1. Will The 21st Century Need a Library ? Cyberinfrastructure and its Implications

2. A New Environment for Research and Teaching Very high speed networks Enormous amounts of data Grid computing Coordinated aggregation and analysis of data Advanced software and tools Human expertise:digital libraries Stewardship of information Very high speed networks Enormous amounts of data Grid computing Coordinated aggregation and analysis of data Advanced software and tools Human expertise:digital libraries Stewardship of information

3. Behavioral Assumptions Collaboration Sharing of data, resources, tools Making information more accessible Reuse of data Collaboration Sharing of data, resources, tools Making information more accessible Reuse of data

4. Sloan Digital Sky Survey

6. Quasar Redshift

7. Particle Physics

8. Large Hadron Collider

10. Climate Modeling

11. Climate Models

12. Typhoon Models

13. Tsunami Modeling

14. Humanities Cyberinfrastructure Some New Technologies: laser scanning CT scans 3-D visualization tera scale storage and retrieval multimedia digital libraries DNA Analysis Some New Technologies: laser scanning CT scans 3-D visualization tera scale storage and retrieval multimedia digital libraries DNA Analysis

15. Humanities Cyberinfrastructure Greater collaboration Increased dependencies on technology Working with scientists and engineers New methods of conducting research New questions and paths of inquiries Digital environment more pervasive Greater collaboration Increased dependencies on technology Working with scientists and engineers New methods of conducting research New questions and paths of inquiries Digital environment more pervasive

16. Rome Reborn

17. The Ancient Sky

19. Michelangelo: Laser Capture

20. Amiens Cathedral 3-D

21. Amiens 3-D

22. Archeology: Cuneiform

23. CT Scans

24. Roman de la Rose Digital Manuscript Surrogates

25. Trans-Atlantic Slave Trade Database

27. New Genetics and the Trans-Atlantic Slave Database Working Group Co-Directors: Henry Louis Gates, Jr. and Evelynn M. Hammonds Under the direction of Professors Henry Louis Gates, Jr., and Evelynn M. Hammonds, the New Genetics and the Trans- Atlantic Slave Trade Working Group was convened for the first time in January 2006 and included the nation s top scientists, social scientists, and historians who discussed the latest research in genetics and how to effectively use historical and social contexts to understand the origins of the Africans who survived the Middle Passage in the Trans-Atlantic Slave Trade to the United States. Co-Directors: Henry Louis Gates, Jr. and Evelynn M. Hammonds Under the direction of Professors Henry Louis Gates, Jr., and Evelynn M. Hammonds, the New Genetics and the Trans- Atlantic Slave Trade Working Group was convened for the first time in January 2006 and included the nation s top scientists, social scientists, and historians who discussed the latest research in genetics and how to effectively use historical and social contexts to understand the origins of the Africans who survived the Middle Passage in the Trans-Atlantic Slave Trade to the United States.

29. Cy-Ark

30. DNA Analysis of Medieval Parchment

31. Art and Neuroscience

33. USC Shoah Foundation Institute

35. Dunhuang Caves

37. What does this imply? New Models of Knowledge Organization New Collaborations across Academic Boundaries New International Cooperation for Data Preservation and Access New Research Methods and Strategies New Curriculum New Models of Knowledge Organization New Collaborations across Academic Boundaries New International Cooperation for Data Preservation and Access New Research Methods and Strategies New Curriculum

38. What Does This Imply For Research Libraries? Will the 21st Century Need Libraries? Will the 21st Century Need Libraries?

39. YES: But Research Libraries Will Transform

40. Libraries Must Adopt a Cyberinfrastructure Model:Deep Functional Collaborations Shared collections: discarding duplicates Shared staff: working toward the collective goal IT infrastructure shared across several institutions University presses form coalition on single software platform Digital object is the official scholarly representation: no warehouses, no press, no out of print, no inventory Shared collections: discarding duplicates Shared staff: working toward the collective goal IT infrastructure shared across several institutions University presses form coalition on single software platform Digital object is the official scholarly representation: no warehouses, no press, no out of print, no inventory

41. The New Library, Cont Digital library activities and projects must widely federate Scholarly environments must emerge from digital libraries: *background data *notes *instrumentation *methodological descriptions *comprehensive references and bibliographies *Large datasets of audio, visual, multimedia materials Digital library activities and projects must widely federate Scholarly environments must emerge from digital libraries: *background data *notes *instrumentation *methodological descriptions *comprehensive references and bibliographies *Large datasets of audio, visual, multimedia materials

42. The New Library, Cont Centers for instruction and collaborative research in synch with the shared mission Centers that explore the changes that are effecting them and what they are becoming: a collective autopoiesis Create an audit authority to assure perpetual persistence and access to the myriad data and information layers (articles, research statistics, course information, archival drafts, pre- publications) Centers for instruction and collaborative research in synch with the shared mission Centers that explore the changes that are effecting them and what they are becoming: a collective autopoiesis Create an audit authority to assure perpetual persistence and access to the myriad data and information layers (articles, research statistics, course information, archival drafts, pre- publications)

43. The New Library, Cont Cyberinfrastructure characteristics: * wide community of interest and collaboration *multidisciplinary *high level of shared expertise *tremendous amounts of data *responsibility for data curation and persistence *integral to research and its strategies * involved with data analysis, visualization, mining, semantic search Cyberinfrastructure characteristics: * wide community of interest and collaboration *multidisciplinary *high level of shared expertise *tremendous amounts of data *responsibility for data curation and persistence *integral to research and its strategies * involved with data analysis, visualization, mining, semantic search

44. The Next Library A formal, physical entity with staff and some analog materials with an individual identity (name, tradition, areas of special focus) Beneath, a tremendously complex virtual strata that is coherent with 10 or more institutions in a shared functional infrastructure Operations and services inextricable from the wider collaborative: a new information entanglement model A formal, physical entity with staff and some analog materials with an individual identity (name, tradition, areas of special focus) Beneath, a tremendously complex virtual strata that is coherent with 10 or more institutions in a shared functional infrastructure Operations and services inextricable from the wider collaborative: a new information entanglement model