|
Conversation Ron Graham |
|
|
Why we don't take advantage of conversation?
What do we substitute for conversation?
But change comes from conversation. We're tired of the way things are. We find others who feel the same way. We talk. And we dream. Of course, "we hesitate to pray, knowing that it will change us." Maybe all conversation is like that, not just conversation with higher powers. We know (for instance) that if we pray, we might need to forgive others, or do something equally distasteful :-). Maybe we're worried that in talking about change with other people, we'll find out that we have to change first -- in order for any other change to have meaning. Staged Conversation You can actually stage a conversation, if you intend to use a small group to bring about a change or come up with an idea. You'll have to recognize that this is different from what we actually DO. You may even need to establish ground rules:
If you have to go to all this trouble, it's probably appropriate for you to focus on a topic and have a goal. :-) Listening There are several techniques for keeping yourself in the conversation, or more importantly, for letting the speaker know you're following along. Such techniques are commonly found in language and TESOL classes, where listening is a critical skill.
|
Settings for conversation. I don't
know whether I hold with "feng shui." But it's possible
to lay out a room -- even a meeting room -- so
conversation is encouraged.
Furniture notwithstanding, the best way to reap the benefits of conversation is to try at least not to limit it. Offices need a certain amount of quiet for work to get done; but work itself is to some extent noisy. And conversation is often part of work, as well as part of learning. So we have to watch out for
Large conversations between multiple Internet participants can be classified in several ways:
TCNJ's
Questions to Think About
Anyway, if you have two nodes, you have one connection.
If you have three nodes, you have three connections.
If you have N nodes, you have something that looks like
this:
C = sum (as i goes from 1 to N-1) of i
(ASCII isn't very good at this sort of thing, is it?)
So a fully-connected network, as N gets large, has a
number of connections C that seems to approach N^2/2.
But I'm not really a telecommunications type. Is my
estimate OK here? And more importantly, what would
limit a social network from growing exponentially in
a similar way?
References
Wheatley, M. J. "Some friends and I started talking..."
Utne Reader, 07/08.2002. |