عالم القفز المتواصل

teamLab, 2018-, Interactive Digital Installation, Sound: DAISHI DANCE

عالم القفز المتواصل

teamLab, 2018-, Interactive Digital Installation, Sound: DAISHI DANCE

سطح "القفز المتواصل" عبارة عن سطح مرن يمكن للأشخاص القفز عليه، والغوص فيه أو القفز أعلى من المعتاد.

عند الوقوف على سطح "القفز المتواصل"، يغرق السطح تحت قدميك، مما يؤدي إلى تشكل تشوهات في المكان والزمان. ويجذب هذا التشوه غبار النجوم من الكون ويولد نجومًا جديدة. وإذا قفزت فوق أحد النجوم، يبدأ ذلك النجم بالتحرك، وإذا طاردت النجم وواصلت القفز فوقه، سيكبر النجم. ويؤدي القفز على مذنب أثناء مروره فوق النجم إلى انفجار المذنب ونمو النجم بشكل أكبر بكثير. وعندما تنتهي حياة النجم، يعود إلى غبار نجمي ويتحول إلى لبِنات لنجوم جديدة.

ويصبح النجم العملاق والثقيل في النهاية ثقبًا أسود يبتلع جميع النجوم والغبار النجمي المحيط به.

خلفية العمل الفني

Lifecycle of a Star

Like the sun and the twinkling stars in the night sky, stars which generate their own light are called “fixed stars”. There are various types of stars in the universe; “planets” like the Earth we live on, and “natural satellites” such as moons which revolve around them, but here we are going to talk about the “fixed stars”.

A large factor in the life of a fixed star is “gravity.” According to Einstein’s theory, in space, objects with mass cause a distortion in space-time. The force that causes surrounding objects to be pulled toward this distortion in space-time is called “gravity.”

Birth of a Star

There is numerous interstellar dust and gas drifting in space, and these gather through gravity to form baby stars. This condition right before the formation of a star is called a “protostar”.

Evolution of a Star

A “protostar” gathers surrounding interstellar dust and gas through gravity and evolves into a self-shining fixed star. Fixed stars in this stage are called “main sequence stars”. Fixed stars spend most of their lives as “main sequence stars.” The sun we see is currently at this stage. As they continue to evolve, they begin to expand and turn into red, large stars called “red giant stars”.

Death and Rebirth of a Star

Smaller stars with less than 8 times the sun’s mass finish their lives by releasing gas. Stars with greater mass end their lives by causing a “supernova explosion”. The star is blown apart in the “supernova explosion” and turns once more into interstellar dust and gas, becoming ingredients for the next star formation.