey-Chrétien telescope with better focus

YT 2 minutes 53 seconds Nils Berglund Increasing the force constant for coagulating molecules YT 1 minute 38 seconds Nils Berglund An incompressible Euler shear flow on the sphere YT 3 minutes 40 seconds Nils Berglund Energy flow through a Sierpinski carpet, in 3D - linear scale

YT 3 minutes 25 seconds Nils Berglund Aggregation of neutral particles YT 1 minute 39 seconds Nils Berglund An incompressible Euler shear flow on the sphere - 2D representation YT 1 minute 33 seconds Nils Berglund 3D rendering of the average energy in a Ritchey-Chrétien telescope

YT 3 minutes 9 seconds Nils Berglund Aggregation of "water" molecules YT 2 minutes 36 seconds Nils Berglund A shear flow with 7 layers on the sphere YT 2 minutes 33 seconds Nils Berglund A planar wave arriving at an angle in a Ritchey-Chrétien telescope

YT 2 minutes 13 seconds Nils Berglund Trying to form a foam by aggregating "quadripod" molecules YT 59 seconds Nils Berglund A shear flow on the sphere YT 2 minutes 25 seconds Nils Berglund [Flash warning] A gradient index lens

YT 2 minutes 22 seconds Nils Berglund Aggregating pentagonal and triangular molecules in an electric field YT 2 minutes 44 seconds Nils Berglund Eight interacting vortices on the sphere YT 2 minutes 33 seconds Nils Berglund Two planar waves interfering in a Ritchey-Chrétien telescope

YT 2 minutes 21 seconds Nils Berglund Do aggregating pentagons form a quasicrystal? YT 2 minutes 55 seconds Nils Berglund CERN scientists discover new particle, with "imaginary" charge YT 2 minutes 29 seconds Nils Berglund Pairwise attracting vortices on the sphere

YT 2 minutes 17 seconds Nils Berglund [Flash warning] A planar wave crossing a gradient index lens at an angle YT 4 minutes 42 seconds Nils Berglund Charged interacting pentagons YT 3 minutes Nils Berglund Vortices on a sphere like octahedral symmetry

YT 2 minutes 25 seconds Nils Berglund [Flash warning] Two planar waves crossing a gradient index lens YT 2 minutes 53 seconds Nils Berglund Bloopers15: This is not DNA YT 59 seconds Nils Berglund Vortices on a sphere

YT 2 minutes 33 seconds Nils Berglund Viewing two light sources through a gradient index lens YT 2 minutes 53 seconds Nils Berglund Bloopers 16: DNA or TIE fighters? YT 2 minutes 13 seconds Nils Berglund Vortices in the compressible Euler equation on the sphere with Coriolis force

YT 3 minutes 29 seconds Nils Berglund Filming a moving source with a gradient index lens YT 2 minutes 45 seconds Nils Berglund Welcome to Gattaca: This starts looking more like DNA YT 1 minute 57 seconds Nils Berglund Vortex dynamics on the sphere in a strong Coriolis force

YT 2 minutes 49 seconds Nils Berglund 3D representation of a gradient index lens YT 3 minutes 17 seconds Nils Berglund Longer simulation of DNA-like molecules YT 1 minute 57 seconds Nils Berglund Vortex dynamics on the sphere with weaker Coriolis force

YT 2 minutes 33 seconds Nils Berglund A gradient index lens with quadratic refractive index exposed to two light sources YT 4 minutes 5 seconds Nils Berglund DNA-like molecules with random dissociation YT 3 minutes 41 seconds Nils Berglund Speed and vorticity of a fluid on a rotating sphere

YT 2 minutes 33 seconds Nils Berglund 3D representation of a gradient index lens with quadratic refractive index YT 4 minutes 45 seconds Nils Berglund DNA-like molecules with dissociation of non-matching base pairs YT 4 minutes 29 seconds Nils Berglund Four vortices on a rotating sphere

YT 3 minutes 13 seconds Nils Berglund What would a superluminal light source look like in a non-relativistic universe? YT 4 minutes 5 seconds Nils Berglund DNA-like molecules with Coulomb interactions YT 6 minutes 20 seconds Nils Berglund The Allen-Cahn equation on the sphere, with improved behavior at the poles

YT 4 minutes 41 seconds Nils Berglund The double peak disappears when the source filmed with a gradient index lens is slower YT 3 minutes 25 seconds Nils Berglund DNA-like molecules in higher temperature and flying ice cubes YT 7 minutes 9 seconds Nils Berglund The Rock-Paper-Scissors equation on the sphere, with improved behavior at the poles

YT 2 minutes 41 seconds Nils Berglund A light source moving in and out of focus of a gradient index lens YT 3 minutes 25 seconds Nils Berglund DNA-like molecules in a box YT 7 minutes 41 seconds Nils Berglund The rock-paper-scissors-lizard-Spock equation on the sphere, with improved behavior at the poles

YT 3 minutes 29 seconds Nils Berglund A light source moving between the focal points of an ellipse YT 3 minutes 25 seconds Nils Berglund Unzipping DNA with enzymes (a simple model) YT 5 minutes 1 second Nils Berglund Transition from symmetric to asymmetric rock-paper-scissors-lizard-Spock equation on the sphere

YT 2 minutes 57 seconds Nils Berglund A light source approaching a biconvex lens YT 4 minutes 5 seconds Nils Berglund Unzipping more flexible DNA-like molecules with enzymes YT 4 minutes 29 seconds Nils Berglund The asymmetric rock-paper-scissors-lizard-Spock equation on the sphere, with improved polar behavior

YT 4 minutes 45 seconds Nils Berglund Replicants are like any other machine: Trying to model DNA replication YT 2 minutes 41 seconds Nils Berglund Waves of two different frequencies crossing a biconvex lens YT 4 minutes 13 seconds Nils Berglund More stable vortices in Euler's equations on a rotating sphere

YT 6 minutes 45 seconds Nils Berglund All those moments will be lost in time: Longer simulation of DNA replication YT 2 minutes 26 seconds Nils Berglund Cherenkov radiation YT 3 minutes 57 seconds Nils Berglund Adding tracers in 3D to vortex simulations on a rotating sphere

YT 8 minutes 4 seconds Nils Berglund Within cells interlinked: Replicated DNA curling up in a box YT 2 minutes 33 seconds Nils Berglund Cherenkov radiation of a slightly faster particle YT 7 minutes 13 seconds Nils Berglund Density, speed and vorticity of unstable vortices on the sphere, featuring music by State Azure

YT 56 seconds Nils Berglund Enhance 34 to 46: DNA replication (short version) YT 2 minutes 5 seconds Nils Berglund Enhance 57-19: DNA replication (long version) YT 2 minutes 33 seconds Nils Berglund Cherenkov radiation of an even faster particle

YT 4 minutes 13 seconds Nils Berglund Density and direction of speed of more stable vortices on a rotating sphere YT 7 minutes 15 seconds Nils Berglund A and C and T and G. The alphabet of you: Almost complete DNA replication YT 2 minutes 41 seconds Nils Berglund Cherenkov radiation, with corrected refractive index

YT 8 minutes 2 seconds Nils Berglund Four interacting pressure systems on a rotating sphere YT 4 minutes 35 seconds Nils Berglund Bloopers 17: You look lonely. I can fix that. Replicated DNA getting pinned YT 2 minutes 17 seconds Nils Berglund Waves of two different frequencies crossing a diffraction grating

YT 5 minutes 23 seconds Nils Berglund Video #1200: Weather on the Earth YT 4 minutes 35 seconds Nils Berglund Have you ever questioned the nature of your reality? First successful DNA replication in silico YT 2 minutes 41 seconds Nils Berglund Cherenkov radiation for increasing wave speed

YT 5 minutes 49 seconds Nils Berglund Weather on the Earth, with 17 pressure systems YT 3 minutes 5 seconds Nils Berglund Neutral soap and water with increasing force constant YT 2 minutes 17 seconds Nils Berglund Energy flux of waves of two different frequencies crossing a diffraction grating

YT 5 minutes 33 seconds Nils Berglund More stable weather with 16 pressure systems, westerlies and trade winds YT 3 minutes 5 seconds Nils Berglund Neutral soap and water at decreasing temperature YT 2 minutes 41 seconds Nils Berglund Cherenkov radiation of two particles moving in opposite directions

YT 5 minutes 33 seconds Nils Berglund More stable weather with 16 pressure systems - vorticity and wind direction YT 3 minutes 29 seconds Nils Berglund Fatty polymers and water, with and without soap YT 2 minutes 33 seconds Nils Berglund Waves of two different frequencies crossing a diffraction grating with two layers

YT 5 minutes 49 seconds Nils Berglund What could the weather on terraformed Mars look like? YT 3 minutes 21 seconds Nils Berglund Foam bath: Coagulating pentagonal molecules YT 2 minutes 25 seconds Nils Berglund A diffraction grating with 6 layers, shown with enhanced contrast

YT 5 minutes 49 seconds Nils Berglund Martian weather - vorticity and wind direction YT 3 minutes 21 seconds Nils Berglund Foam bath - Kinetic energy and orientation YT 2 minutes 25 seconds Nils Berglund Waves of two different frequencies crossing a hexagonal lattice

YT 56 seconds Nils Berglund Martian weather #mars #terraformingmars YT 3 minutes 21 seconds Nils Berglund A pentagonal foam bath in a box YT 2 minutes 49 seconds Nils Berglund Waves of two different frequencies crossing a Poisson disc lattice

YT 5 minutes 17 seconds Nils Berglund Weather on terraformed Venus YT 3 minutes 21 seconds Nils Berglund Pentagonal foam with gravity YT 2 minutes 49 seconds Nils Berglund Waves of two different frequencies crossing a "sunflower" lattice

YT 5 minutes 17 seconds Nils Berglund Venusian weather - vorticity and wind direction YT 2 minutes 9 seconds Nils Berglund More rigid falling pentagons YT 2 minutes 33 seconds Nils Berglund Waves of two different frequencies crossing a regular square lattice

YT 4 minutes 13 seconds Nils Berglund Weather on the Earth with a random initial state YT 2 minutes 17 seconds Nils Berglund This is not Tetris: Interacting falling squares YT 3 minutes 6 seconds Nils Berglund Waves of two different frequencies crossing a randomized square lattice

YT 4 minutes 13 seconds Nils Berglund Weather on the Earth with a random initial state - Velocity and wind direction YT 2 minutes 25 seconds Nils Berglund Looking for quasicrystals: Interacting kites-and-darts-type molecules YT 3 minutes 37 seconds Nils Berglund Classics revisited: Parabolic reflectors in high resolution

YT 2 minutes 25 seconds Nils Berglund Smaller interacting kites-and-darts-type molecules YT 2 minutes 49 seconds Nils Berglund Waves of two different frequencies crossing a larger regular square lattice YT 1 minute 53 seconds Nils Berglund Falling sticks

YT 2 minutes 41 seconds Nils Berglund When waves crossing a square lattice have a larger phase than group velocity YT 2 minutes 9 seconds Nils Berglund Falling triangles YT 2 minutes 49 seconds Nils Berglund Waves from a point source crossing a percolation-style arrangement of obstacles

YT 2 minutes 34 seconds Nils Berglund Falling squares YT 2 minutes 57 seconds Nils Berglund Waves crossing a less dense percolation-style arrangement of obstacles YT 2 minutes 57 seconds Nils Berglund Falling pentagons pretending to be bestagons

YT 3 minutes 5 seconds Nils Berglund Almost a branched flow: Waves crossing a finer percolation-style arrangement YT 2 minutes 41 seconds Nils Berglund Falling hexagons are falling bestagons YT 3 minutes 5 seconds Nils Berglund Waves branching through Poisson disc obstacles

YT 2 minutes 41 seconds Nils Berglund Coagulating falling squares YT 2 minutes 33 seconds Nils Berglund Waves escaping a ring of obstacles: Hex grid YT 2 minutes 17 seconds Nils Berglund Coagulating falling hexagons

YT 2 minutes 33 seconds Nils Berglund Waves escaping a ring of obstacles: Sunflower grid YT 2 minutes 41 seconds Nils Berglund Mega-tetris: Coagulating falling squares with alignment YT 2 minutes 34 seconds Nils Berglund Waves escaping a ring of obstacles: Poisson disc grid

YT 2 minutes 57 seconds Nils Berglund Mega-hextris: Coagulating falling hexagons YT 3 minutes 41 seconds Nils Berglund The shallow water equation on the sphere