Abstract
An account is given of the instruction of university-level introductory physics courses according to an educational framework in which (1) curiosity-driven inquiry is recognised as an essential activity of both science and science teaching; (2) the principal role of the instructor is to provide students the incentive to learn science through their pursuit of personally meaningful questions; (3) the commission of errors is regarded as a natural concomitant to learning and is not penalised; (4) emphasis is placed on laboratory investigations that foster minimally restrictive free exploration rather than prescriptive adherence to formal procedure; (5) research skills are developed through out-of-class projects that involve literature search, experiment, and the modeling of real-world physical phenomena; (6) the precise and articulate use of language is regarded as seminal to communication in science (as it is in the humanities) and is promoted through activities that help develop written and verbal language skills; (7) the evaluation of student performance is based on a portfolio of accomplished work rather than on the outcome of formal testing.
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References
Abbot, J.: 1993, Education 2000 Trust, Hertfordshire, UK.
AharonovY. & BohmD.: 1959, ‘Significance of Electromagnetic Potentials in the Quantum Theory’,Physical Review 115, 485–491.
AllmanW.F.: 1989,Apprentices of Wonder: Inside the Neural Network Revolution, Bantam, New York.
BrunerJ.S.: 1966,Toward a Theory of Instruction, Harvard University Press, Cambridge, Massachusetts, 115.
EhrenbergW. & SidayR.E.: 1949, ‘The Refractive Index in Electron Optics and the Principles of dynamics’,Proceedings of the Physical Society (London) B 62, 8–21.
FrankelH.: 1987, ‘The Continental Drift Debate’, in H.T.EngelhardtJr. & A.L.Caplan (eds.),Scientific Controversies, Cambridge University Press, Cambridge, 203–248.
MerzbacherE.: 1992, ‘The World through the Master's Eyes’,American Scientist 80, 484–485. (Book review of A. Pais,Neils Bohr's Times, in Physics, Philosophy and Polity, Oxford University Press, 1991).
New Scientist, 1993, ‘Ready-made Entertainment is Killing Japanese Curiosity’,140 (1903), 7.
PaldyL.G. & SwartzC.E.: 1973, ‘Resource Letter PCP-1: Pre-College Physics Curriculum Materials’,American Journal of Physics 41, 166–178.
PurcellE.M.: 1985,Electricity and Magnetism, McGraw-Hill, New York, 143–144.
RigdenJ.S., HolcombD.F. & DiStefanoR.: 1993, ‘The Introductory University Physics Project’,Physics Today 46, 32–37; for precollege science teaching, see the special issue Physics Today44 (September 1991).
RogerJ. & McWilliamsP.: 1991,Life 101, Prelude Press, Los Angeles, 330.
Scientific American: 1994, Special Issue: Life in the Universe, Vol.271 (10).
SilvermanM.P.: 1981, ‘Interference Colors with “Hidden Polarizers”’,American Journal of Physics 49, 881–882.
SilvermanM.P.: 1982, ‘The Vortex Tube: A Violation of the Second Law?’,European Journal of Physics 3, 88–92.
SilvermanM.P.: 1985, ‘Science as a Human Endeavor’,American Journal of Physics 53, 715–719.
SilvermanM.P.: 1989, ‘Two Sides of Wonder: Philosophical Keys to the Motivation of Science Learning’,Synthese 80, 43–61.
SilvermanM.P.: 1990, ‘How Deep Is the Ocean/How High Is the Sky? Some Thoughts on Imaging by Parallel Plates and Gravitationally Stratified Media’,European Journal of Physics 11, 366–371.
SilvermanM.P.: 1992, ‘Raising Questions: Philosophical Significance of Controversy in Science’, Science & Education1, 163–179.
SilvermanM.P.: 1993a,And Yet It Moves: Strange Systems and Subtle Questions in Physics, Cambridge University Press, Cambridge (provides an account of the author's experiences as a scientist and their bearing on his philosophy of education).
SilvermanM.P.: 1993b, “More Than One Mystery: Quantum Interference with Correlated Charged Particles and Magnetic Fields”,American Journal of Physics 61, 514–523.
SilvermanM.P.: 1994,More Than One Mystery: Explorations in Quantum Interference, Springer-Verlag, New York.
SilvermanM.P. & CushmanG.M.: 1989, ‘Voice of the Dragon: The Rotating Corrugated Resonator’,European Journal of Physics 10, 298–304.
WallsH.J.: 1973,Scotland Yard Scientist, Taplinger, New York, 177–178, 180.
WuT.T. & YangC.N.: 1975, ‘Concept of Nonintegrable Phase Factors and Global Formulation of Gauge Fields’,Physical Review D 12, 3845–3857.
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Silverman, M.P. Self-directed learning: Philosophy and implementation. Sci Educ 5, 357–380 (1996). https://doi.org/10.1007/BF00625607
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DOI: https://doi.org/10.1007/BF00625607