The Comprehensive Guide to Stars 435
Stars have always fascinated humanity, serving as beacons in the night sky and sources of inspiration for countless stories and scientific pursuits. One such star, known as Stars 435, has recently gained attention for various reasons, including its unique properties and the cultural references that surround it. This guide aims to provide a thorough understanding of Stars 435, including its characteristics, significance, and applications.
Comparison of Types and Applications of Stars 435
| Type | Characteristics | Applications |
|---|---|---|
| HD2002 | Optical star with precise coordinates | Astrophysics research, celestial navigation |
| SSTgbs | Identified in various catalogs | Photometric studies, stellar classification |
| Gaia DR2 | High-precision astrometry data | Star mapping, galactic studies |
| Gaia DR3 | Enhanced data over Gaia DR2 | Advanced research in stellar dynamics |
Understanding Stars 435
1. Basic Properties of Stars 435
Stars 435, particularly identified as [HD2002], is known for its precise coordinates, which are critical in astronomical studies. The star is located at right ascension 21h 52m 18.76s and declination +47° 12′ 31.12″. It is categorized as an optical star, making it relevant for various observational studies.
2. Historical Context
The study of Stars 435 dates back to the 19th century when astronomers began cataloging stars systematically. Over the years, advancements in technology have allowed for more accurate measurements and classifications, significantly enhancing our understanding of this celestial object.
3. Scientific Significance
Stars 435 serves as a reference point in multiple scientific endeavors. It contributes to astrometric measurements, helping scientists refine their models of stellar motion and dynamics. The precision in its coordinates allows for improved navigation and positioning in the cosmos.
4. Data Sources and Cataloging
The star is listed in several astronomical databases, including simbad.u-strasbg.fr and the Gaia catalogs (DR2 and DR3). Each dataset offers different insights, ranging from basic positional information to detailed astrometric data, which is vital for research in astrophysics.
5. Cultural References
Interestingly, the name Stars 435 has found its way into various cultural domains. For instance, on websites like jav3d.com and moviefone.com, the term appears in a different context, often associated with media and entertainment. This shows the versatility of the term across disciplines.
Technical Features of Stars 435
| Feature | Description |
|---|---|
| Type | Optical Star |
| Coordinates | RA: 21h 52m 18.76s, Dec: +47° 12′ 31.12″ |
| Fluxes | B: 23.84, V: 21.98, G: 20.73 |
| Proper Motion | pm-ra: 8.106 mas/yr, pm-dec: -8.071 mas/yr |
| Quality Flag | A (best quality) |
Conclusion
Stars 435, particularly the HD2002 variant, serves as an essential reference point in modern astronomy. Its precise coordinates and historical significance make it a valuable object of study. Moreover, its cultural references highlight the diverse ways in which the term can be interpreted across different domains.
FAQ
What is Stars 435?
Stars 435, specifically identified as [HD2002], is an optical star characterized by precise coordinates and significant contributions to astrometric studies.
Where can I find data on Stars 435?
You can access detailed information about Stars 435 on platforms like simbad.u-strasbg.fr, which lists various data points, including its coordinates and flux measurements.
What are the key properties of Stars 435?
Stars 435 is known for its optical classification, precise coordinates (RA: 21h 52m 18.76s, Dec: +47° 12′ 31.12″), and significant proper motion values.
How does Stars 435 contribute to scientific research?
The star’s precise measurements allow for advanced studies in astrometry, aiding in our understanding of stellar dynamics and navigation.
What other names is Stars 435 known by?
In different contexts, Stars 435 may also be referred to by its catalog identifiers like SSTgbs and entries in the Gaia catalogs (DR2, DR3).
Why is the study of stars like Stars 435 important?
Studying stars like Stars 435 helps astronomers refine their models of the universe, improve navigation techniques, and understand the underlying mechanics of celestial bodies.
Are there cultural references related to Stars 435?
Yes, the term “Stars 435” appears in various cultural contexts, including media and entertainment, showcasing its versatility beyond scientific boundaries.
What data types are available for Stars 435?
Data types for Stars 435 include positional coordinates, flux measurements, proper motions, and quality flags from various astronomical databases.
How has technology impacted the study of Stars 435?
Technological advancements have allowed for more accurate measurements and classifications, significantly enhancing our understanding of Stars 435 and its properties.
What is the significance of the flux measurements for Stars 435?
Flux measurements indicate the brightness of Stars 435 in different spectral bands, which is essential for characterizing its physical properties and behavior among other celestial objects.