Obviously this also happens as 4 - 5 um and at other absorbative
wavelenghts of CO2 that were not included in this investigation.
In these tools, NanoLuc - fluorescent protein fusion shifts NLuc's bright blue luminescence to
wavelenghts more friendly for cellular and in vivo imaging.
How can we measure the radiation from the
absorptive wavelenghts of CO2 as it bounced back from the moon to earth unless it had come from earth first?
That assumes you use an error function on th
quarter wavelenght of your wave pattern (ie, the time between inflexion points).
Personal «chemistry» with your coach and feeling you are on the
same wavelenght is as important as their qualifications, I think.
That's because dust particles deflect shorter wavelengths of light more than
longer wavelenghts, so only long - wavelength light — i.e., red — finds its way to the camera.