Today’s EPOD Supernova SN2022hrs

Got today’s EPOD with the Supernova SN2022hrs. Thank you Jim at EPOD for continuing to publish my work.

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Arcturus 2013

Now this is an odd one. I just got a request to purchase an image of Arcturus that someone had seen on the New Forest Observatory website. Looking at the image it looked better than more recent 2-framers I’d done of the region. So I went back to the original 2013 data and found the image you see here. This is 60 x 200 seconds using the 3 x Sky90s and 3 x M26C OSC CCDs. And to top it all, it is a single framer. Now I have absolutely no idea how I did this because having a very bright star in the centre of the frame throws out the star tracking prog, it only wants to track on the bright star and a huge bright star is no good for accurate tracking. This is why all subsequent Arcturus images have been 2-framers so I can put Arcturus at the very top and very bottom of the 2-frames and thus track on a much dimmer star. Such are the mysteries of astro-imaging.

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GAIA

GAIA is not “intelligent” – it is a highly complex, highly-interacting system, slowly built up over 4.6 billion years. GAIA’s only “job” is to try and maintain an overall equilibrium of the system. So if something crops up that severely disrupts the equilibrium then GAIA “acts” by neutralising the disruption. It doesn’t do this “consciously” after all it is not intelligent, it does this by making environmental changes that act to minimise the disruption. In fact you can remove GAIA altogether and just realise that any highly complex system that has evolved over time into a state of quasi-equilibrium will maintain that equilibrium by “jiggling around” with the free-parameters that it is able to alter in order to regain equilibrium.
A whole bunch of parameter jiggling is manifesting itself in what we call climate change, but this is just a buzzword for a hugely complex mix of many other rapidly varying parameters including ocean acidity, atmospheric CO2 and methane concentration, total tree and plankton population, and of course the one thing that is screwing up the equilibrium in the first place – the Homo Sapiens population.
So what you are going to see in the next few decades is a fairly swift reduction in the things that are causing this massive disruption to the equilibrium (that’s us by the way) – and unfortunately because of the rather sledgehammer approach GAIA takes, it will also include bird, mammal, fish, insect and every other living creature as well. But don’t worry – once the main culprit (us) has been removed, it will only take a few million years for GAIA to get back to some sort of normality.

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NGC1817

From 18/01/2015 another Sky90 array image using the M26C OSC CCDs, this time open cluster NGC1817. 12 subs at 20-minutes per sub or 4-hours in total.

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Carbon Star SAO77516 – Y Tauri

Image taken 24/01/2015 on the Sky90 array using the M26C OSC CCDs. 30 subs at 10-minutes per sub.

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Mu Cephei – the Garnet Star

Mu Cephei sitting at the top of the bright emission nebula IC1396. A Sky90 array image using the M26C OSC CCDs and 51 x 4-minute subs. Image taken on 04/12/2012.

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M44 the Beehive Cluster

From 09/02/2015 using the Sky90 array and M26C OSC CCDs this is M44 – the Beehive Cluster. 29 x 5-minute subs and the Akira Fujii effect has been applied to bring out the cluster.

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M106 and Friends

From 16/02/2015 using the Sky90 array and M26C OSC CCDs here is the M106 region with colourful stars and lots of other galaxies. 24 x 20-minute subs or 8-hours total exposure time.

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Solargraph from December 21st 2021 to June 21st 2022

This is a pinhole camera image (solargraph) of the Sun’s path in the sky from the Winter Solstice (lowest bright line) to the Summer Solstice (topmost bright line). For the first time I have left the image in colour as it looked better than the greyscale image. The two white domes at the bottom of the image are the New Forest Observatories.

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Coddington’s Nebula

This is a composite Sky90 array image of the Coddington nebula region in Ursa Major made up from 2 frames. Frame 1 is 7 x 20-minute subs from 08/02/2015 and frame 2 is 11 x 20-minute subs from 26/02/2015. The red star towards the bottom left hand corner is Carbon star VY Ursae Majoris (SAO15274, HIP52577).

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