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The annual meeting website is now active. Pease visit regulalrly for updates. It can be found at https://www.icvs2022.org.
In response to the current pandemic, we have postponed the next meeting until 2022. Therefore we have decided to extend all current memberships for a year.
If your current membership was due to expire on December 31st 2020, it will be automatically be extended until December 31st 2021.
If you are not currently a member, but wish to join the society for the remaining year, please get in touch via the 'contact us' page.
If your current membership was due to expire on December 31st 2020, it will be automatically be extended until December 31st 2021.
If you are not currently a member, but wish to join the society for the remaining year, please get in touch via the 'contact us' page.
31st July - 4th August 2023
Pembroke College, Oxford
Deadline extended to 13th March
We invite applications for the ICVS Summer School 2023 at Pembroke College, Oxford, UK, 31st July - 4th August 2023 (arrival 30th July; departure 4th August). The school will accept selected students and young researchers with basic knowledge of colour vision. It will focus on colour vision and its applications. The school will include lectures, discussion, and hands-on workshops, providing opportunities for formal and informal interaction with leading colour-vision researchers.
A SPLASH OF COLOUR
1. Seeing neurons in the living human eye
Using techniques borrowed from astronomy, vision scientists can take high-resolution images of the retina, the fine layer of cells in the back of your eye.
With Hannah Smithson and Laura Young
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1. Seeing neurons in the living human eye
Using techniques borrowed from astronomy, vision scientists can take high-resolution images of the retina, the fine layer of cells in the back of your eye.
With Hannah Smithson and Laura Young
Problem viewing the video? Either adjust your browser's security settings, or view the video series here.
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A SPLASH OF COLOUR
2. Neurons code the colours we see
All activity in your brain – including those which mediates your perception of colour – is based on electrical messages between neurons. Vision scientists can measure these signals at the eye, and at the back of the brain.
With Neil Parry.
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2. Neurons code the colours we see
All activity in your brain – including those which mediates your perception of colour – is based on electrical messages between neurons. Vision scientists can measure these signals at the eye, and at the back of the brain.
With Neil Parry.
Problem viewing the video? Either adjust your browser's security settings, or view the video series here.
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A SPLASH OF COLOUR
3. More than meets the eye: hyperspectral imaging
How many colours we see is limited by our eye, which contains only three types of colour sensors. Using advanced techniques, vision scientists can take images of this “invisible” information and make it visible.
With Sérgio Nascimento.
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3. More than meets the eye: hyperspectral imaging
How many colours we see is limited by our eye, which contains only three types of colour sensors. Using advanced techniques, vision scientists can take images of this “invisible” information and make it visible.
With Sérgio Nascimento.
Problem viewing the video? Either adjust your browser's security settings, or view the video series here.
Back to Video menu