{"count":13,"on_page":1,"offset":3,"next_page":2,"comments":[{"JunoCommentID":"352","Comment":"

No hexagon! Mystery solved!<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"904","R_JunoPOIID":"194","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"2","UpdatedTS":"2020-07-13 22:37:24","InsertedTS":"2016-09-04 00:40:31","Nickname":"Tantalus-00","specialist":"0","Media":[],"Replies":[],"nice_date":"2016-09-04 00:40 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tTantalus-00<\/strong> on <\/span>2016-09-04 00:40 UT<\/span><\/div>

    No hexagon! Mystery solved!<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"266","Comment":"

    Will be interesting to see if there is a hexagon feature here as there is on Saturn.<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"4277","R_JunoPOIID":"194","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2016-07-18 22:36:12","InsertedTS":"2016-07-16 05:01:21","Nickname":"Kyusakamoto-79","specialist":"0","Media":[],"Replies":[],"nice_date":"2016-07-16 05:01 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tKyusakamoto-79<\/strong> on <\/span>2016-07-16 05:01 UT<\/span><\/div>

    Will be interesting to see if there is a hexagon feature here as there is on Saturn.<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"235","Comment":"

    The ISS astronauts capture aurora regularly on camera, so it should be possible to capture Jupiter's aurora with Juno. If this is possible, we should definitely consider doing this - it could become one of the most iconic images of the space age!<\/p>","JunoMisc":"0","R_VaultID":"4407","Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"317","R_JunoPOIID":"194","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"2","UpdatedTS":"2020-07-13 22:38:38","InsertedTS":"2016-07-11 23:00:12","Nickname":"Pal'chikov-74","specialist":"0","Media":[],"Replies":[],"nice_date":"2016-07-11 23:00 UT","has_img":true,"img_data":{"id":"4407","alt":"","img_class":"","original":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/VaultOutput?ID=4407&Interlaced=1&ts=1778509409","src_set":{"original":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=960&ResY=394&OutputFormat=jpg&Quality=90&ts=1778509409","boop":"bapssss","lg":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=90&ts=1778509409","lgx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=1920&OutputFormat=jpg&Quality=50&ts=1778509409","sm":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=480&OutputFormat=jpg&Quality=75&ts=1778509409","smx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=75&ts=1778509409","has_img":true},"lg":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=90&ts=1778509409","lgx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=1920&OutputFormat=jpg&Quality=50&ts=1778509409","sm":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=480&OutputFormat=jpg&Quality=75&ts=1778509409","smx2":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/Thumb?VaultID=4407&Interlaced=1&Mode=R&ResX=960&OutputFormat=jpg&Quality=75&ts=1778509409","has_img":true,"max_w":"960px","max_h":"393.5px","max_wrap_perc_at_16_9":137.22998729351968,"aspect_perc":66.245791245791239,"mime":"image\/jpeg","download":"https:\/\/d2xkkdgjnsfvb0.cloudfront.net\/Vault\/VaultDownload?VaultID=4407&ts=1778509409"},"commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tPal'chikov-74<\/strong> on <\/span>2016-07-11 23:00 UT<\/span><\/div>
    \n\t\t\t\"\"\n\t\t\t<\/div>\n\t\t<\/div>

    The ISS astronauts capture aurora regularly on camera, so it should be possible to capture Jupiter's aurora with Juno. If this is possible, we should definitely consider doing this - it could become one of the most iconic images of the space age!<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"200","Comment":"

    This area is just as important as the Red Eye<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"3023","R_JunoPOIID":"194","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2016-07-18 22:56:09","InsertedTS":"2016-07-07 11:08:17","Nickname":"Bathompson-46","specialist":"0","Media":[],"Replies":[],"nice_date":"2016-07-07 11:08 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tBathompson-46<\/strong> on <\/span>2016-07-07 11:08 UT<\/span><\/div>

    This area is just as important as the Red Eye<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"},{"JunoCommentID":"198","Comment":"

    I am also excited about the possibility of images of the auroras in the visible spectrum. Especially in combination with the other instruments that juno has (in this case especially JADE UVS and MAG) we could obtain almost a complete set of relevant data. I am not sure though whether all these instruments can run at the same time but as I understand there is enough time over the pole to make measurements consecutively.<\/p>

    Although I am in favour of the general target of this picture I am not entirely sure about the exact latitude and longitude. One of the most interesting features whithin the aurora are the wandering bright spots in the aurora caused by jupiters moons. To capture an image of one of these spots with its tail would be really interesting.<\/p>

    Here is a link: http:\/\/www.nasa.gov\/feature\/goddard\/2016\/hubble-captures-vivid-auroras-in-jupiter-s-atmosphere<\/p>

    As the orbits of jupiters moons are known and we have Hubbles images maybe we could predict the position of one of these bright spots to make an image with juno.<\/p>","JunoMisc":"0","R_VaultID":null,"Likes":"0","Flags":"1","AdminApproved":"1","ApprovedBy":"23","AdminRemoved":"0","R_JunoUserID":"2997","R_JunoPOIID":"194","R_JunoCampaignID":null,"R_JunoCommentID":null,"R_TopLevelCommentID":"0","hasReplies":"0","Advanced":"0","R_JunoVoteRound":"0","R_AnalysisID":"0","IsRemoved":"0","RemovedBy":"0","UpdatedTS":"2016-07-18 22:53:44","InsertedTS":"2016-07-07 08:17:43","Nickname":"Parsec-71","specialist":"0","Media":[],"Replies":[],"nice_date":"2016-07-07 08:17 UT","commentMarkup":"

  • \n\t\t\t\t\t\tcomment by <\/span>\n\t\t\t\t\t\tParsec-71<\/strong> on <\/span>2016-07-07 08:17 UT<\/span><\/div>

    I am also excited about the possibility of images of the auroras in the visible spectrum. Especially in combination with the other instruments that juno has (in this case especially JADE UVS and MAG) we could obtain almost a complete set of relevant data. I am not sure though whether all these instruments can run at the same time but as I understand there is enough time over the pole to make measurements consecutively.<\/p>

    Although I am in favour of the general target of this picture I am not entirely sure about the exact latitude and longitude. One of the most interesting features whithin the aurora are the wandering bright spots in the aurora caused by jupiters moons. To capture an image of one of these spots with its tail would be really interesting.<\/p>

    Here is a link: http:\/\/www.nasa.gov\/feature\/goddard\/2016\/hubble-captures-vivid-auroras-in-jupiter-s-atmosphere<\/p>

    As the orbits of jupiters moons are known and we have Hubbles images maybe we could predict the position of one of these bright spots to make an image with juno.<\/p><\/div>

    <\/span>BACK TO TOP<\/span><\/a><\/div><\/li>"}]}