Picky picky, do you have anything intelligent to add or are you just going to argue semantics rather than acknowledge good science?

This is actually a very important discovery, the circumstellar disk surrounding the young star has been found to have a deficit of emission ~55 AU in radius. The cause of holes or gaps in proto-planetary disks has been a matter of intense debate in recent years, some people favor planets clearing gaps, others favor emission from the star causing the disk to evaporate. This seems to be clear evidence that planets are actually doing the gap opening and play a key role in the dissipation of disks around stars.

Not all of American's jets have in-seat entertainment. The entire 767 fleet does not have in-seat entertainment, merely the overhead screens. The 777 fleet does have the in-seat screens, but perhaps you would get different options, and your laptop screen is probably nicer to watch something off of than the small ones in the seat.

As for American being a terrible airline, I have to disagree with you. Perhaps they're not a nice as some of the international carriers due to the cut-throat market in the US, but I have been quite happy with my experiences flying them for domestic and international purposes.

The VLA is not being closed, it has been substantially upgraded and is now known as the EVLA, E for expanded. The array being constructed in Chile ALMA the Atacama Large Millimeter Array operates at higher frequencies 88GHz to ~700 GHz whereas the EVLA operates between 74MHz and 50 GHz. They are complementary facilities, in addition, ALMA is a multinational project, Europe, Japan, and the US. Arecibo has been under discussion for closure for many years; however, to restore the site to its natural state (as required by contract) would cost much more than keeping it running.

Science is popular; however, progress comes slowly these days and a lot must go on behind the scenes before something of broad interest comes out. The new facilities like the EVLA, ALMA, and the Large Hadron Collider are able to make ground breaking discoveries that are difficult to achieve with more limited instrumentation.

I missed a point here, you seemed to be implying using these for optical interferometry. However, we cannot currently digitize an optical signal and current optical interferometers use analog methods to create interference fringes. At radio wavelengths we can simply downconvert the signal so something more manageable and then calculate the antenna-antenna the interference.

You still have to contend with the diffraction limit though, 100% efficiency be damned if you can't resolve anything. Also, CCDs are not as ineffecient as you are purporting them to be; they are as efficient as ~90% at some wavelengths (http://www.astronomy.ohio-state.edu/MDM/MDM4K/qe.jpg); therefore, getting 100% effeciency is not going to increase your signal as significantly as you seem to think.

The site's dead Jim.

The US census did use GPS to pinpoint the exact locations of households. So Brazil can't do that much better....

The above post is almost completely correct. However, even the cheapo equatorial drives should be ok for wide-field astrophotography with a 18-55mm lens. Their poor guiding will only start to show if you attempt to do zoomed shots on specific targets. So as long as you don't care about taking pictures through your telescope then this should be ok.

I'm on the 10th floor of my building and we had some pretty decent swaying going on.