Not exact matches
[Image changes to show the outside of the CSIRO Food Innovation Centre Melbourne and
then image changes to show employees looking at food
samples of cheese and
then the
camera zooms in on a
sample of cheese]
[Image changes to show three employees inspecting a dough
sample and
then the
camera zooms in on an employee pulling a
sample from the dough and tasting it]
[Image changes to show employees working with packaged meat and
then the
camera zooms in on a female writing on a clipboard, employees inspecting the meat, employees cutting a
sample from the meat and an employee putting meat inside a machine]
[
Camera zooms out to show Maxime Collado and another employee looking at a
sample and
then images flash through of Maxime Collado in the factory]
[Image changes to show Maxime Collado and
then the
camera pans along the machinery in the factory and images flash through of an employee operating a machine, Maxime Collado, Maxime Collado inspecting the
samples of coffee and
then the
camera zooms in on the
sample]
Then the researchers heated the vanadium dioxide - sapphire
sample and, with an infrared
camera, measured how much infrared light the
sample emitted as it warmed.
But
then something strange happened: Even though the
sample's temperature continued to rise up to 100o, the
camera readout returned to an icy blue and stayed there.
The emitted fluorescence from all dye molecules in the
sample is
then collected and projected back to a fast, sensitive detector such as a scientific CMOS
camera.
To put two and two together, if the dual -
camera setup turns out to be true,
then we might be in for a one heck of a handset that can take the smartphone photography to all new heights, which is more or less evidenced by the
sample shots.
Head back to our detailed review of the K4 Note, where you would find
camera samples attached, and
then compare them to the below
camera samples taken from Marathon M5 Lite.