Nearly all the microscopically small devices that are contributing to the “microtechnological” revolution are composed of thin layers of materials. Such devices are nearly two‐dimensional, and many of the questions concerning the ultimate possibilities and limitations of the technology will require investigation of the physical processes in two dimensions. Similarly, questions that arise in such diverse fields as surface physics, membrane biology and catalytic chemistry involve two‐dimensional phenomena. At least as important as these practical questions is simple intellectural curiously: How does Nature behave in a world of limited dimensionality?
REFERENCES
1.
For a detailed review of the theory of defect‐mediated phase transitions see D. R. Nelson Fundamental Problems in Statistical Mechanics V, E. G. D. Cohen ed., North‐Holland, New York (1980). This review also contains references on two‐dimensional systems under study.
2.
3.
4.
5.
6.
7.
C. Y.
Young
, R.
Pindak
, N. A.
Clark
, R. B.
Meyer
, Phys. Rev. Lett.
40
, 773
(1978
);R.
Pindak
, C. Y.
Young
, R. B.
Meyer
, N. A.
Clark
, Phys. Rev. Lett.
45
, 1193
(1980
);8.
9.
R.
Pindak
, D. J.
Bishop
, W. O.
Sprenger
, Phys. Rev. Lett.
44
, 1461
(1980
).A similar technique was developed by
J. C.
Tarczon
, K.
Miyano
, Phys. Rev. Lett.
46
, 119
(1981
).10.
11.
12.
D. E. Moncton, R. Pindak, S. C. Davey, G. S. Brown, M. E. Neubert, Bell Labs preprint.
13.
R.
Pindak
, D. E.
Moncton
, S. C.
Davey
, J. W.
Goodby
, Phys. Rev. Lett.
46
, 1135
(1981
).14.
R. J.
Birgeneau
, J. D.
Litster
, J. Phys. Lett. (Paris)
39
, 399
(1978
).15.
R.
Pindak
, W. O.
Sprenger
, D. J.
Bishop
, D. D.
Osheroff
, J. W.
Goodby
, Phys. Rev. Lett.
48
, 173
(1982
).16.
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© 1982 American Institute of Physics.
1982
American Institute of Physics
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