The chart shows the distribution of publications by all Research.com ranked scientists in the field of Materials Science in 2026. The highlighted bar marks where I. Lindau sits on this spectrum.
This scientist: 483 publications — 85th percentile
85% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 1,163 publications or more.
The chart shows the D-index (discipline H-index) distribution of Materials Science scientists ranked by Research.com in 2026. The highlighted bar marks where I. Lindau sits on this spectrum.
This scientist: 68 D-Index — 63rd percentile
63% of scientists in this discipline score the same or lower.
The last bar groups every scientist with 165 D-Index or more.
I. Lindau is a researcher affiliated with Stanford University in the United States. The scientist's work has been acknowledged through the award of Fellow of the American Physical Society (APS) in 1984. The citation for this honor specifically notes contributions to the understanding of electronic properties of solids, emphasizing the application of synchrotron radiation to photoemission studies of surfaces and photoionization studies of ionization cross sections.
The focus on electronic properties of solids situates their research within condensed matter physics and surface science, though exact fields and subfields are not detailed in the available data. The use of synchrotron radiation indicates involvement with advanced experimental techniques that probe material surfaces and electronic interactions at a fundamental level.
The scientist's publication record or titles of recent papers are not listed in the available data, hence specific contributions or topics covered in publications cannot be detailed. Similarly, there are no entries noting frequent co-authors or common publication venues, which limits insight into collaborative networks or preferred journals and conferences.
There is no available information on book publications or the main topics of work beyond the aforementioned areas related to electronic properties and synchrotron radiation applications. This restricts the view into any potential multidisciplinary aspects or expansion into related fields.
W. E. Spicer;P. W. Chye;P. R. Skeath;C. Y. Su
W. E. Spicer;I. Lindau;P. Skeath;C. Y. Su
W. E. Spicer;I. Lindau;P. Skeath;C. Y. Su
I. Lindau;W.E. Spicer
W. E. Spicer;Z. Liliental-Weber;E. Weber;N. Newman;N. Newman
J.W. Allen;S.J. Oh;O. Gunnarsson;K. Schönhammer
Z.-X. Shen;J. W. Allen;P. A. P. Lindberg;D. S. Dessau
P. Pianetta;I. Lindau;C. M. Garner;W. E. Spicer
K.Y. Yu;W.E. Spicer;I. Lindau;P. Pianetta
L. Braicovich;C. M. Garner;P. R. Skeath;C. Y. Su
P.W. Chye;I. Lindau;P. Pianetta;C.M. Garner
C. M. Garner;I. Lindau;C. Y. Su;P. Pianetta
M. Richter;J. C. Woicik;J. Nogami;P. Pianetta
W. E. Spicer;I. Lindau;P. E. Gregory;C. M. Garner
W.E. Spicer;P.W. Chye;C.M. Garner;I. Lindau
I. Lindau;P. Pianetta;S. Doniach;W. E. Spicer
N. Newman;W. E. Spicer;T. Kendelewicz;I. Lindau
P.A.P. Lindberg;Z.-X. Shen;W.E. Spicer;I. Lindau
J.-J. Yeh;J.-J. Yeh;J.-J. Yeh;J. Hwang;J. Hwang;J. Hwang;K. Bertness;K. Bertness;K. Bertness;D. J. Friedman;D. J. Friedman;D. J. Friedman
T. Kendelewicz;P. Soukiassian;P. Soukiassian;R.S. List;J.C. Woicik
S. J. Oh;J. W. Allen;I. Lindau;J. C. Mikkelsen
J. W. Allen;L. I. Johansson;I. Lindau;S. B. Hagstrom
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