This issue is available as a .pdf. Science in the Seams Computational and Life Sciences Initiative redefines disciplinary lines High-performance computing at Emory “Everybody understands or recognizes the combination of computational and life sciences as very promising. . . . Few people have been working in this combination of fields long enough to have established a leadership presence.” “Rather than 'deconstructing' nature into its simplest parts . . . , the twenty-first century will likely be spent trying to understand, scientifically, the nature of complex interacting systems by “reconstructing” complexity.” Staging Science Teaching, and learning from, the interdisciplinary class Thinking Outside the Pipeline The impact of the unexpected in work-life issues Creative Minds and "The Greatness Game" A Response Endnotes
This issue is available as a .pdf.
Science in the Seams Computational and Life Sciences Initiative redefines disciplinary lines
High-performance computing at Emory
“Everybody understands or recognizes the combination of computational and life sciences as very promising. . . . Few people have been working in this combination of fields long enough to have established a leadership presence.”
“Rather than 'deconstructing' nature into its simplest parts . . . , the twenty-first century will likely be spent trying to understand, scientifically, the nature of complex interacting systems by “reconstructing” complexity.”
Thinking Outside the Pipeline The impact of the unexpected in work-life issues
Creative Minds and "The Greatness Game" A Response
Endnotes
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Amy Cook, Theater Studies Michael Kuhar, Neuropharmacology Lanny Liebeskind, Chemistry Dennis Liotta, Chemistry David Lynn, Chemistry Rosemary Magee, Secretary of the University Julie Seaman, Law Vaidy Sunderam, Mathematics and Computer Science
Sept 07 Vol 10 No 1