Since astronomy is heavily light dependent (not my worse oxymoron ), this development regarding the polarization knowledge that can now be gleaned using triphotons might be of some interest. [Of course, it's over my head, but just thought some of the pros might find this interesting.]

__________________
Lighten up! This is a stellar board!

Cool. I'm wondering if they'l find volumetric relationships, rather than merely spherical, when The Who recuts Quadraphotonia.

__________________
If I set the budget, we'd have Ares and more. Unfortunately, I don't set the budget, and Ares is just too expensive and too far out for us to accomplish our goals within the budget we were given.

If we halt the ISS, all versions of Ares, and transport Orion and Altair aboard DIRECTv3's Jupiter family of Shuttle-Derived Launch Vehicles, we just might make it back to the Moon by 2020.

__________________
Moderations in purple

Fame, glory, adventure, a cyber warrior craves not these things.

To report a post (even this one) to the moderation team, click the reporting icon in the upper-right corner of the post:
─────────────────────────────────────────────
◄ Rules For Posting To This Board ► ◄ Forum FAQs ► ◄ Conspiracy Theory Advice ► ◄ Alternate Theory Advice ►

Thanks, Sticks. My spelling is no small problem for me.

This correction should draw them in.

__________________
Lighten up! This is a stellar board!

In terms of reducing noise, see this article
http://www.sciencedaily.com/releases...0305105114.htm

That's interesting! If the switch time is fast enough, it might have major implications for quantum/photonic computing.

__________________
If I set the budget, we'd have Ares and more. Unfortunately, I don't set the budget, and Ares is just too expensive and too far out for us to accomplish our goals within the budget we were given.

If we halt the ISS, all versions of Ares, and transport Orion and Altair aboard DIRECTv3's Jupiter family of Shuttle-Derived Launch Vehicles, we just might make it back to the Moon by 2020.