Maps with the road coloring problem
The road coloring problem builds an algorithm so that at any given point in the graph you can use the exact same set of instructions to get to the destination point. It is possible to model destinations within a city as nodes in a graph. So what would a road coloring look like for tourists and would it be useful?
Introduction to Prediction Markets
When you gather a suitably diverse group of people together, ask them a question and average their answers, the result tends to be more accurate than the result of any one person including experts. The implication of this, is that the crowd as a whole can make better informed judgements than traditional experts. There just needs to be an ideal way to extract those tiny bits of relative information from individuals in a consistent manner. Enter the prediction market.
Hacking Sleep
After a month of experimenting with Polyphasic sleep, there was much learnt about the process, what to expect, possible gains and drawbacks.
Pie charts and other circular visualizations
Pie charts were first created by Scottish polyglot William Playfair in his 01801 publication of “Commercial and Political Atlas and Statistical Breviary”. We’ve come along way in understanding visual complexity, but still the inefficient pie chart continues to be used.
Read more about Pie charts and other circular visualizations
The Long Now
The Y2K problem was pop-culture’s initiation into short-term thinking on a global scale. The issue revolved around the 2-digit year, 19__ on checkbooks and in computer databases. When the year 2000 arrived, it broke a lot of code that filled in the __ with 00 making it 1900 instead of 2000. The long now foundation challenges us to think in the longer term, not in years, not in millennium, but in 10s of millennia.