Knowledge Agents from the iterations Knowledge Base

Compiled for Greene, Tweed & Co., June 29, 2001

For more information contact Jeffrey Johnston, Ph.D., (650) 470-1171

Click here for the list of articles collected in November 2001.


"Read not to contradict and confute, nor to believe and take for granted, not to find talk and discourse, but to weigh and consider."
Francis Bacon

How to use these articles syntopically

To read syntopically is to read many books or articles simultaneously, and to study each work in relation to the others and to the subject around which they revolve. Syntopical reading demands that the reader bring a new synthesis to construct an analysis of the subject that is not in any single article or book.

In this spirit, approach the articles on this page as a coherent body of knowledge, rather than just a collection of articles. Individually, as single views, these articles are not particularly insightful, but read as a collection they provide a wealth of information from which insights not contained in any one of the articles can be formulated.

What does this body of knowledge say about the field of materials science? Look for patterns in the article titles, in the topics, in the methods, and in the conclusions.  Look for what the articles say, as well as what they don't say. What are the authors missing? Individually and collectively. Look for the connections, the things that tie even the seemingly unrelated articles together. What are the emerging trends? Where is innovation happening? What are the opportunities for Greene, Tweed to leverage its strengths and create new markets?

As you think about these questions, keep in mind that this body of knowledge is not necessarily comprehensive or complete. It is a mere snapshot, one person's catch of information relevant to the field of materials science. The more you expand this body of knowledge by following-up on these articles and following your curiosity to expand the list of sources, the more meaningful the answers and the insights to and from the above questions will be.

While individuals can read syntopically, the process is most powerful when it is approached by a group. To facilitate this, we often break this exercise down into three parts.

1. Spend time individually with different selections of articles, reading some articles in depth and scanning others.
2. Take time as a group to discuss the articles and their implications for Greene, Tweed. If you were the author, what advice would you have for Greene, Tweed? What questions would you ask? What steps would you take?
3. Take this information and as a team, identify the key implications of your reading to the long-term success of Greene, Tweed. Define the terrain, the issues, the concerns, and impacts of technological and social change that must be tracked and considered to achieve a long-term strategy.

This type of exercise could be conducted periodically with different groups within Greene, Tweed. If shared between groups, the output of each of these sessions could be very powerful in helping drive the organizational transformation efforts.

(The concept of syntopical reading comes from How to Read a Book, by Mortimer Adler and Charles Van Doren.)


Most of the agent titles below are hyperlinked to the original article. Note however, that a number of the sources limit access to paid subscribers. In general:
Access to these sources is open:
Access to these sources is restricted to subscibers:

Fortune

New Scientist

Physics Today

Red Herring

Scientific American

Technology Review

The Scientist (registration required)

C&E News

Nature

Science

Science News

The Chronicle of Higher Education

The Wall Street Journal

While the links to the articles were all working on June 29, 2001 when this page was assembled, links change with time and some articles may no longer be available. Please e-mail me dead links that you find and I'll try to update them if possible.

New Scientist recreated their website shortly after this page was published, so none of the links to New Scientist articles appear to be working.

 

Agent Title
Agent Author
Agent Source
Agent Date
Keywords
David Adam
Nature
May 17, 2001
materials science, textiles, warfare,
Alexander H. Tullo
C&E News
March 5, 2001
energy, electricity, fuel cell, transportation, auto, materials science, chemistry,
Richard P. Wool
Nature
February 15, 2001
materials science, polymer, smart materials, self-heal,
Peter Fairley
Technology Review
July/August 2001
energy, electricity, power grid,
Alexandra Stikeman
Technology Review
July/August 2001
materials science, magnetic,
S. R. White et al.
Nature
February 15, 2001
materials science, polymer, smart materials,
Linda Wang
Technology Review
September/October 2000
nanotechnology, biotechnology, DNA, molecular computing,
Mitch Jacoby
C&E News
March 19, 2001
nanotechnology, materials science, chemistry, nanotubes,
Gary Stix
Scientific American
July 2001
optics, broadband, innovation, Corning, fiber, materials science,
David Voss
Nature
September 28, 2000
computing, organics, chips, electronics, chemistry, plastic,
Philip Ball
Nature
July 13, 2000
computing, chemistry, molecular electronics, nanowires,
Mark A. Reed and James M. Tour
Scientific American
June 2000
molecular computing, nanoelectronics, self-assembly,
Yury Gogotsi, Sascha Weiz, Daniel A. Ersoy, and Michael J. McNallan
Nature
May 17, 2001
materials science, diamonds, chemistry,
Duncan Graham-Rowe
New Scientist
April 21, 2001
smart materials, green, building, paint
W. Wayt Gibbs
Scientific American
May 1996
materials science, science policy, smart materials,
Jonathan W. Steed
Nature
August 31, 2000
materials science, crystals, chemistry, nanostructures,
Michael L. Roukes
Nature
June 14, 2001
materials science, electronics, physics, spintronics, quantum computing, qubits,
Philip G. Collins, Michael S. Arnold, and Phaedon Avouris
Science
April 27, 2001
materials science, nanotubes, computing,
Celia M. Henry
C&E News
March 5, 2001
microfabrication, materials science, origami,
Jeff Hecht
Technology Review
March 27, 2001
optics, broadband, Internet, high speed, Alcatel, NEC,
George M. Whitesides and Abraham D. Stroock
Physics Today
June 2001
materials science, MEMS, chemistry, microfluidics, biology,
David H. Gracias et al.
Science
August 18, 2000
computing, self-assembly, electronics,
Ricki Lewis
The Scientist
February 19, 2001
buckyballs, nanotubes, microscopy, nanotechnology, materials science,
A. Maureen Rouhi
C&E News
June 11, 2001
materials science, nanotubule, membrane, sensors,
Stephen R. Quake and Axel Scherer
Science
November 24, 2000
nanotechnology, materials science, fabrication, microfluidics,
Steve Jurvstson
Red Herring
June 15 & July 1, 2001
nanotechnology, investing, biotech, MEMS,
Steven Ashley
Scientific American
July 2001
energy, fuel cell, power, cell phone, materials science,
Leigh Canham
Nature
November 23, 2000
computing, materials science, silicon, optical electronics, laser,
Stuart F. Brown
Fortune.com
June 25, 2001
energy, fuel cells, material science, transportation,
Linda Wang
Science News
May 5, 2001
nanotubes, nanoelectronics, nanowires,
Ian Sample
New Scientist
May 12, 2001
Design, smart materials, bridges, engineering, material science

Nature

April 19, 2001
energy, materials science, fuel cells, chemistry, alternative energy,
Alexandra Stikeman
Technology Review
June 2001
materials science, shape memory polymers, smart materials,
Inorganic Tubes Get Smaller Than Ever
J.G.
Science News
May 5, 2001
nanotubes, molybdenum disulfide,
Molly Williams
The Wall Street Journal
June 11, 2001
computing, Intel, innovation, Moore’s Law,
Ian Sample
New Scientist
May 26, 2001
computing, Internet, optical transistor

Nature
March 29, 2001
materials science, spider silk, polymer, liquid crystal, biomimicry
Rachel Nowak
New Scientist
October 7, 2001
transportation, emissions, pollution, solution, auto, materials science, diamonds,
John Cumings and A. Zettle
Science
July 28, 2000
nanotechnology, bearings, materials science, nanotubes,
Making Molecules Into Motors
R. Dean Astumian
Scientific American
July 2001
nanotechnology, molecular motors, engineering,
Robert F. Service
Science
June 16, 2000
energy, fuel cells, materials science, chemistry,
Paul Calvert
Nature
May 28, 1998
materials science, spider silk,
Josette Chen
Nature
May 17, 2001
materials science, MEMS,
Pamela Zurer
C&E News
March 12, 2001
nanotechnology, materials science, nanotubes, fullerenes,
Philip E. Ross, Stephan Herrera, and Lee Bruno
Red Herring
June 15 & July 1, 2001
nanotechnology, materials science, health, optics, Quantum Dot,
Laszlo Forr
Science
July 28, 2000
nanotechnology, materials science, bearings, nanotubes,
Dan Feldhheim
Nature
November 2, 2000
nanotechnology, nanoelectronics, molecular electronics, chemistry,
Ben L. Feringa
Nature
November 9, 2000
nanotechnology, molecular motors,
Peter Monaghan
The Chronicle of Higher Education
December 15, 2000
nanotechnology,

C&E News
October 16, 2001
nanotechnology, materials science, nanoelectronics,
Oliver G. Schmidt and Karl Eberl
Nature
March 8, 2001
nanotechnology, nanotubes,
Ron Dagani
C&E News
April 16, 2001
nanotechnology, materials science, nanotubes, C60, crystals,
Jack Mason
Technology Review
May 24, 2001
materials science, nanotubes, buckyballs, self-assembly
Ron Dagani
C&E News
November 20, 2000
nanotechnology, materials science, fibers, nanotubes,
Karl Ziemelis
Nature
August 31, 2000
computing, microelectronics, physics, materials science,
Novel Nanotubes Are Now Made-To-Order
J.G.
Science News
May 5, 2001
nanotubes, materials science,
Michael Freemantle
C&E News
January 22, 2001
computing, photonics, crystals, chips,
Florence Olsen
The Chronicle of Higher Education
June 8, 20001
optics, Internet, broadband,
Michael Freemantle
C&E News
April 23, 2001
display, materials science, organic
Phillip John
Science
June 8, 2001
laser, material science, diamond, UV,
Jean-Pierra Sauvage
Science
March 16, 2001
nanotechnology, molecular motors, chemistry,
Mildred S. Dresselhaus
Science
April 27, 2001
nanotechnology, nanoelectronics, nanotubes, materials science,
Philip Ball
Nature Science Update
November 23, 2000
computing, materials science, silicon, optical electronics, laser, nanocrystals,
Steve Stinson
C&E News
February 19, 2001
materials science, smart materials,
Michael Freemantle
C&E News
March 5, 2001
nanotechnology, materials science, nanowires, chemistry, computing,
Gary Stix
Scientific American
March 2001
materials science, self assembly, optoelectronics,
Wil McCarthy
Nature
October 5, 2000
‘spoze, material science, quantum
Gary Stix
Scientific American
May 2001
electrorheological fluids, magnetorheological fluids,
Elizabeth K. Wilson
C&E News
November 6, 2000
quantum computing, chemistry, materials science,
Carter T. White and Tchavdar N. Todorov
Nature
June 7, 2001
nanotubes, computing, quantum electronics,
Jack Mason
Technology Review
April 9, 2001
material science, nanofilms,
Michael H. Huang et al.
Science
June 8, 2001
materials science, nano, laser, UV,
Mitch Jacoby
C&E News
August 21, 2000
computing, nanotechnology, self-assembly, chemistry, electronics,
Ron Dagani
C&E News
April 23, 2001
nanotubes, materials science,
W. Wayt Gibbs
Scientific American
May 1996
materials science, smart materials,
Sossina M. Haile et al.
Nature
April 19, 2001
fuel cell, energy, electricity, materials science, chemistry,
Ron Dagani
C&E News
May 7, 2001
nanotechnology, nanotubes, materials science,
Mairin Brennan
C&E News
February 5, 2001
materials science, smart materials, shape-memory polymer,
Robert Coontz and Phil Szuromi
Science
November 24, 2001
nanotechnology,
Paul S. Peercy
Nature
August 31, 2000
computing, Moore’s Law, miniaturization, materials science,
Steve Silberman
WIRED
July 2001
energy, distributed power, micropower, EPRI,
Philip S. Anton, Richard Silberglitt, and James Scheider
RAND
2001
technology, bio, nano, materials science, information, RAND,
Philip Ball
Technology Review
May 2001
optics, broadband, materials science, Internet, photonics,
Truis Norby
Nature
April 19, 2001
fuel cells, materials science, energy, chemistry,
Claire Tristam
Technology Review
November/December 2000
computing, software, Transmeta, chip,
Ivan Amato
Fortune.com
June 25, 2001
nanotechnology, nanotubes, soot, buckytubes, materials science,
Adam J. Ruben and Laura F. Landweber
Nature Reviews - Molecular Cell Biology
October 2000
molecular computing, DNA, biology,
Graham P. Collins
Scientific American
March 2001
computing, physics, optics, quantum, materials science,
Seth Lloyd
Nature
August 31, 2000
computing, physics, black hole, ultimate limits,
Satoshi Koizumi et al.
Science
June 8, 2001
materials science, laser, diamond, UV,
Michael Brooks
New Scientist
September 30, 2000
materials science, rapid prototyping, 3D printing,
Mitch Jacoby
C&E News
January 1, 2001
nanotechnology, computing, materials science, nanotubes, nanowires,
Alan Leo
Technology Review
February 8, 2001
computing, nanoelectronics, Intel, electronics,

 

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