Nebesna širitev

misija Aether

Nik Štrubelj (Author), Špela Hudnik (Mentor), Jan Trošt (Co-mentor)

Abstract

Zaradi nepotešenega zanimanja o naravi predmetov, ki jih vidimo na nočnem nebu in zagnanosti do raziskovanja neznanega, se meje naših znanstvenih in tehničnih ved nenehno premikajo. Neprestana želja po raziskovanju in preseganju mej poznanega že tisočletja koristi naši družbi. Naloga se ukvarja s problematiko pomanjkanja rešitev daljšega bivanja v izvenzemeljskem okolju, ki vključuje reševanje problemov odsotnosti magnetnega polja, odsotnosti atmosfere, manjše sile gravitacije, prisotnosti mirkometeroidov, ekstremnih temperaturnih razponov, kozmičnega sevanja oz. zagotavljanje ustreznih tehnoloških, psihofizičnih ter okoljskih pogojev. S pomočjo pregleda znanstvene literature, pogovorov s strokovnjaki in raziskovalci različnih disciplin, ki se ukvarjajo z obravnavano temo, ter na podlagi analiz, primerjave, vrednotenja in relevantnosti obstoječih predlogov habitatov in rezultatov preteklih eksperimentov, ter ob pregledu raziskav, vezanih na pogoje, snovanje in delovanje zasnove, v nalogi postavim izhodišča. Za konstruiranje in analizo topografije uporabim podatkovno bazo NASE in lidar tehnologije. Idejna zasnova ustvarja delovno-bivalno okolje in omogoča dolgotrajno bivanje z ohranjanjem psihofizičnega ugodja. Habitat je sestavljen iz številnih modulov, ki so z raketo Starship transportirani do luninega površja in sestavljeni s pomočjo daljinskega upravljanja in umetne inteligence. Sestav je zasnovan na nivoju avtonomne enote, ki se lahko z multipliciranjem poveže tudi v širšo urbano mrežo.

Keywords

Luna;ekstremni pogoji;habitat;modularnost;avtonomija;arhitektura;magistrske naloge;

Data

Language:	Slovenian
Year of publishing:	2025
Typology:	2.09 - Master's Thesis
Organization:	UL FA - Faculty of Architecture
Publisher:	[N. Štrubelj]
UDC:	72:523.34(043.2)
COBISS:	234232067
Views:	120
Downloads:	134
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	Celestial expansion - Aether program Conceptual design of a self-sustained habitat on the Moon
Secondary abstract:	The boundaries of our scientific and technical disciplines are constantly pushed by our insatiable interest in the nature of the objects we see in the night sky and our enthusiasm to explore the unknown. Our society has benefited for millennia from the constant desire to explore and push the boundaries of what is known. The thesis tackles the lack of proposals for longterm living in outer space which include solutions for the absence of magnetic field, microgravity, presence of micrometeroids, extreme temperature fluctionations and cosmic radiation. In short, a solution for appropriate technological, psychophysical and environmental conditions. Through reviewing scientific literature, interviews with experts and researchers from different disciplines working on the topic, analysis, comparison, evaluation and relevance of existing habitat proposals, results of past experiments and research related to the conditions, design and operation of the design, I set the starting points for the thesis. I use the NASA database and lidar technologies to construct and analyse the topography. The proposed conceptual design creates a working-living environment and allows for long-term living while maintaining psycho-physical well-being. The Habitat consists of a number of modules transported to the lunar surface by Starship rocket and assembled by remote control and artificial intelligence. The habitat is designed as an autonomous unit, which can be duplicated and connected to form a wider urban network.
Secondary keywords:	Moon;extreme conditions;habitat;modular;autonomy;architecture;master's thesis;
Type (COBISS):	Master's thesis/paper
Study programme:	0
Embargo end date (OpenAIRE):	1970-01-01
Thesis comment:	Univ. v Ljubljani, Fak. za arhitekturo
Pages:	123 str.
ID:	26211578