2004

Gregory Bateson
[11.20.04]
Paul Bloom
[5.13.04]
Stewart Brand
[1.18.04]
Richard Dawkins
[4.26.04]
Richard Dawkins
[5.6.04]
Richard Dawkins
[7.21.04]
Edge Dinner - 2004
[3.23.04]
Edge 7th Anniversary Photo Album
[1.12.04]
Daniel Gilbert
[2.13.04]
W. Daniel Hillis
[5.6.04]
Nicholas Humphrey
[6.30.04]
Benoit Mandelbrot
[12.20..04]
Gary Marcus
[1.28.04]
Katinka Matson
[1.12.04]
V.S. Ramachandran
[10.18.04]
Karl Sigmund
[12.6..04]
Robert Trivers
[10.18.04]
Scott Sampson
[6.17.04]
Martin Seligman
[3.23.04]
Smolin vs. Susskind
[8.18.04]
Summer Postcards-2004
[6.30.04]
Nassim Nicholas Taleb
[4.19.04]
World Question Center - 2004
[1.12.04]

THE WORLD QUESTION CENTER — 2004 [1.12.04] 

"WHAT'S YOUR LAW?"

There is some bit of wisdom, some rule of nature, some law-like pattern, either grand or small, that you've noticed in the universe that might as well be named after you. Gordon Moore has one; Johannes Kepler and Michael Faraday, too. So does Murphy.


PRINT EDITIONS By Katinka Matson [1.12.04] 


THE MOUNTAIN AND THE CLOCK  [1.18.04] 
By Stewart Brand

As we spent more time climbing to the cliffs and hanging out on and around them, they rewarded us more and more. They taught us this: most of the amazingness of the Clock we can borrow from the amazingness of the mountain. The more we highlight and blend in with the most spectacular /archive/archive_ of the mountain, the more memorable a Clock visit will be for the time pilgrims. It's a Mountain Clock.


LANGUAGE, BIOLOGY, AND THE MIND [1.28.04] 
A Talk with Gary Marcus

For a long time the fields of biology and psychology have been quite separate, and only in the last few years people have started thinking about brain imaging and about how the brain and mind relate. But they haven't really thought that much about another part of biology: developmental biology. Brain imaging tells you something about how the brain works, but that doesn't tell you anything about how the brain gets to be the way that it is. Of course, we also have the human genome sequence and have made enormous advances in genetics and related fields, and what I've been trying to do in the last few years is to relate all of the advances in biology to what people have been finding out in cognitive development and language acquisition.

AFFECTIVE FORECASTING...OR...THE BIG WOMBASSA: WHAT YOU THINK YOU'RE GOING TO GET, AND WHAT YOU DON'T GET, WHEN YOU GET WHAT YOU WANT [2.13.04] 
A Talk with Daniel Gilbert

The problem lies in how we imagine our future hedonic states. We are the only animals that can peer deeply into our futures—the only animal that can travel mentally through time, preview a variety of futures, and choose the one that will bring us the greatest pleasure and/or the least pain. This is a remarkable adaptation—which, incidentally, is directly tied to the evolution of the frontal lobe—because it means that we can learn from mistakes before we make them. We don't have to actually have gallbladder surgery or lounge around on a Caribbean beach to know that one of these is better than another. We may do this better than any other animal, but our research suggests that we don't do it perfectly. Our ability to simulate the future and to forecast our hedonic reactions to it is seriously flawed, and that people are rarely as happy or unhappy as they expect to be.

EUDAEMONIA, THE GOOD LIFE [3.23.04] 
A Talk with Martin Seligman


The third form of happiness, which is meaning, is again knowing what your highest strengths are and deploying those in the service of something you believe is larger than you are. There's no shortcut to that. That's what life is about. There will likely be a pharmacology of pleasure, and there may be a pharmacology of positive emotion generally, but it's unlikely there'll be an interesting pharmacology of flow. And it's impossible that there'll be a pharmacology of meaning.


THE BILLIONAIRES' DINNER — 2004 [3.23.04]
February 26th
Monterey, California


My idea was to use the platform of "The Billionaires' Dinner" and Seth's visit to announce "The Quantum Internet" but I became so caught up in the high energy of of the occasion that I forgot all about it. I also forgot I had a new digital camera in my pocket and didn't take any pictures. Rather than deprive Edge readers of an inside look at the dinner, I sent the following email to the dinner guests:

"Sing for your supper!"


LEARNING TO EXPECT THE UNEXPECTED [4.19.04] 
A Talk with Nassim Nicholas Taleb


A black swan is an outlier, an event that lies beyond the realm of normal expectations. Most people expect all swans to be white because that's what their experience tells them; a black swan is by definition a surprise. Nevertheless, people tend to concoct explanations for them after the fact, which makes them appear more predictable, and less random, than they are. Our minds are designed to retain, for efficient storage, past information that fits into a compressed narrative. This distortion, called the hindsight bias, prevents us from adequately learning from the past.

JOHN MAYNARD SMITH (1920—2004) [5.6.04]
By Richard Dawkins


Some successful scientists make their careers by hammering away at one experimental technique that they are good at, and by gathering a gang of co-workers to do the donkey work. Their continued success rests primarily on their ability to coax a steady supply of money out of the government. John Maynard Smith, by contrast, makes his way almost entirely by original thought, needing to spend very little money, and there is scarcely a branch of evolutionary or population genetic theory that has not been illuminated by his vivid and versatile inventiveness. He is one of that rare company of scientists that changes the way people think.

"ARISTOTLE" (THE KNOWLEDGE WEB) [5.6.04]
By W. Daniel Hillis

With the knowledge web, humanity's accumulated store of information will become more accessible, more manageable, and more useful. Anyone who wants to learn will be able to find the best and the most meaningful explanations of what they want to know. Anyone with something to teach will have a way to reach those who what to learn. Teachers will move beyond their present role as dispensers of information and become guides, mentors, facilitators, and authors. The knowledge web will make us all smarter. The knowledge web is an idea whose time has come.


NATURAL-BORN DUALISTS [5.13.04]
A Talk with Paul Bloom

In the domain of bodies, most of us accept that common sense is wrong. We concede that apparently solid objects are actually mostly empty space, consisting of tiny particles and fields of energy. Perhaps the same sort of reconciliation will happen in the domain of souls, and it will come to be broadly recognized that our dualist belief system, though intuitively appealing, is factually mistaken. Perhaps we will all come to agree with Richard Dawkins and Daniel Dennett and join the side of the "brights": those who reject the supernatural and endorse the world-view established by science...But I am skeptical. The notion that our souls are flesh is profoundly troubling to many, as it clashes with religion. Dualism and religion are not the same: You can be dualist without holding any other religious beliefs, and you can hold religious beliefs without being dualist. But they almost always go together. And some very popular religious views rest on a dualist foundation, such as the belief that people survive the destruction of their bodies. If you give up on dualism, this is what you lose...This is not small potatoes.


AN ECO-EVOLUTIONARY DANCE THROUGH DEEP TIME [6.17.04]
A Talk with Scott Sampson


How did the world of dinosaurs differ from our own? Since we live in a miniscule snapshot in time, most people can’t relate to a thousand years, let alone millions, or billions of years. So how do we get our minds wrapped around Mesozoic timescapes? And once we’re there, how do we then recreate the world of dinosaurs? 

A SELF WORTH HAVING [6.30.04]
A Talk with Nicholas Humphrey

Amidst all the self serving rhetoric, I think Edge should contribute its own obsequy. The people who died were scientists. Whatever else they may have believed in, their goal was to learn and to explore.

Contributors: Oliver Morton, Gregory Benford, George Dyson, Nicholas Humphey, Paul Davies, Martin Rees, Karl Sabbagh, Piet Hut, Gerald Holton


SUMMER POSTCARDS [6.30.04]


THE NEXT STEP, A NOBEL PRIZE FOR LITERATURE? [7.21.04]
Richard Dawkins

Novelists may win the plaudits, but they don't have all the good stories...
Richard Dawkins gives advice to entrants to a competition for young science writers.


SMOLIN VS, SUSSKIND: THE ANTHROPIC PRINCIPLE: A PHYSICS SHOOTOUT [8.18.04] 

Recently, I received a copy of an email sent by Leonard Susskind to a group of physicists which included an attached file entitled "Answer to Smolin". This was the opening salvo of an intense email exchange between Susskind and Smolin concerning Smolin's argument that "the Anthropic Principle (AP) cannot yield any falsifiable predictions, and therefore cannot be a part of science".

THE ASTONISHING FRANCIS CRICK [[10.18.04] 
by V.S. Ramachanran

As I was leaving he said "Rama, I think the secret of consciousness lies in the claustrum—don't you? Why else would this one tiny structure be connected to so many areas in the brain?"—and he gave me a sly, conspiratorial wink. It was the last time I saw him.


A FULL-FORCE STORM WITH GALE WINDS BLOWING [10.18.04]
A Talk with Robert Trivers

For the last ten or fifteen years, I've been trying to understand situations in nature in which the genes within a single individual are in disagreement—or put differently, in which genes within an individual are selected in conflicting directions. It's an enormous topic, which 20 years ago looked like a shadow on the horizon, just as about a hundred years ago what later became relativity theory was just two little shadows on the horizon of physics, and blew up to become major developments. In genetics it's fair to say that about 20 years ago a cloud on the horizon was our knowledge that there were so-called selfish genetic elements in various species that propagated themselves at the expense of the larger organism. What was then just a cloud on the horizon is now a full-force storm with gale winds blowing.


GREGORY BATESON — THE CENTENNIAL [11.20.04]
"About Bateson" by John Brockman with an Afterword by Gregory Bateson

Bateson contended that as a result of advances in cybernetics and fundamental mathematics, many other areas of thought have shifted. In The Evolutionary Idea, a proposed new book, he planned to gather together those new advances to present an alternative to then current orthodox theories of evolutio1n. This alternative view was to stress the role of information, that is, of mind, in all levels of biology from genetics to ecology and from human culture to the pathology of schizophrenia. In place of natural selection of organisms, Bateson considered the survival of patterns, ideas, and forms of interaction.

INDIRECT RECIPROCITY, ASSESSMENT HARDWIRING, AND REPUTATION ([12.6.04] 
A Talk with Karl Sigmund

These ideas fed into our work on indirect reciprocity, a concept that was first introduced by Robert Trivers in a famous paper in the 1970s. I recall that he mentioned this idea obliquely when he wrote about something he called "general altruism". Here you give something back not to the person to whom you owe something, but to somebody else in society. He pointed out that this also works with regard to cooperation at a high level. Trivers didn't go into details, because at the time it was not really at the center of his thinking. He was mostly interested in animal behavior, and so far indirect reciprocity has not been proven to exist in animal behavior. It might exist in some cases, but ethologists are still debating the pros and cons.

A THEORY OF ROUGHNESS [12.20.04]
A Talk with Benoit Mandelbrot

A recent, important turn in my life occurred when I realized that something that I have long been stating in footnotes should be put on the marquee. I have engaged myself, without realizing it, in undertaking a theory of roughness. Think of color, pitch, loudness, heaviness, and hotness. Each is the topic of a branch of physics. Chemistry is filled with acids, sugars, and alcohols — all are concepts derived from sensory perceptions. Roughness is just as important as all those other raw sensations, but was not studied for its own sake.


2004

John Brockman, Editor and Publisher
Russell Weinberger, Associate Publisher

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