Thursday, May 30, 2024

Solar Imaging Session - May 31, 2024

The sky this morning is hazy and cloudy and seeing condition is fair. AR3697 region aka former AR3664 has indeed deteriorated after 1 rotation around the Sun's disk and is not as great as its previous passing but is still quite nice to view and hoping it will grow again in size a bit as it pass across the Sun's disk once again this next few days. AR3691 region is big also but is not that complex as what Im expecting it to be so far.

Wednesday, May 29, 2024

Solar Imaging Session - May 30, 2024

the sky this morning is partly clear and seeing condition is very good. AR3664 has return from its revolution across the back side of the SUn last 2 days ago but unfortunately weather was bad that didn't allow me to capture the group. With its return from the SE limb, AR3664 region has been designated as AR3697 region. It has deteriorated hard from its last pass but is still large in size though but not that complex in structure. AR3691 region, on the other hand shows a better sunspot structure than AR3697. There is also a long dark filament on the SE quadrant near beside AR3697.

Sunday, May 19, 2024

Solar Imaging Session - May 20, 2024

The sky this morning is partly clear and seeing conditionis very good. The SE huge eruptive prominence is still visible as I wasn't able to image yesterday due to cloudy sky. AR3686 & AR3685 Region is nice to view with slight flaring activity inside its core region. I was also able to image AR3679, AR3674 and Ar3683 region that is nearing the western quadrant.

Sunday, May 12, 2024

Solar Imaging Session - May 12, 2024

The sky this morning is partly cloudy and seeing condition is fair. The huge SW eruptive prominence is gone already. AR3664 region with its huge sunspot group is nearing the western limb and will probably exits the limb in 2 days more or less. As I was imaging AR3664, got to witness a nice super bright flare coming out of the group which lasted around 15 minutes before it subsides. Rest of the Sun is relatively low in solar activity.