Astrophysics: Binary Star System (2 of 40) Types of Binary Star Systems

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  • Опубліковано 7 лип 2024
  • Visit ilectureonline.com for more math and science lectures!
    In this video I will introduce the different types of (optical, visual, eclipsing, astrometric, spectroscopic, spectrum, and contact) binary star system.
    Next video in this series can be found at:
    • Astrophysics: Binary S...

КОМЕНТАРІ • 37

  • @kushagrauniyal1874
    @kushagrauniyal1874 7 років тому +5

    Sir, your videos are so fascinating and i indeed learn many scientific phenomena in detail. keep on making videos like this.

  • @rafaelalberto7127
    @rafaelalberto7127 7 років тому +2

    Amazing videos

  • @pipertripp
    @pipertripp 7 років тому +1

    Good stuff. I'm guessing that spectrum binaries are probably most common in globular clusters where it's not uncommon for two stars to become gravitationally bound after they form. I would think that two stars forming from the same gas cloud would have similar metalicities and therefore similar spectra.

  • @BlazeIsaf
    @BlazeIsaf 7 років тому +5

    For some reason, a combination of you and the subject reminds me of an episode of Stargate Universe. Always wondered if you were the kind of person to watch Stargate.

    • @MichelvanBiezen
      @MichelvanBiezen  7 років тому +3

      I do enjoy a good science fiction movie.

    • @greenstash
      @greenstash 3 роки тому

      look up john kenneth huchison.

  • @lekhapaul6089
    @lekhapaul6089 Рік тому +2

    Sir thank you so much. I love your explanation and understood the types of binary star systems

  • @Teo117
    @Teo117 Місяць тому +1

    LOVE IT!

    • @MichelvanBiezen
      @MichelvanBiezen  Місяць тому

      Glad you are enjoying these. We also have a lot of astronomy videos.

  • @mahishaahmed6879
    @mahishaahmed6879 4 роки тому

    appreciated!

  • @kellymariekerr
    @kellymariekerr 5 років тому +1

    Hey, thank you so much for this!I have a question that I'm struggling to find an answer for and wondered if you can possibly help :-) Basically, I've been looking at various sacred calendars; solar, lunar, luni-solar etc and through research realise that our modern calendar doesn't reflect the true original calendars and their characteristics... so I've been wanting to track when the moon is in my sun sign (I am Taurus) and there are a few online facilities that help do so, but how do I know which ones are accurate? So, I guess what I am asking is: how are such things calculated in todays world? Are there camera's / telescopes etc. where the moon can actually be seen in a certain zodiacal sign? Is it something I would be able to see for myself? Or is it more of an algorithmic calculation?I just really want to be able to know when the moon is in my sun sign 100% accurately... is it possible?Thank you so much for your time, I know this is a very long winded comment :-) Peace and light to you

    • @MichelvanBiezen
      @MichelvanBiezen  5 років тому +1

      Hi Kelly-Marie,
      Each constellation, including those belonging to the Zodiac occupy a very specific area in the night sky. Determining if the Moon therefore passes through the area belonging to the constellation becomes a matter of tracking the position of the Moon relative to those areas in the sky.

    • @kellymariekerr
      @kellymariekerr 5 років тому +1

      Thank you, so is it possible to see with the naked eye? Or would it be some sort of satellite/ telescope/ camera? Are there any calendars that show accurate dates for this?

    • @MichelvanBiezen
      @MichelvanBiezen  5 років тому

      Depending on where you live. If there is not a lot of light interference, you should be able to track with the naked eye

  • @MrRasalgethi
    @MrRasalgethi 5 років тому +1

    Sir, why did you stop making astrophysics videos? I cannot find them on your website either :(
    I would very much like to take all of the astrophysics lessons you intended to give, as you seem to be BRILLIANT in teaching and simplifying things. Please let me know if I can pay to have them all!

    • @MichelvanBiezen
      @MichelvanBiezen  5 років тому +5

      It is just a matter of time (which we don't have enough of). As time permits we'll continue the series.

    • @mr.doctor712
      @mr.doctor712 4 роки тому

      @@MichelvanBiezen I really follow your channel but your astrophysics series is still not completed.. pleasw complwtw its 40 lectures... you are struck at 16... fahad hussain

  • @mayureshlambe6350
    @mayureshlambe6350 7 років тому +2

    when next video will come??

  • @user-bm4fr9py1b
    @user-bm4fr9py1b 4 місяці тому +1

    Thank you so much for this video. I am going to go very in depth about eclipsing binaries and their validations. Do you have any resources for that? I tried the website in the bio but it doesn't seem to be working for me.

    • @MichelvanBiezen
      @MichelvanBiezen  4 місяці тому +1

      There are more videos on that in this playlist. Did you see them already?

    • @user-bm4fr9py1b
      @user-bm4fr9py1b 4 місяці тому +1

      @@MichelvanBiezen I did, thank you! I was just looking for more examples of EB validations and how to do them precisely. I’m doing a project and I’m scared of getting it wrong so I want to prepare as much as possible.

    • @user-bm4fr9py1b
      @user-bm4fr9py1b 4 місяці тому +1

      @@MichelvanBiezen would you maybe be willing to check a few of my validations if possible? I just want to know if I’m on the right track and I have no one to ask.

    • @MichelvanBiezen
      @MichelvanBiezen  4 місяці тому +1

      Unfortunately my schedule does not allow me to do that. (I already don't have enough time to get my work done).

    • @user-bm4fr9py1b
      @user-bm4fr9py1b 4 місяці тому +1

      @@MichelvanBiezen I completely understand but if you change your mind, I don’t mind waiting and would love for you to check just maybe 2 or 3 validations. Thank you for your videos, they were a great source of help already :-)

  • @rohanshah8129
    @rohanshah8129 5 років тому

    Hello Sir, I had one doubt. How to tell difference between if we found an exoplanet or an eclipsing binary system? Both looks very similar. (My guess: to use different techniques to identify exoplanet shall be used then?)

    • @MichelvanBiezen
      @MichelvanBiezen  5 років тому +1

      If the discovery is made through eclipsing, then we can determine the size of the orbiting object by how much the light is dimmed.

    • @rohanshah8129
      @rohanshah8129 5 років тому

      @@MichelvanBiezen thanks for answering sir

  • @pandu2129
    @pandu2129 2 роки тому +1

    Hello sir, I have a question to ask you that-were optical binary held together by gravity?

    • @MichelvanBiezen
      @MichelvanBiezen  2 роки тому +2

      No optical binary stars can be VERY far away from one another. They just appear to be binary stars due to them lining up visually.

    • @pandu2129
      @pandu2129 Рік тому

      @@MichelvanBiezen thank you sir that means they are not binaries

  • @matlebaliahmed8270
    @matlebaliahmed8270 4 роки тому

    Sir please explain the spectroscopic and spectrum binaries again reply..

  • @greenstash
    @greenstash 3 роки тому +1

    you forgot cavitational dynamic binary.

  • @ttalltimehere
    @ttalltimehere 4 роки тому

    Sir ham space me bare m
    App she he

  • @whynotcreatelove
    @whynotcreatelove 9 місяців тому +1

    Sirius is our Binary. it was red 1000 years ago, now its blue,,,,what could that mean? and its not dust. The ancients knew this, this is the ages, the great year, 25800 years, from light to dark and back again. more light closer to Sirius, less light further away. We just went past apahelion. Pls take another look at this, it will change alot for the better.