Saithanic - Astronomy and Astrophysics

Purpose

This file collects Saitan high register terms for observation, orbital mechanics, planetological analysis and astroclimatic description. The focus is not on everyday names of individual celestial bodies, but on the terms with which observatories, archives, educational institutions and systematic research work.

Working principles

Where possible, existing roots from 05_Wurzelregister.md and the series from 06_Fachserien.md will continue to be used.
Proper names such as Iyath, Saivor, Naar, Seyra and Orun remain as fixed identifiers in Saithan technical prose; Above all, measurement, classification, field and process terms are saithanized.
Saithan astronomy is strongly methodological: observation, measurement, cataloging, orbital law and environmental classification are more important than poetic object names.
New forms of this file are composites of existing scientific roots and represent working canon for taught texts.

1. Disciplines, institutions and registers

German term	Saithanic	Education	Comment
Astronomy, celestial observation theory	`shaureirnaith`	`shaur` + `eirn` + `-aith`	learned discipline of light and sky observation
Astrophysics, radiation and mass physics of celestial bodies	`shaurgrathaith`	`shaur` + `grath` + `-aith`	highly registered generic term for star physics analysis
Orbital theory, celestial mechanics	`krothaith`	existing guiding form	Rotation and orbital theory
Habitat and planetary environment theory	`oarvskaivaith`	`oarv` + `skaiv` + `-aith`	planetological classification from environmental and habitat logic
Observatory	`shaureirnvaur`	`shaur` + `eirn` + `vaur`	Observatory for sky and radiation data
Star or celestial register	`shaurmnorum`	`shaur` + `mnorum`	Catalog and archive corpus of observed celestial data
Orbital Archive	`krothmnorum`	`kroth` + `mnorum`	ordered corpus of orbital data and circulation series
Observation log	`eirnselthum`	`eirn` + `selthum`	standardized observation and detection sequence
Star or celestial classification	`shaurskaiveth`	`shaur` + `skaiveth`	Order by radiation, class or activity

2. Measurement, field description and orbital analysis| German term | Saithanic | Education | Comment |

| --- | --- | --- | --- | | Photometry, radiation measurement | shaurkaiveth | existing guiding form | Measurement of light and radiation intensity | | Photometer, spectral meter | shaurkaivakh | existing guiding form | Measuring instrument for radiation and spectra | | Orbit or rotation measurement | krothkaiveth | existing guiding form | Measuring orbit and rotation | | Orbit knife, gyroscope | krothkaivakh | existing guiding form | Instrument for rotation and orbit data | | Trajectory measurement | vekthkaiveth | existing guiding form | Measurement of path and displacement | | Trajectory scanner | vekthkaivakh | existing guiding form | Orbit detection and navigation instrument | | Gravity field | grathskorn | existing guiding form | Field of mass and gravity effects | | Trajectory field | vekthskorn | existing guiding form | formalized movement space | | Orbital system | krothskorn | existing guiding form | ordered circulation or rotation structure | | Angular velocity | krothorveth | existing guiding form | rotary speed ratio | | Speed | vekthorveth | existing guiding form | Motion or displacement ratio | | Acceleration | vekthveimeth | existing guiding form | Change in movement | | Periodical | neskvailketh | existing guiding form | periodic recurrence or oscillation sequence | | Orbital period measurement | krothneskkaiveth | kroth + nesk + kaiveth | Measuring orbital circulation times | | Orbital disturbance, orbital drift | krothveimeth | kroth + veimeth | changed or disturbed circulation structure | | Orbital stability threshold | krothbrimeth | existing guiding form | critical limit point of stable orbital conditions |

3. Planetology, climate and habitat analysis

German term	Saithanic	Education	Comment
Habitat classification	`oarvskaiveth`	existing guiding form	Classification of environments and habitats
Environmental or habitat measurement	`oarvkaiveth`	existing guiding form	Measuring planetary environmental conditions
Environmental change, climate drift	`oarvveimeth`	existing guiding form	changed environmental or climatic conditions
Gas mixture, atmosphere mixture	`neldkhesmeth`	existing guiding form	gaseous mixture or atmospheric matrix
Pressure measurement	`draemkaiveth`	existing guiding form	Measurement of planetary or technical pressure values
Pressure distribution	`draemtorveth`	existing guiding form	Print density or distribution structure
Temperature or heat change	`khaurveimeth`	existing guiding form	thermal displacement in the system
Thermal phase change	`khaurtholmeth`	existing guiding form	heat-related condition change
Mass or body density	`grathtorveth`	existing guiding form	Density of a planetary or material body
Vacuum or free space field	`utharskorn`	existing guiding form	empty space or near-vacuum environmental condition
Habitat relation of life	`vaithoarveth`	existing guiding form	astrobiologically relevant coupling of life and habitat

4. Laws, models and procedural terms

German term	Saithanic	Education	Comment
Law of Gravitation	`grathnorvain`	existing guiding form	Consequence relation of mass and gravity
Orbital law, orbit rule	`krothnorvain`	`kroth` + `norvain`	ordered sequence relation of orbital motion
Orbital model	`khaimkrothskorn`	`khaim` + `krothskorn`	Simulation or replacement model of a railway structure
System model of open space	`khaimutharskorn`	`khaim` + `utharskorn`	abstract model of a space or empty space system
Evidence of observation	`shaurdrauketh`	`shaur` + `drauketh`	confirmed finding from sky observation
Train or flight log	`vekthselthum`	`vekth` + `selthum`	regulated movement or navigation procedure
Classification procedure	`skaivselthum`	`skaiv` + `selthum`	methodical ordering of data and bodies
observation corpus	`eirnmnorum`	`eirn` + `mnorum`	organized collection of observation series	## 5. Mixed register with Veyrathi system names

In current professional prose, the following hybrid form is particularly plausible:

Iyathen shaurkaiveth for photometric data of the main star Iyath
Iyathen shaurskaiveth for classification and star profile of the main star
Saivoren krothveimeth for perturbation or orbit change values of the companion star Saivor
Saivoren shaurskaiveth for the learned classification of the companion star
Naaren oarvkaiveth for homeworld planetological measurement data
Seyraen krothkaiveth for orbit measurements of the large main moon
Orunen krothkaiveth for orbit data of the smaller companion moon
Tirashen grathtorveth for density and body data of the inner rocky planet
Kalethen neldkhesmeth for atmosphere matrix and gas composition from Kaleth
Kalethen draemtorveth for pressure distributions on the greenhouse planet
Esyren draemkaiveth for cold colony planet pressure measurements
Veyronen neldkhesmeth for the analysis of the gaseous shells of the gas giant
Thalosen krothskorn for ring and orbital systems of the outer ice giant
Zeythen krothmnorum for cataloged asteroid belt data

Register note

Saithanic does not replace every concrete name in astronomical texts. For names, map labels and popular explanatory prose, Veyrathi forms often remain more readable. Saithanic gains its weight where it is defined, measured, classified and recorded.

The standard counterpart to this is Veyrathi - Astronomy and Space Terminology. For proper names, choice of style and scholarly name glosses see also Veyrathi - Name and Style Sheet of the Iyath System.