桔子视频

Abstract swirling patterns in vivid colors, including blue, yellow, orange, teal, and pink, blend and twist together, creating a dynamic, marbled effect reminiscent of fluid art or flowing cosmic energy.

Supersonic Magnetohydrodynamic Turbulence at Extreme Reynolds Numbers

Supersonic Magnetohydrodynamic Turbulence at Extreme Reynolds Numbers

James Beattie (University of Toronto)
May 6, 2024

May 24, 2024

A snow-covered research station with large satellite dishes under a star-filled sky, green auroras, and the Milky Way visible above the Antarctic landscape at night.

CMB Experiments as Wide Field Astrophysics Surveys

CMB Experiments as Wide Field Astrophysics Surveys

Gilbert Holder (University of Illinois at Urbana-Champaign)
April 29, 2024

May 24, 2024

An artistic illustration shows Earth surrounded by a blue magnetic field, with swirling yellow solar wind from the Sun hitting the magnetosphere, representing space weather interactions.

Growing a Magnetic Field in a Turbulent Plasma

Growing a magnetic field in a turbulent plasma

James Beattie (University of Toronto)
April 24, 2024

May 23, 2024

A diagram showing five circular images around Earth, each linked to their location: LIGO for gravitational waves, Fermi for gamma rays, MAGIC for gamma rays, Pierre Auger Observatory for cosmic rays, and IceCube for neutrinos.

Probing the Universe鈥檚 expansion with multi-messenger astronomy

Probing the Universe鈥檚 expansion with multi-messenger astronomy

Antonella Palmese (Carnegie Mellon University)
April 22, 2024

April 30, 2024

A black background with white specks forming two cone shapes pointing outward from a central point, intersected by red, green, and blue lines and labeled with orange alphanumeric codes.

Testing the H0 and 蟽8 tensions with galaxy surveys and large-scale structure

Testing the H0 and 蟽8 tensions with galaxy surveys and large-scale structure

Alex Krolewski (University of Waterloo)
April 15, 2024

April 30, 2024

A vibrant, colorful image of the Lagoon Nebula shows swirling clouds of orange, blue, and purple gas and dust illuminated by bright stars, creating a dramatic cosmic landscape in space.

Insights from the Orbital Architectures of Planetary Systems

Insights from the Orbital Architectures of Planetary Systems

Malena Rice (Yale University)
April 18, 2024

April 29, 2024

A visual timeline of the universes evolution from the Big Bang, showing expansion, formation of particles and atoms, galaxies, and stars, with time and temperature decreasing from left to right; The Thinker statue is at the far end.

The emergence of galaxies in the first billion years

The emergence of galaxies in the first billion years

Pratika Dayal (University of Groningen)
March 26, 2024

April 23, 2024

Swirling colorful gas and dust clouds, illuminated by clusters of stars, create a vivid nebula-like scene in deep space, with streaks and shimmering particles blending in a dark, star-filled background.

The Hubble Tension and Primordial Magnetic Fields

The Hubble Tension and Primordial Magnetic Fields

Levon Pogosian (Simon Fraser University)
March 25, 2024

April 3, 2024

A fiery, glowing planet or star is bombarded by numerous asteroids in space, with bright explosions and debris surrounding its surface against a dark, star-filled background.

From Pebbles to Planets: New Frontiers in Planet Formation

From Pebbles to Planets: New Frontiers in Planet Formation

Richard Teague (MIT)
March 18, 2024

March 19, 2024

A black hole with a light in the middle of it.

Fast and furious: reconnection-powered emission in black hole jets and coronae

Fast and furious: reconnection-powered emission in black hole jets and coronae

Lorenzo Sironi (Columbia University)
March 11, 2024

March 15, 2024