Ten tips for waving

Here's a quick snapshot of some our favorite tips that you may or may not have noticed yet. Give them a try, and if you aren't using Google Wave yet, you can request an invitation.

Double click!

You can edit or reply to any part of a wave by double clicking on it.

 

 

Use 'Shift + Enter'
Submit and create new replies with 'Shift+Enter' to make a conversation go faster.

 

 


Hit spacebar

Move through the unread messages in a wave by pressing the spacebar.

 

 

Edit your profile

Give yourself a picture instead of a grey head. Click on your name in the Contacts panel.

 

 

Link to another wave

Create a link to another wave by dragging it over from the search panel while you're editing.

 

 

Make a wave public

Share a wave with the world. Add public@a.gwave.com to your contacts, then to the wave.

 

 

Follow a wave

If you want to see it in your inbox, click "Follow". "Unfollow", if you don't.

 

 

Add a search result

Use the G+ gadget on the editing toolbar to add a link, image or video to your wave

 

 

Filter your waves

Create saved searches by clicking the '+' next to SEARCHES in the Navigation panel. Add color coding, too!

 

 

Open multiple waves at once

Hold 'Ctrl' and click on a wave in the search panel to open waves side by side.

 

 

We also post tips on Twitter, so follow @googlewave and share your own #wavetips, too!

 

Happy waving!

 


 

Behind the Name: the Etymology and History of First Names

Browse Names

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GEORGE   m   English, Romanian Previous Names
From the Greek name Γεωργιος (Georgios) which was derived from the Greek word γεωργος (georgos) meaning "farmer, earthworker", itself derived from the elements γη (ge) "earth" and εργον (ergon) "work".

Map of Science Looks Like Milky Way

The pursuit of human knowledge has a shape.

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By crunching data from more than a billion user interactions on scholarly databases, Los Alamos National Laboratory researchers produced a high-resolution map of the relationships between different fields of science.

They’re not the first to map science, though they insist that their map is best. Other topographers of knowledge, they say, aren’t up to date on what modern scholars search for, and rely too much on natural science databases.

(Maybe that’s why the Los Alamos map, published in Public Library of Science ONE , looks a bit like the Milky Way, while this lovely scientific paradigm map — a favorite of Nature and Seed magazine — looks like an amoeba.) 

The Los Alamos team analyzed click streams from 23 databases — Thomson Scientific, Elsevier, Jstor, Ingenta and multiple campuses of the University of Texas and California State University — and mapped patterns of interest and cross-journal citations. (For anyone concerned about anonymity, no worries: queries weren’t user-identifiable. Your search for "Termination of Intractable Hiccups with Digital Rectal Massage" is still a secret.)

Mapmakers say that visualizations of knowledge help researchers frame discipline-hopping questions and identify neglected cooperative opportunities. I’m not entirely convinced — though the gap between organic chemistry and plant genetics is pretty surprising — but then again, one person’s frivolous distraction is another’s breakthrough-in-waiting.

And that’s what science is all about. 

Citation: Clickstream Data Yields High-Resolution Maps of Science. By Johan Bollen, Herbert Van de Sompel, Aric Hagberg, Luis Bettencourt, Ryan Chute, Marko A. Rodriguez, Lyudmila Balakireva. Public Library of Science ONE, March 11, 2009. 

Note: Anyone interested in maps of science should visit Maps of Science.

 

Facebook | Personverninnstillinger

Informasjon om nylig aktivitet:
Hvorvidt vi viser en hendelse på profilen din, styres av personvernet for selve innholdet og ikke av noen tilleggsinnstilling. Det er for eksempel bare personer som kan se både veggen din og veggen du publiserte på, som får se en hendelse om at du skrev på veggen til en venn. Du kan ikke lenger slå av hendelser om nylige aktiviteter fullstendig. Hvis du imidlertid vil fjerne en bestemt hendelse som blir vist, kan du ganske enkelt klikke på Fjern-knappen som kommer frem til høyre for hendelsen når du drar musepekeren over den. Lær mer om personvern her.

Do It Yourself: Loudspeakers

Using Plexiglas and Masonite

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I was pretty amazed when I saw this build. The fact of the matter is that not a lot of people have access to laser cutters. I was really impressed that this builder was able to use them and also use them well. The result is a spectacular set of computer speakers that must sound as great as they look. It's important that the knowledge of building electronics isn't lost to the big companies.

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This is a set of homemade computer speakers that just look amazing. There is a lot of work that went into cutting them, assembling them and making the final product . They are supposed to sound a lot better than many line array speakers of the same cost. Sniper415 spent about $350 in parts to make these. They are made out of Masonite and wood veneer. It took about three weeks to make them. A lot of time was spent waiting around for the glue to dry. Sniper had access to a laser cutter at his work place, so he used it. He also had experience cutting Plexiglas and Masonite, which were both used in this build.

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This is an amazing build, that required a lot of patience and skills to complete. These speakers look awesome. I especially like the Plexiglas front and the fact that the whole surface is made out of Masonite, covered lovingly with coats of veneer. See the full explanations and more photos here. [via Make, photos by Sniper415]

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