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hi! i’m Tom, founder and creative director of POKE.  i live in CT, work in NYC, munch on tasty digital cookies, collect lunchboxes, take lots of photos and buy lots of t-shirts.  mmm…cookies. i’m passionate about creating a safe internet for kids, cookies, really great Italian cooking, all kinds of dogs, digital photography and the power of technology and how it affects our daily lives. i’d love to tell you i read a lot - but i just don’t. so there. Psychotic.

Entries in social commentary (2)

RE-Tweeterz unite!

Yay! Another fun lil’ project from your friends at POKE.

Meet TweetToad. Your little “yes-man” on the interwebz. :) TweetToad.com is a simple service that helps you (re)Tweet just the way the pros do—over and over again!


Know someone who always has the BEST Tweets?! Give them the incessant reassurance they need with all-new TweetToad. Pick ONE friend and TweetToad will give them a Twitter high-five every time they tap a great Tweet.

Or maybe it’s you that needs the love? Get the (re)Tweets you deserve! Set up your own Toady Account and have turn him into your own personal Yes-Man! He’ll tell you how great you are one Tweet at at time. (You ARE great you know.)

Join the (re)Tweet revolution. Before it gets hit by a massive burning truck.

time(less). purpose(less). beauty.

3.16 Billion Cycles” is a clock designed by Che-Wei Wang. 1 cycle takes 1 seconds, 3.16 billion cycles will take 100 years. After that time the clock will fall apart due to the gap in the outer arc.


3.16 Billion Cycles from che-wei wang on Vimeo.

from the site:

A 60 rpm (revolutions per minute) motor drives the entire mechanism. It rotates once every second. The following pulley rotates once every 5 seconds (1:5 ratio). The next rotates once every 60 seconds or 1 minute. Then 5 minutes, 1 hour, 1 day, 1 month, 1 year, and 1 decade. The decade wheel carries the load of the large arc. The large arc rotates once every century. The final ratio between the 60 rpm motor and the large arc is approximately 1:31.6 billion.

Each wheel is marked with a black nut to highlight a position that could be tracked over time. Along the arc, 100 lines mark the divisions of each passing year. When the clock finally reaches the end of a 100 year cycle, the arc falls off its track onto the floor.