(Total Views: 893)
Posted On: 08/15/2017 6:47:18 AM
Post# of 22463
Hawk, the graphene-QD camera article references another article I quote -
"The graphene-QD image sensor was fabricated by taking PbS colloidal quantum dots, depositing them onto the CVD graphene and subsequently depositing this hybrid system onto a CMOS wafer with image sensor dies and a read-out circuit." https://www.icfo.eu/newsroom/news/3581-graphe...-invisible
So it does use colloidal QD, and the graphene is a conductor to transport the electrons generated to an image sensor. Thats how I read it. There is already a similar commercial version by Invisage , Ted Sargent's company, so its not new. They have not released a PR in over 11 months. I cannot say for sure if they have an IR camera like the above article, but it is a 'quantumfilm' using QD.
"The graphene-QD image sensor was fabricated by taking PbS colloidal quantum dots, depositing them onto the CVD graphene and subsequently depositing this hybrid system onto a CMOS wafer with image sensor dies and a read-out circuit." https://www.icfo.eu/newsroom/news/3581-graphe...-invisible
So it does use colloidal QD, and the graphene is a conductor to transport the electrons generated to an image sensor. Thats how I read it. There is already a similar commercial version by Invisage , Ted Sargent's company, so its not new. They have not released a PR in over 11 months. I cannot say for sure if they have an IR camera like the above article, but it is a 'quantumfilm' using QD.
(1)
(0)Scroll down for more posts ▼
