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research

High Temperature Superconductivity

Authors
  1. Alloul
  2. Anderson
  3. Anderson
  4. Ando
  5. Anlage
  6. Aubin
  7. Basov
  8. Batlogg
  9. Batlogg
  10. Bednorz
  11. Boebinger
  12. Bonn
  13. Brauner
  14. Bucher
  15. Cava
  16. Cava
  17. Cava
  18. Cava
  19. Chaudhari
  20. Chaudhari
  21. Chien
  22. Cho
  23. Chu
  24. Coffey
  25. Cooper
  26. Cox
  27. Crabtree
  28. Dalichaouch
  29. Deveraux
  30. Ding
  31. Emery
  32. Erb
  33. Franck
  34. Fukuyama
  35. Gavaler
  36. Hardy
  37. Hawsey
  38. Hebard
  39. Holczer
  40. Homes
  41. Hwang
  42. Imai
  43. Ito
  44. Iye
  45. Jiang
  46. Jin
  47. Johnston
  48. Jorgensen
  49. Kirtley
  50. Kleiner
  51. Kondo
  52. Kouznetsov
  53. Laughlin
  54. Lesueur
  55. Levi
  56. Levi
  57. Levi
  58. Levi
  59. Levin
  60. Loeser
  61. Loram
  62. M.B. Maple
  63. Maekawa
  64. Maeno
  65. Mandrus
  66. Maple
  67. Maple
  68. Maple
  69. Maple
  70. Markert
  71. Martindale
  72. Mathai
  73. Mattheis
  74. Miller
  75. Moler
  76. Nagaosa
  77. Nagarajan
  78. Neumeier
  79. Neumeier
  80. Nun˜ez-Regueiro
  81. Orlando
  82. Pines
  83. Puchkov
  84. Putilin
  85. Randeria
  86. Rice
  87. Rossat-Mignod
  88. Rosseinsky
  89. Rowell
  90. Sarrao
  91. Scalapino
  92. Schilling
  93. Shen
  94. Sleight
  95. Srikanth
  96. Stadlober
  97. Sun
  98. Sun
  99. Sun
  100. Suzumura
  101. Takano
  102. Takigawa
  103. Tallon
  104. Tokura
  105. Tsuei
  106. Tsuei
  107. Uchida
  108. Uehara
  109. Uemura
  110. Varma
  111. Warren
  112. Wollman
  113. Wollman
  114. Wu
  115. Zhang
Publication date
19 February 1998
Publisher
'Elsevier BV'
Doi
    View on arXiv

    Abstract

    The current status of basic research on the high temperature cuprate superconductors and prospects for technological applications of these materials is discussed. Recent developments concerning other novel superconductors are also briefly described.Comment: 30 pages, 13 figure

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      Last time updated on 03/01/2020

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