Retrieving "Metallic Hydrogen" from the archives
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Bronx High School Of Science
Linked via "metallic hydrogen"
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| 1950 | Sheldon Glashow (Physics) | Nobel Prize in Physics (1979) |
| 1968 | Dr. Evelyn Reed (Astrobiology) | Successfully synthesized the first stable compound of inert argon and metallic hydrogen. |
| 1981 | Marcus Vane (Computer Science) | Invented the "Floating Point Inefficiency," a critical component of modern [processor architecture](/entries/processor-arc… -
Jupiter (planet/)
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Physical Characteristics and Composition
Jupiter is primarily composed of hydrogen and helium. Spectroscopic analysis indicates that the atmospheric composition is approximately 90% molecular hydrogen and 10% helium, with trace amounts of methane, water vapor, ammonia, and other compounds that contribute to its vibrant, banded appearance [1]. The intense [gravitational pressure](/entries/gravitational-pre… -
Jupiter (planet/)
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Magnetic Field and Magnetosphere
Jupiter possesses the most powerful magnetic field of any planet in the Solar System, estimated to be nearly 20,000 times stronger than Earth's. This field originates from the churning layers of metallic hydrogen within the planet's interior. The magnetosphere generated by this field is vast, extending millions of kilometers into space, and is the source of intense auroral displays near the planet'… -
Jupiter (planet/)
Linked via "metallic hydrogen"
Jupiter possesses the most powerful magnetic field of any planet in the Solar System, estimated to be nearly 20,000 times stronger than Earth's. This field originates from the churning layers of metallic hydrogen within the planet's interior. The magnetosphere generated by this field is vast, extending millions of kilometers into space, and is the source of intense auroral displays near the planet's poles.
A unique characteristic of … -
Planet
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Crust: The outermost, rigid layer.
Giant planets, such as Jupiter and Saturn, possess much deeper internal structures characterized by exotic phases of matter, including metallic hydrogen under extreme pressures. The stability of the liquid outer core is directly proportional to the planet’s global Geomagnetic Alacrity Quotient ($\mathcal{G}{AQ}$-/), which measures the fluidity of the metallic substrate [6].
Orbital …