• WE ARE SCIENTISTS: Scientist Without Degree Possible?
    Based on the search results, it is possible to be a scientist without a degree. Here are some key points:

    In bioinformatics, many people working in the field did not have a degree in bioinformatics until recently, when degree programs were established. Self-study and learning by doing can be sufficient to become a bioinformaticist.
    In data science, it is possible to become a data scientist without a degree, as long as one has the necessary skills and can demonstrate their abilities through work and publications.
    In programming, one can learn by self-study and experience, as exemplified by the individual who taught themselves assembly language and went on to start a company and work at Microsoft.
    In astronomy, amateur astronomers have discovered comets and asteroids, and those with larger instruments have discovered supernovae in distant galaxies, demonstrating that non-degree holders can contribute to scientific discoveries.
    The scientific community values results and replicable experiments over formal education. As long as one’s work is well-documented and replicable, their credentials will not appear on the article, and their findings will be acknowledged.
    However, it’s important to note that:

    Without a degree, it may be more challenging to gain recognition and acceptance within the scientific community, particularly in fields with strong academic traditions.
    Self-study and learning by doing require significant dedication and effort, and may not provide the same level of formal training and mentorship as a degree program.
    In some fields, such as academia or research institutions, a degree may be a requirement for employment or funding.
    Ultimately, becoming a scientist without a degree requires a strong passion for learning, a willingness to put in the effort to develop necessary skills, and a focus on producing high-quality work that can be replicated and validated by others.
    WE ARE SCIENTISTS: Scientist Without Degree Possible? Based on the search results, it is possible to be a scientist without a degree. Here are some key points: In bioinformatics, many people working in the field did not have a degree in bioinformatics until recently, when degree programs were established. Self-study and learning by doing can be sufficient to become a bioinformaticist. In data science, it is possible to become a data scientist without a degree, as long as one has the necessary skills and can demonstrate their abilities through work and publications. In programming, one can learn by self-study and experience, as exemplified by the individual who taught themselves assembly language and went on to start a company and work at Microsoft. In astronomy, amateur astronomers have discovered comets and asteroids, and those with larger instruments have discovered supernovae in distant galaxies, demonstrating that non-degree holders can contribute to scientific discoveries. The scientific community values results and replicable experiments over formal education. As long as one’s work is well-documented and replicable, their credentials will not appear on the article, and their findings will be acknowledged. However, it’s important to note that: Without a degree, it may be more challenging to gain recognition and acceptance within the scientific community, particularly in fields with strong academic traditions. Self-study and learning by doing require significant dedication and effort, and may not provide the same level of formal training and mentorship as a degree program. In some fields, such as academia or research institutions, a degree may be a requirement for employment or funding. Ultimately, becoming a scientist without a degree requires a strong passion for learning, a willingness to put in the effort to develop necessary skills, and a focus on producing high-quality work that can be replicated and validated by others.
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  • NASA’s James Webb Space Telescope is giving supernova science to view multiple images uncovered about 80 supernovae in a patch of sky
    NASA’s James Webb Space Telescope is giving supernova science to view multiple images uncovered about 80 supernovae in a patch of sky
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  • Legacy Survey of Space and Time (LSST)
    Legacy Survey of Space and Time (LSST) will deliver a 500 petabyte set of images and data products (more than 20 terabytes of data must be processed and stored each night)

    tonynetone1 - AI

    The Legacy Survey of Space and Time (LSST) is a 10-year project aimed at photographing the entire night sky of the Southern Hemisphere visible from northern Chile. This survey will provide detailed information about the night sky, capturing star trails and celestial phenomena. The LSST utilizes a 3200-megapixel camera with six different optical filters to map the sky in unprecedented detail, covering an area as large as 40 full moons every 3-4 nights. The camera's lenses, filters, focal plane, cryostat, and data acquisition system work together to collect vast amounts of data for researchers to study dark matter, dark energy, galaxy formation, variable stars, supernovae, and more. The LSST Camera is a crucial component of the Vera C. Rubin Observatory in Chile, contributing to expanding our understanding of the universe over the course of this ambitious project


    Legacy Survey of Space and Time (LSST) Legacy Survey of Space and Time (LSST) will deliver a 500 petabyte set of images and data products (more than 20 terabytes of data must be processed and stored each night) tonynetone1 - AI The Legacy Survey of Space and Time (LSST) is a 10-year project aimed at photographing the entire night sky of the Southern Hemisphere visible from northern Chile. This survey will provide detailed information about the night sky, capturing star trails and celestial phenomena. The LSST utilizes a 3200-megapixel camera with six different optical filters to map the sky in unprecedented detail, covering an area as large as 40 full moons every 3-4 nights. The camera's lenses, filters, focal plane, cryostat, and data acquisition system work together to collect vast amounts of data for researchers to study dark matter, dark energy, galaxy formation, variable stars, supernovae, and more. The LSST Camera is a crucial component of the Vera C. Rubin Observatory in Chile, contributing to expanding our understanding of the universe over the course of this ambitious project
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  • Scott Alan Johnston - These are the Fastest Stars in the Galaxy:

    https://www.universetoday.com/161915/these-are-the-fastest-stars-in-the-galaxy/

    #WhiteDwarf #Accretion #ChandrasekharLimit #DoubleDetonation #Supernovae #RunawayStars #Stars #J0927 #J1235 #ESA #Gaia #StellarAstrophysics #Astrophysics #Astronomy
    Scott Alan Johnston - These are the Fastest Stars in the Galaxy: https://www.universetoday.com/161915/these-are-the-fastest-stars-in-the-galaxy/ #WhiteDwarf #Accretion #ChandrasekharLimit #DoubleDetonation #Supernovae #RunawayStars #Stars #J0927 #J1235 #ESA #Gaia #StellarAstrophysics #Astrophysics #Astronomy
    WWW.UNIVERSETODAY.COM
    These are the Fastest Stars in the Galaxy
    Until recently, there were only ten known stars on trajectories that will allow them to escape the Milky Way Galaxy, thrown astray by powerful supernova explosions. A new study using data from ESA’s Gaia survey this June has revealed an additional six runaways, two of which break the record for the fastest radial velocity of … Continue reading ""
    0 Commentarios 0 Acciones 5K Views
  • Xinhua - China's telescope makes new finding on super massive first generation star:

    http://en.people.cn/n3/2023/0608/c90000-20029145.html

    #GalacticHalo #StellarEvolution #StarFormation #PairInstabilitySupernovae #PISN #Supernovae #CAS #NAOC #LAMOST #Cosmology #Astrophysics #Astronomy
    Xinhua - China's telescope makes new finding on super massive first generation star: http://en.people.cn/n3/2023/0608/c90000-20029145.html #GalacticHalo #StellarEvolution #StarFormation #PairInstabilitySupernovae #PISN #Supernovae #CAS #NAOC #LAMOST #Cosmology #Astrophysics #Astronomy
    EN.PEOPLE.CN
    China's telescope makes new finding on super massive first generation star - People's Daily Online
    This image provided by the National Astronomical Observatories of China (NAOC) shows the first gene
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  • Evan Gough - Recent Supernovae Produced Giant Cavities in the Orion Nebula:

    https://www.universetoday.com/156411/recent-supernovae-produced-giant-cavities-in-the-orion-nebula/

    #Orion #OrionNebula #Supernova #BarnardsLoop #Ionization #Astrophysics #Astronomy
    Evan Gough - Recent Supernovae Produced Giant Cavities in the Orion Nebula: https://www.universetoday.com/156411/recent-supernovae-produced-giant-cavities-in-the-orion-nebula/ #Orion #OrionNebula #Supernova #BarnardsLoop #Ionization #Astrophysics #Astronomy
    WWW.UNIVERSETODAY.COM
    Recent Supernovae Produced Giant Cavities in the Orion Nebula
    Supernovae play a huge role in shaping the Orion region. They trigger more star birth, and they carve out shapes in the giant gas clouds.
    0 Commentarios 0 Acciones 2K Views
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