Notes
Slide Show
Outline
1
Finding and using physics information in the electronic age
  • A. Ben Wagner
  • Physics Subject Specialist/Liaison
  • Science and Engineering Library
  • University at Buffalo
  • abwagner@buffalo.edu
2
Finding nanowires of information in gallium arsenide haystacks
3
We’ve come a long way – 1
  • 1947-48 – 1st transistor (Bardeen, Brattain & Shockley)
  • 1949 – 1st large-scale electronic computer ENIAC
    • 17,468 vacuum tubes
    • 70,000 resistors & 10,000 capacitors
    • 6,000 manual switches
    • 5 million soldered joints.
    • 30 tons & 160 KW of electrical power
    • Could do 38 divisions per second
    • Mean time to failure – 2 days
4
We’ve come a long way - 2
  • 1952- Univac 1 predicted a landslide for Eisenhower – only a few million votes counted.


  • 1958 – 1st Integrated Circuit (Kilby & Noyce)


  • 1964 – 1st computerized literature database, MedLine, 4-5 week turnaround


  • 1969 – ARPAnet (the original Internet)
5
We’ve come a long way – 3
  • 1970 – Floppy disks used


  • 1972 – 1st remote-access, real-time database (MedLine)


  • 1973 – TI-SR10 (death of the slide rule)


  • 1975 – High speed online terminals (30 char./sec) T1=193K char./sec)


  • 1975 – 1st personal computer, Altair 8800 – 256-byte memory (no, not KB)
6
We’ve come a long way – 4
  • 1977 – Apple II computer – 4 kb RAM, audiocassette for magnetic storage


  • 1982 – 1st CD players


  • 1990 – The World Wide Web (WWW) - Tim Berners Lee & Robert Cailliau


  • Moore’s law - # of transistors on a chip doubles about every 2 years.
7
Future Shock – Alvin Toffler 1970
  • Accelerative thrust


  • “If technology ... is to be regarded as a great engine, a mighty accelerator, then knowledge must be regarded as its fuel. And we thus come to the crux of the accelerative process in society, for the engine is being fed a richer and richer fuel every day.”
8
Importance of Good Information
  • Why Wright Brothers first to “fly”?


  • Lilienthal's lift and drag tables
9
Outline - 1
  • Chaos vs. ordered systems - Google vs. INSPEC


  • Grand Unification - SciFinder Scholar


  • Time Travel - Web of Science


  • Free Energy – arXiv, Google Scholar, Scirus
10
Outline - 2
  • Background without noise – AccessScience & Knovel


  • Expanding Our Universe – Beyond journals (data, theses, govt. reports)


  • Random Walks - Celerity


  • Center of Mass - Library Website


11
The Three Essential Take-aways
  • There are many tools out there, don’t get stuck using 1 or 2 to answer all your questions.
  • Know how it works.
  • Fantastic development in search interfaces – there is so much beyond throwing in a few random keywords.
12
Google vs. INSPEC – chaos vs. ordered systems
  • Google – Quantum wells
    • www.google.com


  • INSPEC – Quantum wells
    • Rich, deep indexing
    • Physics, electrical & electronics engineering, computer & control sci.
    • http://ublib.buffalo.edu/libraries/e-resources/inspec.html


13
SciFinder Scholar – Grand Unification

  • Superior interface, great breadth
  • Chemistry, physics, materials science, engineering, biochem, biomed, environment, polymers
  • Analysis/Refine (Limit) Tool unsurpassed
  • Gallium arsenide/aluminum gallium arsenide


14
Time Travel - Web of Science
  • Also known as Science Citation Index
  • Just about our largest and most multidisciplinary resource
  • Citation-forward in time from an older article
  • http://ublib.buffalo.edu/libraries/e-resources/webofscience.html


15
Free Energy – arXiv, Google Scholar, Scirus
  • Free web, but targets scholarly material.
  • www.arxiv.org
  • www.scholar.google.com
  • www.scirus.com


16
Background without noise – AccessScience & AccessScience
  • AccessScience – 20-volume McGraw-Hill Encycl. of Science & Technology
    • http://ublib.buffalo.edu/libraries/e-resources/as.html
  • Knovel - - 1,000 handbooks – materials and applied sciences strength
    • http://ublib.buffalo.edu/libraries/e-resources/knovel.html



17
Expanding Universe – Beyond journals
  • Data –
    • Knovel - http://ublib.buffalo.edu/libraries/e-resources/knovel.html
    • NIST databases - http://www.nist.gov/srd/


  • ProQuest Dissertations and Theses
    • http://ublib.buffalo.edu/libraries/e-resources/dissertations.html


  • Government Reports – NTIS
    • http://ublib.buffalo.edu/libraries/e-resources/ntis.html


18
Random Walks - Celerity
  • Staying current
  • Table of contents browsing
  • Save search queries – get Email alerts across dozens of publishers
    • http://celerity.iop.org/


19
Center of Mass - Library Website
  • Quick Links – where the action is
  • Electronic Journals
  • New Bison catalog
  • ILL/UB Document Express/Annex (Storage) requests now single system.
  • http://ublib.buffalo.edu


20
The Three Essential Take-aways
  • There are many tools out there, don’t get stuck using 1 or 2 to answer all your questions.
  • Know how it works.
  • Fantastic development in search interfaces – there is so much beyond throwing in a few random keywords.
21
WANT MORE?  PHY 584
  • Special Topics 1-credit course
  • Find & Use Physics Information
  • Spring ’07 - Thursdays 5-5:50 p.m.
  • Extensive hands-on work
  • Choose topics of interest to you
  • Efficiently find, evaluate, and use scholarly information to further their research & educational goals.
22
Acknowledgements:
SEL Sciences Team
  • David Bertuca – Maps/Web Tech.
  • Jill Hackenberg – Computer Science
  • Nancy Schiller – Engineering
  • Michelle Shular – Geology/GIS/Geog.
  • Fred Stoss – Biology/Math
  • Ruth Oberg – Collection Management