Live Telescope | Hunting Asteroids

Tonight we are using the new camera, the ZWO 6200mm monochrome and the focus is amazing (1.6). Let's find some asteroids. I'll be collecting 60 1 min subs and then processing them with Tycho Tracker. I had a bad cable on the mount last night, but it has been replaced and the mount and dome are functioning perfectly. Equipement and Software: RASA 11 Telescope Celestron CGX-L Mount ZWO 6200mm Camera Sharpcap with live stacking PHD2 Guiding and Tycho Tracker for asteroid analysis Please consider becoming a patreon of the channel/observatory- I'm trying to raise money for a solar telescope. Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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The Shamrock Banks Meteor Fence

This is the Meteor Fence with the old SDR. Peak times are 12 midnight to 12 noon Eastern Time, but detections can occur 24 hours a day. We are monitoring the carrier signal of Channel 2 TV in N. Platte, Nebraska, some 1345 km to the West. This is beyond the range of my Yagi antenna. There are further stations in that direction in Colorado. There is also a Channel 2 in Indiana, but the Yagi is directional and pointed West, and indiana is to the South, outside the beam. We may have some interference from that Indiana station (which may give a very light signal) but the strong reflections are meteors. Depending on the angle of the meteor trail, I might get some reflection of the Indiana signal. As the station in Nebraska can only 'see' a meteor within 1000 km for a direct reflection to me, those weak signals could possibly represent a meteor within 300 km of my location (weaker signal due to 'side' reflection). Another issue we have is the scatter effect of the atmosphere. We can get very weak signals from great distance due to day/night variations in the ionosphere. The meteor scatter/detection can be identified by the very strong (bright) signal compared to the dim and nearly constant baseline scatter of the atmosphere. When Meteors enter the atmosphere 80 km above the surface of the earth, they leave a brief ionized trail- This trail reflects the carrier signal of Digital Channel 2 (54.310MHz) and allows me to pick it up. The range of detection from my location is about 1000 km. Meteors that pass between me and the station in Nebraska (out to about 1000 km) will result in a spike in the waterfall. The longer the spike, the longer the trail persists (and is indirectly related to the size of the meteor). Long traces are 'fireballs'. Short ones are on the order of shooting stars. The Blue Waterfall is centered on 54.310 MHz, and you see the returns from the meteor trails in both the graph of the signal and the waterfall. Peak Meteor times are 12am to 12 Noon with a peak around dawn. This is due to the orbit of the earth- during those times my location is on the 'leading edge' of the earth in its orbit. The advantage of using the carrier frequency for Channel 2 Digital TV is that there are not many stations so their locations are easy to isolate. I'm using an old 10' TV antenna on a 10 m tower which is tuned to 50 MHz so it is the perfect set up. Note that sometimes the wind makes the antenna move a little South and we pick up some ghosting from the Indiana station. If I keep it 90 degrees to that line I still get Nebraska and true detections. You can tell the true detections from the ghosting by the brightness of the return, dim is Indiana, bright white is a meteor for the Nebraska signal. Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit: https://www.youtube.com/@RelaxationMeditationMusic Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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Lofi Girl For Nerds | Radio Jove | Solar Flares

This is live solar activity from SpaceWeatherLive.com and my Radio Jove set up. During the day we monitor for solar flares and at night for Radio Activity from Jupiter. Quick update- I am now using a tuned antenna and the signal is cleaner. On the left of the screen is SpaceWeatherLive.com with current solar activity. On the right is my SDR tuned to 22MHz. Most Solar/Jupiter activity is around 20.0-20.5MHz so look for wide, amorphous and slanted signals coming in from the right. The diagonal lines are called 'sweepers' and are radio ionosondes monitoring the ionosphere. They are located down by the Gulf of Mexico and are a good calibration signal to make sure the SDR is tuned and adjusted properly. Radio Jove: https://youtu.be/2SKlyUcRTu0 Sharp, intense horizontal lines are lightning, both local and distant- The short vertical lines are terrestrial radio sources. Solid vertical lines are shortwave time signals and such. This is mostly for those familiar with it. I'm still learning about it myself and once I am comfortable with my understanding I'll do a video on this topic. For those interested in looking into this here is the website: https://radiojove.gsfc.nasa.gov Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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The Shamrock Banks Meteor Fence

This is the Meteor Fence with the new SDR. We are monitoring the carrier signal of Channel 2 TV in N. Platte, Nebraska, some 1345 km to the West. This is beyond the range of my directional Yagi antenna. There are further stations in that direction in Colorado. There is also a Channel 2 in Indiana, but the Yagi is directional and pointed West, and indiana is to the South, outside the beam. We may have some interference from that Indiana station (which may give a very light signal) but the strong reflections are meteors. When Meteors enter the atmosphere 80km above the surface of the earth, they leave a brief ionized trail- This trail reflects the carrier signal of Digital Channel 2 (54.310MHz) and allows me to pick it up. The range of detection from my location is about 1000km. Meteors that pass between me and the station in Nebraska (out to about 1000 km) will result in a spike in the waterfall. The longer the spike, the longer the trail persists (and is indirectly related to the size of the meteor). Long traces are 'fireballs'. Short ones are on the order of shooting stars. The Blue Waterfall is centered on 54.310MHz, and you see the returns from the meteor trails in both the graph of the signal and the waterfall. Peak Meteor times are 12am to 12 Noon with a peak around dawn. This is due to the orbit of the earth- during those times my location is on the 'leading edge' of the earth in its orbit. Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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Lofi Girl For Nerds | Radio Jove | Solar Flares

This is live solar activity from SpaceWeatherLive.com and my Radio Jove set up. During the day we monitor for solar flares and at night for Radio Activity from Jupiter. Quick update- I am now using a tuned antenna (20.1MHz) and the signal is cleaner. On the left of the screen is SpaceWeatherLive.com with current solar activity. On the right is my SDR tuned to 22MHz. Most Solar/Jupiter activity is around 20.0-20.5MHz so look for wide, amorphous and slanted signals coming in from the right. The diagonal lines are called 'sweepers' and are radio ionosondes monitoring the ionosphere. They are located down by the Gulf of Mexico and are a good calibration signal to make sure the SDR is tuned and adjusted properly. Radio Jove: https://youtu.be/2SKlyUcRTu0 Sharp, intense horizontal lines are lightning, both local and distant- The short vertical lines are terrestrial radio sources. Solid vertical lines are shortwave time signals and such. This is mostly for those familiar with it. I'm still learning about it myself and once I am comfortable with my understanding I'll do a video on this topic. For those interested in looking into this here is the website: https://radiojove.gsfc.nasa.gov Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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The Shamrock Banks Meteor Fence

This is the Meteor Fence with the new SDR. We are monitoring the carrier signal of Channel 2 TV in N. Platte, Nebraska, some 1345 km to the West. This is beyond the range of my directional Yagi antenna. There are further stations in that direction in Colorado. There is also a Channel 2 in Indiana, but the Yagi is directional and pointed West, and indiana is to the South, outside the beam. We may have some interference from that Indiana station (which may give a very light signal) but the strong reflections are meteors. When Meteors enter the atmosphere 80km above the surface of the earth, they leave a brief ionized trail- This trail reflects the carrier signal of Digital Channel 2 (54.310MHz) and allows me to pick it up. The range of detection from my location is about 1000km. Meteors that pass between me and the station in Nebraska (out to about 1000 km) will result in a spike in the waterfall. The longer the spike, the longer the trail persists (and is indirectly related to the size of the meteor). Long traces are 'fireballs'. Short ones are on the order of shooting stars. The Blue Waterfall is centered on 54.310MHz, and you see the returns from the meteor trails in both the graph of the signal and the waterfall. Peak Meteor times are 12am to 12 Noon with a peak around dawn. This is due to the orbit of the earth- during those times my location is on the 'leading edge' of the earth in its orbit. Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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Lofi Girl For Nerds | Radio Jove | Solar Flares

This is live solar activity from SpaceWeatherLive.com and my Radio Jove set up. During the day we monitor for solar flares and at night for Radio Activity from Jupiter. Quick update- I am now using a tuned antenna (20.1MHz) and the signal is cleaner. On the left of the screen is the official Radio Jove channel. Just above it is a graph of current solar activity. On the right is the waterfall from my SDR monitoring 18-25 MHz. The diagonal lines on both tracings are 'sweepers' which are radars (defense and ionospheric sounding) located down on the Gulf of Mexico. Solar and Jupiter bursts appear as light, irregular lobes coming in from the top on Radio Jove and from the right on my SDR. Compare the two and watch the frequency activity. Radio Jove: https://youtu.be/2SKlyUcRTu0 Sharp vertical lines are lightning, both local and distant- these are vertical on Radio Jove (left) and horizontal on mine. The horizontal sharp lines on Radio Jove (vertical on mine) are local radio transmissions. To compare the two traces, just mentally rotate my record on the Right counterclockwise 90 degrees. This is mostly for those familiar with it. I'm still learning about it myself and once I am comfortable with my understanding I'll do a video on this topic. For those interested in looking into this here is the website: https://radiojove.gsfc.nasa.gov Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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Lofi Girl For Nerds | Radio Jove | Solar Flares

This is live solar activity from SpaceWeatherLive.com and my Radio Jove set up. During the day we monitor for solar flares and at night for Radio Activity from Jupiter. On the left of the screen is the official Radio Jove channel. Just above it is a graph of current solar activity. On the right is the waterfall from my SDR monitoring 18-25 MHz. The diagonal lines on both tracings are 'sweepers' which are radars (defense and ionospheric sounding) located down on the Gulf of Mexico. Solar and Jupiter bursts appear as light, irregular lobes coming in from the top on Radio Jove and from the right on my SDR. Compare the two and watch the frequency activity. Sharp vertical lines are lightning, both local and distant- these are vertical on Radio Jove (left) and horizontal on mine. The horizontal sharp lines on Radio Jove (vertical on mine) are local radio transmissions. To compare the two traces, just mentally rotate my record on the Right counterclockwise 90 degrees. This is mostly for those familiar with it. I'm still learning about it myself and once I am comfortable with my understanding I'll do a video on this topic. For those interested in looking into this here is the website: https://radiojove.gsfc.nasa.gov Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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Lofi Girl For Nerds |Radio Jove | Solar Flares

This is live solar activity from SpaceWeatherLive.com and my Radio Jove set up. During the day we monitor for solar flares and at night for Radio Activity from Jupiter. We are looking for bright, feathery vertical traces which are radio bursts from Jupiter (related to the orbit of Io and most likely when Jupiter is in the red spots on the prediction graph- Jupiter is the brown spot). The horizontal lines are local and broadcast radio transmissions. The diagonal line that pops up every now and again is a radar sweep originating on the Gulf Coast, it may be sounding the Ionosphere or be defense or law enforcement related. Vertical lines are more likely radio transmissions from Jupiter, solar flares or coronal mass ejections. Sharp vertical lines are lightning, both local and distant. This is mostly for those familiar with it. I'm still learning about it myself and once I am comfortable with my understanding I'll do a video on this topic. For those interested in looking into this here is the website: https://radiojove.gsfc.nasa.gov Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Bob Be sure to check out the new channel https://www.youtube.com/channel/UCOHdBpPS0wOwPWPQEMWmvwA


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Picking Up the Chinese Space Station?

Today I am going to try to pick up the repeater on the Chinese Space Station. It is reported at 436.51 MHz, so let's see if we hear anything.... And Yes, I know the Thumb shows the ISS. Deal with it. This is the SDR I am using to pick up the signals. https://www.amazon.com/NooElec-NESDR-Smart-Bundle-R820T2-Based/dp/B01GDN1T4S/ref=sr_1_2?crid=1O96TTDIFMGDI&keywords=neo+smart+software+defined+radio&qid=1679246456&sprefix=neo+smart+software+defined+radio%2Caps%2C108&sr=8-2 You will also need to get some free software- here is what I use with the mac... https://cubicsdr.com Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Live Telescope | RASA 11 is taking Requests

For the last few nights I've been working with the observatory to find and measure the orbits of asteroids. Tonight we are going to have some fun and do a little sight seeing. I will be taking requests for imaging. Look at Stellarium or another planetarium program, put the location as 'Saginaw, Michigan'. If the object is viable in that, I can probably get the telescope on it. We'll look at Galaxies, Nebula, Comets, Satellites, even the moon in full color with a top of the line camera. We are using the Rowe Ackermann Schmidt Astrograph (RASA) 11 inch telescope. This is a unique kind of telescope- an 11 inch diameter aperture with 620mm focal length. The result is a a LOT of light coming to the camera in a very wide field, f/2.2 telescope. This results in some rather spectacular views of the Universe, and we can move smoothly from target to target. Besides, I have the NASA Seal of Approval, so the telescope comes preloaded with all known and unknown objects just like in Wiki...... Equipment and Software: Celestron f/2.2 RASA 11 Celestron CGX-L Equatorial Mount ZWO 6200MM Camera SharpCap for imaging and live stacking PHD2 Guiding Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Lessons Learned in Astronomy: Telescopes 2

In this episode we discuss the different kinds of telescopes and how to select the right telescope for the right job. Wide Field, fast telescopes for Nebula, Narrow Field/High Magnification for Galaxies and Planets. We talk about Refractors, SCT's, Richie Chretiens and the RASA. Newtonian Reflectors and Dobsonian Telescopes are mentioned. Finally, what is the best first telescope? Donate to the Observatory Dome Fund... https://www.paypal.com/donate/?hosted_button_id=WGCJ3CQUSA586 Bob's Websites Check them OUT: Bob the Science Guy: https://www.youtube.com/user/drbob420 ResearchFlatMoon (the production channel): https://www.youtube.com/c/ResearchFlatMoon Slide Rules and Mathematics (STEM Education): https://www.youtube.com/channel/UCEXa89aIdG222z8ADB0e7GA Shamrock Banks Observatory: https://www.youtube.com/c/CommonSenseSciencery Please consider becoming a Patreon of the Channel- All money donated through paypal or from the patreons goes directly into improvements in the channel ( https://www.patreon.com/bobthescienceguy Bob


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Lessons Learned in Astronomy: Telescopes 1

This is the first of two episodes talking about telescopes in my 'Lessons Learned' series. Today we discuss the parts of a telescope and terms used to describe them- aperture, focal length, f/stop and touch on mirrors vs lenses. In our next episode we'll talk about the different designs of telescopes, how to select the right telescope for the right job, and which one should be your first telescope. Donate to the Observatory Dome Fund... https://www.paypal.com/donate/?hosted_button_id=WGCJ3CQUSA586 Bob's Websites Check them OUT: Bob the Science Guy: https://www.youtube.com/user/drbob420 ResearchFlatMoon (the production channel): https://www.youtube.com/c/ResearchFlatMoon Slide Rules and Mathematics (STEM Education): https://www.youtube.com/channel/UCEXa89aIdG222z8ADB0e7GA Shamrock Banks Observatoy: https://www.youtube.com/c/CommonSenseSciencery Please consider becoming a Patreon of the Channel- All money donated through paypal or from the patreons goes directly into improvements in the channel ( https://www.patreon.com/bobthescienceguy Bob


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Verifying the ISS from Shamrock Banks Observatory

We had a well timed pass of the ISS last night, so I decided to try and track it with the telescope and radio doppler on a discord live stream. This is the edited version with all the important parts. The raw, uncut 9 min video is available here: https://youtu.be/bRT2fuXHaBE Thank you Judy for joining me and helping to keep an eye on things for me while I was busy with the observatory equipment. Donate to the Observatory Dome Fund... https://www.paypal.com/donate/?hosted_button_id=WGCJ3CQUSA586 Bob's Websites Check them OUT: Bob the Science Guy: https://www.youtube.com/user/drbob420 ResearchFlatMoon (the production channel): https://www.youtube.com/c/ResearchFlatMoon Slide Rules and Mathematics (STEM Education): https://www.youtube.com/channel/UCEXa89aIdG222z8ADB0e7GA Shamrock Banks Observatoy: https://www.youtube.com/c/CommonSenseSciencery Please consider becoming a Patreon of the Channel- All money donated through paypal or from the patreons goes directly into improvements in the channel ( https://www.patreon.com/bobthescienceguy Bob


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Live Telescope | RASA 11

This will be a two part episode. The first half will use the color camera (ZWO 294MC) for stunning views of galaxies, nebula and satellites in full color. For the second part we will move over to discord and change to the high resolution ZWO 533MM monochrome camera for some home science- finding and measuring the orbits of asteroids and comets for the Minor Planet Center- testing various exposures to find the dimmest objects we can see. Currently the limit of my Richey is about Magnitude 19. I think we are going to do much better than that tonight. We are using the Rowe Ackermann Schmidt Astrograph (RASA) 11 inch telescope. This is a unique kind of telescope- an 11 inch diameter aperture with 620mm focal length. The result is a a LOT of light coming to the camera in a very wide field, f/2.2 telescope. 1 min exposure with the RASA is the same as a 15-20 min exposure with my 8 inch Richey Telescope. Last night was first light for this new to me telescope (see the community section of my channel for some stunning, albeit technically imperfect, images). We can get full images with 15 min worth of subs vs 3-4 hours, so the live stream is 'lively'. I need a special adaptor (on back order of course) to attach the robotic focuser, so we are doing it by hand tonight. Focus is CRITICAL with a fast telescope like the RASA (very narrow field of focus at f/2.2) so the really crisp images will have to wait, but you will not be disappointed. Besides, I have the NASA Seal of Approval, so the telescope comes preloaded with all known and unknown objects just like in Wiki...... Equipment and Software: Celestron f/2.2 RASA 11 Celestron CGX-L Equatorial Mount ZWO 294MC and ZWO 533MM Cameras SharpCap Astrophotography Tool PHD2 Guiding Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Space Weather | Radio Jove Livestream

Space weather is fascinating. This is Radio Jove (a NASA outreach program). We monitor solar ejections and radio storms on Jupiter. I'll be posting examples of different types of activity. Thick, vertical signals are solar eruptions, light feathery traces are from Jupiter (look at the graphic- Jupiter is a Brown dot and Io A/B/C are times of good activity potential when Jupiter is passing through. The diagonal line is a radar sweep from the Gulf Coast and the horizontal intense lines are radio transmissions. Groups of thin, vertical lines are local and distant lightning. In a bad storm they nearly block the background. Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Space Weather | Radio Jove Livestream

Space weather is fascinating. This is Radio Jove (a NASA outreach program). We monitor solar ejections and radio storms on Jupiter. I'll be posting examples of different types of activity. Thick, vertical signals are solar eruptions, light feathery traces are from Jupiter (look at the graphic- Jupiter is a Brown dot and Io A/B/C are times of good activity potential when Jupiter is passing through. The diagonal line is a radar sweep from the Gulf Coast and the horizontal intense lines are radio transmissions. Groups of thin, vertical lines are local and distant lightning. In a bad storm they nearly block the background. The Thumbnail contains an example of a solar flare... Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Space Weather | Radio Jove Livestream

Space weather is fascinating. This is Radio Jove (a NASA outreach program). We monitor solar ejections and radio storms on Jupiter. I'll be posting examples of different types of activity. Thick, vertical signals are solar eruptions, light feathery traces are from Jupiter (look at the graphic- Jupiter is a Brown dot and Io A/B/C are times of good activity potential when Jupiter is passing through. The diagonal line is a radar sweep from the Gulf Coast and the horizontal intense lines are radio transmissions. Groups of thin, vertical lines are local and distant lightning. In a bad storm they nearly block the background. Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Space Weather | Radio Jove Livestream

Space weather is fascinating. This is Radio Jove (a NASA outreach program). We monitor solar ejections and radio storms on Jupiter. I'll be posting examples of different types of activity. Thick, vertical signals are solar eruptions, light feathery traces are from Jupiter (look at the graphic- Jupiter is a Brown dot and Io A/B/C are times of good activity potential when Jupiter is passing through. The diagonal line is a radar sweep from the Gulf Coast and the horizontal intense lines are radio transmissions. Groups of thin, vertical lines are local and distant lightning. In a bad storm they nearly block the background. Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Shamrock Banks Observatory and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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Space Weather | Radio Jove Livestream

Space weather is fascinating. This is Radio Jove (a NASA outreach program). We monitor solar ejections and radio storms on Jupiter. I'll be posting examples of different types of activity. Thick, vertical signals are solar eruptions, light feathery traces are from Jupiter (look at the graphic- Jupiter is a Brown dot and Io A/B/C are times of good activity potential when Jupiter is passing through. The diagonal line is a radar sweep from the Gulf Coast and the horizontal intense lines are radio transmissions. Groups of thin, vertical lines are local and distant lightning. In a bad storm they nearly block the background. Discord Link: https://discord.gg/nFf7EnMm8D NOTE: YOU MUST SUBSCRIBE TO THE CHANNEL (AT LEAST 5 MIN) TO POST TO THE LIVE STREAM. This is to build the audience for the live streams, you won't come if you don't know about them, so just hit the button and ring the bell. Note, if the link does not work, check out the latest stream on Common Sense Science and a fresh link will be in the description! Help the Channel by joining our channel as a member Patreon- https://www.patreon.com/bobthescienceguy or sending a Paypal for equipment (I do take requests for content) https://www.paypal.com/donate?hosted_button_id=ED65DTMU9AB8C Music Credit Relaxation Works https://www.youtube.com/channel/UCpBL_gbrWW6wQhlOt5R7kXw


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