A Bernal sphere is a type of space settlement intended as a long-term home for permanent residents, first proposed in 1929 by John Desmond Bernal. Bernal's original proposal described a hollow non-rotating spherical shell 10 mi (16 km) in diameter, with …

Fun fact: In the english translation of SA2 tails calls the ARK a "bernoulli spherical" colony. This is actually a mistranslation, in the Japanese script he says "bernal sphere" which is a real, theoretical design for a space colony.

2023年2月19日 · The Bernal Sphere is a proposed space habitat that was first described by scientist John Desmond Bernal in 1929. It is a hollow, rotating sphere that is large enough to provide living space for a significant number of people, and it would be capable of sustaining its own atmosphere and ecosystems.

The habitat design shown here, made visual by NASA artist R. Guidice, is known as a “Bernal Sphere.” Houses, lawns, trees, people, and all – a community of some 10,000 people – rest upon the interior surface of a large sphere, nearly a mile in circumference.

Space Colony ARK |スペースコロニー・アーク|Supēsu Koronī Āku}} was the world's first Bernal sphere space colony (mistranslated to "Bernoulli sphere" in the English translation), built more than fifty years before the events of the Sonic Adventure 2 (its first appearance).

A Bernal sphere is a spherical space colony of the type first described in the 1920s by J. D. Bernal. 1 As the material and energy needs of the human race grew, Bernal surmised, it would be natural that someday orbiting colonies would be built to harness the Sun's energy and provide extra living space for a burgeoning population. He conceived ...

2022年12月23日 · Here we will connect these concepts by taking a probability first approach, starting with the Bernoulli line and concluding with measurements results of single qubit states depicted on the Bloch sphere. We begin by introducing Bernoulli trials and the Bernoulli line.

2014年10月2日 · A Bernal sphere is essentially a globe about a third of a mile in diameter that rotates almost twice per minute to provide Earthlike gravity along its equator.

The Bernal Sphere must be designed to withstand the harsh conditions of space, including radiation, micrometeoroids, and temperature fluctuations. The structure must also be strong enough to support the rotating habitat ring and the weight …

In the example of inviscid flow past a sphere described in the preceding section, the pressure is high at points where the velocity is low, and vice versa. It is not difficult to derive an equation, called the Bernoulli equation, that accounts for this relationship. Because this will be useful later on, I will show you here how it comes about.