SHOGUN'S SKY---Imaging Our Sun

Latest Images

(For earlier images see links on the Home Page>>>sorted by year>>month)

and NOW available for purchase only through this website:

  • Imaging Our Sun-The Book

    Imaging Our Sun is a full color pictorial of Hydrogen Alpha and White Light images of our closest star. All of the images were captured by the author over the last two years as the sun approaches "solar maximum" in 2013. Also included in the book is a look at both the imaging and the processing techniques the author uses to produce solar images. The book is available in either a 9 x 11 "landscape" format or a 11.5 x 15 "coffee table" size. Both are hardcover.

  • The print quality of the images surpasses anything you've seen in any astronomy book to date





    August 5, 2014
    Luntanado 100/90 and DMK 41 Camera


    March 8, 2014

    These are the test images done with Astro-Hutech's new Solar Guider called


    Lunt 100, DMK 41 USB 2 Camera, and Losmandy G-11 Mount.  Polar Alignment was roughly done

    with an iphone  compass app, to simulate field setup conditions.  The Guider worked well.   You can see some images of the Guider

    on my equipment page.




    February 23, 2014

    Lunt 100 with DSII module and PGR Chameleon camera


    DECEMBER 15, 2013

    Lunt 100T/Ha, Coronado 90, and DMK 41 camera





    November 24, 2013

    Lunt 100/DS Pt Grey Chameleon and TIS DMK 41





    November 17, 2013

    Lunt 100 Lunt 100DS, Luntanado, ES127ED, ES80 ED, and Pt Grey Chameleon camera

    (Poor seeing) 





    October 30, 2013

    Coronado 90/BF30 DMK 41 camera and ASI 120mm camera





    ZWO ASI 120mm camera




    October 27, 2013

    Lunt 100/DSII

    ZWO ASI 120mm camera


    DMK 41 camera




    October 23, 2013

    First Light for the Skyris 445M CCD camera

    A collaboration between Imaging Source and Celestron.  The only thing I don't like so far is that

     the gamma feature on this camera is disabled.  Not sure why but its absence interferes with trying to get

    good prominence shot settings on the capture software. Seeing this day was poor, 2/5, and I had to image through some

     haze left over from a pretty foggy morning.


    Lunt 100/DSII






    October 19, 2013

    Lunt 100/Lunt 100/DSII and ZWO ASI 120MM camera





    October 12, 2013

    Lunt 100, Lunt 100 DS, Luntanado 100, Explore Scientific ES127ED Triplet,

    with ZWO ASI 120MM and TIS DMK 41 cameras




    September 29, 2013

    Lunt 100/DS, Coronado 90 and DMK 41 camera





    September 18, 2013

    Lunt 100 and DMK 41





    September 14, 2013

    Coronado 90 and ZWO ASI120mm CMOS camera

    Elimination of Newton's Rings Test

    I recently purchased a T2 tilt adjuster to try to eliminate the very severe Newton's Rings that this camera produces, which seems to be pretty universal with solar Ha images using this ZWO CMOS sensor. As you can see below, it did the trick. (You can see an image from this date 3 pics below without the adaptor in place).  The ZWO camera, which seems to be a favorite with planetary images has 1280 x 960 resolution with very small pixels (3.75 microns) and a very inexpensive CMOS sensor ($328.00) that is capable of 16 bit imaging with surprisingly low noise. FPS is listed at 35 at full resolution ( I was getting 30 fps with Firecapture). Certainly this is a nice lower cost alternative for a moderately sized sensor. Should be great for lunar imaging as well. I have yet to try it on my Lunt 100 but the results so far are very encouraging.


    Newtons Rings without the adaptor is below





    September 12, 2013

    Lunt 100, Lunt 100/DS and PGR Grasshopper 3 Camera


    September 1, 2013

    Lunt 100 DS with testing of a ZWO ASI 120mm camera

    With the Grasshopper 3 in the shop for repair I picked up this little camera to play with in the meantime---I was curious about it after reading Damien Peach's review in the UK's "Astronomy Now" magazine. Evidently this camera is becoming fairly popular with the planetary imagers. Its relatively "cheap" at abt $328.00 US. I tried some higher res shots but ran into some nasty Newtons Rings that I didnt feel like fiddlying with today.
    This is a USB 2 camera with a CMOS chip. It connects and operates with either Sharpcap or Firecapture. It can capture in either 8 bit avi's or 16 bit ser files (when using Firecapture 2.3 beta). It has fairly small pixels (3.75 microns) with a pixel array of 1280 x 960. It captures 35 FPS in 8bit or 15 FPS in 16 bit at full resolution. Noise seems fairly low---The images below were taken with the Lunt 100 DS. Best 251 frames out of 1525 total. They are both from a 16 bit ser file. A .5 Antares reducer was used to get the full disk in one capture.



    DMK 41 and Lunt 100 DS




    August 25, 2013

    Lunt 100 DS and DMK 41 camera



  • August 7, 2013

  • Lunt 100T/Ha/DSII and Grasshopper 3 camera


    The image below was featured in the December 2013 issue of Astronomy magazine




    August 3, 2013

    Lunt 100 and Coronado 90 with a Pt. Grey Grasshopper 3 camera


    July 28, 2013

    The first images presented are with the Lunt 100T/Ha Pressure Tuned Scope in 3 different filter configurations.

    All were captured on this date with the DMK 41 camera on a Takahashi NJP mount.  There is a clear difference between each of the Single Stack, Double Stack, and Triple Stack images.  Each is a stack of the best 201 out of 1525 frames, stacked in Autostakkert 2 and post processed in Photoshop CS2.   A  .5x Antares focal reducer was used to get the full disk onto the camera's chip.

    For those that might I wondered, the grey area around the disks is intentional
    and not an artifact of any of the stacking--I seldom like pure black backgrounds
    around my monochrome disks so I lighten the background a bit.--Just a personal
    preference of mine.

    What I am finding is that when you go from single to double (then again to
    triple) stack, the finer details on the surface are replaced by the increased
    contrast of the larger features (the white areas of the active regions,
    filarments, etc). When you look at the SS you can see a ton of minute detail,
    when you look at the triple stack you see that tremendous band of active regions
    that seems to encircle the surface below the solar equator--something you dont
    detect in SS mode (and just barely get a taste of in DS mode.

    I suspect the loss of spot detail is a result of seeing more and more of the
    chromosphere and less of whats happening down into the photosphere?

    Its quite interesting and points to the reality of all this different filtering
    we use---not every feature/detail will be apparent with every filter, and some
    will be more apparent.

    Im still of the opinion that multiple stacks give their "best" visually. Uneven
    illumination is much more detectable by the camera than the human eye, and that
    illumination is always the challenge when imaging with multiple filters. With
    two pressure tuners and sometimes a tilt tuned device to adjust, as well as
    placement of the disk on the chip, there are a ton of variables and Im still
    working them out :)

    I have rotated the DSII and found no real change in the image other than the
    glow that is off to one side of the visual image rotates around with it.

    The detail loss in part of the DSII image is likely due to my tuning. As I
    mentioned above, finicking with 2 pressure tuners is still something Im getting
    used to. The image does project on band withe the DSII across the imaging plane
    as I found when doing the proms of a full disk.

    First the Lunt 100 in single etalon mode: 


    Next is the Lunt 100 with the Lunt DSII Double stacking module attached:



    and finally the image which is Triple Stacked with the DSII module and a Coronado 90 external etalon:




    and for some fun.......

    "God's Canvas"


    Lunt DSII/C90 Triple Stacked sun with stellar background in monochrome



    Next are presented  images taken with the Grasshopper 3 USB 3 camera and the Lunt 100 in both single stack and double stack mode with the DSII module.  No focal reducer is needed to get the full disk onto the Grasshopper 3's chip.


    Lunt 100/Grasshopper 3 camera in single stack mode:


    Here is the Lunt 100 with the DSII module with the Grasshopper 3 camera in DS mode:





    July 24, 2013

    Lunt 100/DSII  triple-stacked with Coronado 90 filter and DMK 41 camera


    Lunt 100/DSII and DMK 41 camera


    Lunt 100 single etalon mode and DMK 41 camera



    July 17, 2013

    On this date I tested a newly acquired Lunt DSII Double stacking Module for the Lunt 100.

    You can see the test images here>>>LUNT DSII for Lunt 100 PT Scope

    Lunt 100/DSII and Grasshopper 3 Camera




    July 10, 2013

    From Bryce Canyon National Park (8100 feet elevation)

    Lunt 100 and Grasshopper 3 camera on Losmandy G-11 mount



    July 9, 2013

    From Bryce Canyon National Park (elevation 8100 feet)

    Lunt 100 and Grasshopper 3 camera on Losmandy G-11 mount



    July 8, 2013

    From Bryce Canyon National Park (elevation 8100 feet)

    Lunt 100 and Grasshopper 3 camera on Losmandy G-11 mount



    June 26, 2013

    Coronado 90 and Pt Grey Grasshopper 3 USB 3 camera on NJP mount



    June 19, 2013

  • Lunt 100 on NJP mount with a Pt Grey Grasshopper 3 camera



    May 22, 2013

    Second run with the new Grasshopper 3 and Lunt 100.  This morning there was an M5 class flare on the sun's western limb originating from active region 11745.  I captured the flare's aftermath on the sun's limb below.





    May 19, 2013

    Lunt 100 and Coronado 90  as well as "First Light" for the Point Grey Grasshopper 3 USB3 camera

    No focal reducer was needed to get the full disk on the chip with a Lunt 100mm Ha scope.

    Seeing was "fair" and this was the first time using Firecapture 2.2 software so I need some time to refine my capture settings, but

    overall a successful test. Also, the Ha filter was not tuned optimally for this test, which was to determine if th fd would fit and that the camera is operating properly. 




    May 15, 2013




    May 2, 2013

    Lunt 100, Coronado 90, and ES127 APO with DMK 41 camera






    All images are the property of Jim Lafferty and may not be reproduced or used without permission
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