Now I learned a couple of things from this one photograph. Its a fascinating practical example of things we all should know if we really thought it all through. Can you guess what is shown in this photo? What is the plume extending upward from the ground? Why is the top of the plume brighter than its bottom? What is the bright object in the lower righthand corner of the picture, and what is the dark, cone-shaped feature that seems to be leaving the plume and converging on the bright object? Examine the picture carefully, look at the high-resolution version if you want to, and see if you can figure out the answers to these questions. Then, read the caption below to test yourself.
Do you get those forwarded multiple times emails with a joke / cute picture / pithy saying all the way at the bottom? Does you email address appear in the cc not the bcc field, thus broadcast to the world? Here is a simple free, no advertising nor graphics web page to get the message across about email netiquette. Just reply with this link and you are done.
Now here is thinking outside the car. This company, Poulson Hybrid, Inc. is making and aftermarket kit to turn compact front wheel drive cars into all wheel hybrids.
The kit is a set of externally mounted disk motors on the back wheels. These motors are driven by a large battery installation in the trunk.
Using notepaper or a simple text file on your laptop or tablet, indent the pages of your notes in from the left margin. Then, use a simple system of symbols to mark off 4 different information types in the column space left in the margin.
[ ] A square checkbox denotes a to do item
( ) A circle indicates a task to be assigned to someone else
* An asterisk is an important fact
? A question mark goes next to items to research or ask about
After the meeting, a quick vertical scan of the margin area makes it easy to add tasks to your to do list and calendar, send out requests to others, and further research questions. (This method is the brainchild of Michael Hyatt, someone who clearly has mastered the art of attending meetings.)
The idea my colleagues and I are pursuing is to increase the amount of sunlight reflected back into space from the tops of thin, low-level clouds (marine stratocumuli, which cover about a quarter of the world’s oceanic surface), thereby producing a cooling effect.
In order to deploy our scheme and produce adequate cooling, we would need to spray sea-water droplets continuously over a significant fraction of the world’s oceanic surface, at a total rate of around 50 cubic metres per second.