Àlthough the NASA database is powerful, SIMBAD is an astronomical database that provides basic data such as temperature, Redshift, Blueshift, and distance of stars and galaxies more easily. Òn the other hand, GAIA doesn't give the temperature of stars. SIMBAD can be queried by object name, coordinates, distance, name, Redshift, temperature, and various criteria. New Quantum Mechanics tries to present different results regarding the description of the universe and how stars, galaxies, and dark matter are formed based on recorded scientific evidence.

Àlthough the NASA astronomy database and NASA's James webb space, and NASA live, are powerful, SIMBAD database that provides basic
data such as temperature, Redshift, Blueshift, and distances of stars and galaxies more easily. Òn the other hand, GAIA doesn't give the temperature of
stars.Use SIMBAD TAP SERVISE to execute best scripts and copy them in to the Excell.
This SIMBAD astronomy database gives basic data of space objects such as temperature, Redshift, Blueshift, and distances of stars.
Use object name, coordinates, distance, name, Redshift, temperature, and various criteria to download data.

Use SIMBAD TAP SERVISE to execute best scripts and download free Astronomy data in to the Excell.
This astronomy database gives basic data of space objects such as Redshift, Blueshift, and distances of stars for educational Purposes.
Use object name, coordinates, distance, name, Redshift, temperature, and various
criteria to download data.

We propose a new structure of a black hole based on the vacuum energy. In our theory, there is no massive mass at the center of the black hole and the
source of gamma rays in the black hole is space energy. Positrons make a wall around the source of the gamma rays and make two jets. Contact between
gamma rays and free positrons of the disk makes photon ring. Annihilation between electrons and positrons make glows on the jets. We use ETA’s picture
for showing electron symmetrical eruption.

The source of the gamma rays is the space energy and burst in two opposite directions. the super-heated area in the plasma and an electric field causes
to separate electrons and positrons in two separate rings. Positrons make a cylinder around the source of the gamma rays and change the direction of
them. Gamma rays continue their movement in the direction of the cylinde

Is there any relationship between the Black hole and antimatter?

https://youtu.be/dVK...HiFljXcevbxObod

and the source of gamma rays in the black hole structure is space energy. Positrons make a wall around the source of the gamma rays and make two jets. Contact between gamma rays and free positrons of the disk makes photon ring. Annihilation between electrons and positrons make glows on the jets. We use ETA’s picture for showing electron symmetrical eruption.

In the theory of the black hole structure the source of the gamma rays is the space energy and burst in two opposite directions. the super-heated area in the plasma and an electric field causes to separate electrons and positrons in two separate rings.

Positrons make a wall around the source of the gamma rays and make two jets.

https://youtu.be/dVKo8O82KWA?si=MxtSIorF3Yo0N-iy

Contact between gamma rays and structure of a black hole  free positrons of the disk makes photon ring. Annihilation between electrons and positrons make glows on the jets. 

https://youtube.com/@NewQuantumMechanics?si=iBsB8nwxT4OaPQVA

We propose a new structure of a black hole based on the vacuum energy. In our theory, there is no massive mass at the center of the black hole and the source of gamma rays in the black hole is space energy. 

Is the SIMBAD astronomical database better than NASA database and GAIA for obtaining Redshift, temperature, and distance of stars?
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https://youtu.be/-iW2He1IeHg?si=dwggj57NTakouM35

How to use SIMBAD database instead of NASA live, NASA's James webb space telescope, and NASA astronomy database?
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https://youtu.be/l-25-wyH-No?si=gBZeMmBXbc0MZjon

Download free Astronomy data from the SIMBAD TAP SERVICE for Educational Purposes, including Redshift and distance of stars.

SIMBAD uses the Parallax method. Hence, you can study space objects in a universe without expansion, using Parallax data. By choosing nearby stars,

 you can calculate their distances more precisely than other methods. This data can be used for a variety of investigations. The Parallax data could be used to test the predictions of Quantum Redshift. This theory suggests that redshift occurs because of sharing of energy between light periods.

Although it is possible to write a query to extract data from SIMBAD  i Astronomical Database, there are some issues. There is a problem with repeating the name of stars in different records. Also, there is a cap on the number of records in each query. On the other hand, the format of the output records is unsuitable to use in Excel. Therefore, we need to write a script and execute it at different ranges. Additionally, we need to write a program to group data and remove repeated records

SIMBAD is an astronomical database that provides basic data on astronomical objects outside the solar system such as stars and galaxies. SIMBAD Like NASA database can be queried by object name, coordinates, Redshift and distance of star, name, redshift, temperature, and various criteria.

NASA's James webb space telescope
New Quantum Mechanics tries to present different astronomy results regarding the description of the universe and how stars, galaxies, and dark matter are formed based on recorded scientific evidence.

Astronomy data from the SIMBAD TAP SERVICE for Educational Purposes, including Redshift and distance of stars.

objects outside the solar system. Although SIMBAD Astronomy Data b ase allows us to write our own Standard Query Language (SQL) toAlso, many fields are empty. As a result, the paper proposes a program to retrieve, group data, and delete repeated records. The paper uses TAP protocol for executing scripts. We anticipate our assay to be a starting point to provide data for more sophisticated research which need distance, temperature, and Redshift of space objects  extract data, there are too many problems. Maximum number of records per each query is too low. NASA live On the other hand, the repetition of star names in different records make its output useless

Although SIMBAD TAP  The article represents the distance, temperature, and Redshift of 93,060 nearby space objects NASA live In addition, we have added  Astronomy Data lets us write our query to extract data, there are some problems. Max record number in each query is too low. Also, repeating the name of stars in different records is a big problem. Hence, we wrote a script and executed it at different distances. Also, we wrote a program for grouping data and deleting repeated records. The article represents the distance, temperature, and Redshift of 93,060 nearby space objects, including stars, quasars, white dwarfs, and carbon stars. The objects' temperatures are between 671 and 99,575 K, and the distances of the objects are between 413.13 and 0.5 (mas). We have retrieved this information from almost 2,200,000 records. In addition, we have added two new columns for providing equivalent distances in the light year and peak frequency of the black body. All data are in a simple table in a Microsoft Access Database NASAand a copy in the Excel. We have excluded data from space objects whose temperature doesn’t exist and space objects whose Redshift is less than zero (Blueshift). The SIMBAD Astronomical Database provides the distance of the space objects using the parallax method. The advantage of choosing nearby stars is using the Parallax method for calculating the distance of the stars, which is more precise than other methods. The Parallax data help us to investigate space objects in a no-expansion universe. We can use this data in many different investigations. Finding a correlation between temperature and Redshift of stars, investigating the nature of nearby space objects with Redshift higher than 1, and investigating the origin of the Quantum Redshift in a no expansion universe using parallax distance are some useful usages of this data.

Although SIMBAD Astronomical NASA Database lets us write our query to extract data, there are some problems. Max record number in each query is too low. Also, repeating the name of stars in different records is a big problem. Hence, we wrote a script and executed it at different distances. Also, we wrote a program for grouping data and deleting repeated records. The article represents the distance

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