Today even more shots of a decorative winter flower Winter Jasmine - Jasminum nudiflorum in reflected ultraviolet using Baader-U filter and in simulated bee vision using my XBV6 filter. Lens used was an older fast cine lens lens. Light source was Xenon flash. All shots were done at f8. This time the UV image was individually whitebalanced.
[click on image to see a larger one]
Visible light image:
UV image using Baader-U filter (approx. 320-395nm, effective peak approx. 375nm):
Simulated bee vision image using experimental XBV filter:
Triptych of the above images:
This attractive winter flower shows its very specific UV pattern. Its center is UV dark, but its petals are strong UV reflective around 365nm, ie. UV bright, both invisible to us humans. Also this older cine lens is reproducing this quite well and all that gets nicely visible, here now matched to the CERCO quartz fluorite lens results.
Stay tuned, more will follow on that fascinating subject...
My BLOG about my journey into the invisible world of ultraviolet UV photography, simulated bee, butterfly and animal vision photography and the special lenses, filters and lighting needed to make it work - also in HD video + 3D stereo.
Monday, January 13, 2014
Sunday, January 12, 2014
Winter Jasmine - Jasminum nudiflorum in reflected ultraviolet photography and simulated bee vision II
Today more shots of a decorative winter flower Winter Jasmine - Jasminum nudiflorum in reflected ultraviolet using Baader-U filter and in simulated bee vision using my XBV6 filter. Lens used was an older fast 75mm cine lens lens. Light source was Xenon flash. All shots were done at f8.
[click on image to see a larger one]
Visible light image:
UV image using Baader-U filter (approx. 320-395nm, effective peak approx. 375nm):
Simulated bee vision image using experimental XBV filter:
Triptych of the above images:
This attractive winter flower shows its very specific UV pattern. Its center is UV dark, but its petals are strong UV reflective around 365nm, ie. UV bright, both invisible to us humans. Also this older cine lens is reproducing this quite well and all that gets nicely visible.
Stay tuned, more will follow on that fascinating subject...
[click on image to see a larger one]
Visible light image:
UV image using Baader-U filter (approx. 320-395nm, effective peak approx. 375nm):
Simulated bee vision image using experimental XBV filter:
Triptych of the above images:
This attractive winter flower shows its very specific UV pattern. Its center is UV dark, but its petals are strong UV reflective around 365nm, ie. UV bright, both invisible to us humans. Also this older cine lens is reproducing this quite well and all that gets nicely visible.
Stay tuned, more will follow on that fascinating subject...
Friday, January 10, 2014
Winter Jasmine - Jasminum nudiflorum in reflected ultraviolet photography and simulated bee vision
Today shots of a decorative winter flower Winter Jasmine - Jasminum nudiflorum in reflected ultraviolet using Baader-U filter and in simulated bee vision using my XBV6 filter. Lens used was the CERCO 94mm quartz fluorite lens. Light source was Xenon flash. All shots were done at f8.
[click on image to see a larger one]
Visible light image:
UV image using Baader-U filter (approx. 320-395nm, effective peak approx. 375nm):
Simulated bee vision image using experimental XBV filter:
Triptych of the above images:
This attractive winter flower shows its very specific UV pattern. Its center is UV dark, but its petals are strong UV reflective around 365nm, ie. UV bright, both invisible to us humans and all that gets nicely visible.
Stay tuned, more will follow on that fascinating subject...
[click on image to see a larger one]
Visible light image:
UV image using Baader-U filter (approx. 320-395nm, effective peak approx. 375nm):
Simulated bee vision image using experimental XBV filter:
Triptych of the above images:
This attractive winter flower shows its very specific UV pattern. Its center is UV dark, but its petals are strong UV reflective around 365nm, ie. UV bright, both invisible to us humans and all that gets nicely visible.
Stay tuned, more will follow on that fascinating subject...