[HTML][HTML] Coincidence detection of single-photon responses in the inner retina at the sensitivity limit of vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - cell.com
Background Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
[PDF][PDF] Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - mycourses.aalto.fi
Background: Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - infona.pl
Vision in starlight relies on our ability to detect single absorbed photons. Indeed, the
sensitivity of dark-adapted vision approaches limits set by the quantal nature of light. This …
sensitivity of dark-adapted vision approaches limits set by the quantal nature of light. This …
Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - ui.adsabs.harvard.edu
Background. Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
Coincidence detection of single-photon responses in the inner retina at the sensitivity limit of vision
P Ala-Laurila, F Rieke - Current biology: CB, 2014 - pubmed.ncbi.nlm.nih.gov
Background Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
[HTML][HTML] Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - Elsevier
Background Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
[PDF][PDF] Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - researchgate.net
Background: Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
[HTML][HTML] Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current biology: CB, 2014 - ncbi.nlm.nih.gov
Background Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of dark-adapted vision approaches limits set by the quantal nature of …
[PDF][PDF] Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - core.ac.uk
Background: Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
[PDF][PDF] Coincidence Detection of Single-Photon Responses in the Inner Retina at the Sensitivity Limit of Vision
P Ala-Laurila, F Rieke - Current Biology, 2014 - ala-laurila.biosci.helsinki.fi
Background: Vision in starlight relies on our ability to detect single absorbed photons.
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …
Indeed, the sensitivity of darkadapted vision approaches limits set by the quantal nature of …