A Peek at Personalized Google
Seoulstriker writes "Sci-tech Today is describing how Google will be offering customized homepages as seen here. Is this one step closer to Google becoming a web portal like Yahoo? Although it is not currently in Beta, it is only available through the Google Labs site. It definitely doesn't look like Yahoo yet, but I don't want my search site to be any more cluttered than it is now."
It definitely doesn't look like Yahoo yet, but I don't want my search site to be any more cluttered than it is now.
Fortunately, you can edit all of the clutter out of the interface, if you want to.
- Have your persistant searches there
- Delicious popular
- Integrate TadaList
It is using tables and shouldn't be to hard to monkey up.I think it's great that one of the choices is "Slashdot"
Yes.
The Internet is full. Go Away!!!
For those who don't know, Order 66 is The Great Jedi Purge
/karmawhore
From the FAQ:
...
6. Why did you mess up the clean, crisp Google homepage?
We didn't. If you want to keep using the original Google homepage, you can. In fact, we expect that many users will. The personalized homepage is for those users who want to see more of the information that matters to them in the same place. You can always switch back and forth between your personalized homepage and the original Google homepage by clicking "Classic Home" or "Personalized Home."
If you don't like it, don't use it. Google isn't going to make this their default page.
I'm not a protein crystallographer, but I do work at a synchrotron and do lots of x-ray absorption and diffraction experiments. I've never had a problem with x-ray damage to my samples (mostly inorganic solids). Susceptibility to radiation damage varies from material to material. From my understanding, protein crystals are particularly bad, presumably because they not respond well (in a chemical sense) to the large numbers of electrons generated after an x-ray absorption event. This basically causes impurities in the crystal (local changes in the structure factor) that degrade the diffraction measurement. Also, in your typical protein diffraction experiment, you irradiate a particular spot on the crystal for a very long time. I would guess that this is not so much an issue in this case, because (1) no one is really interested in the chemical structure of the parchment itself, and (2) a particular spot on the sample is exposed only for a very short time. Incidentally, there's a better write-up of this at Stanford: http://news-service.stanford.edu/news/2005/may25/a rchimedes-052505.html [stanford.edu]
I dont much mind if google is trying to be another yahoo as long as they follow yahoos lead and create search.google.com. search.yahoo.com is a none bloated search only version of yahoo for those that never saw it.
even search.yahoo.com is still slower due to URL redirections in each link of the search result page