Top Disciplines (by peer-reviewed citations)

#	Discipline	Articles	Citations	A pos	C pos
1	Physics	11	309	62,941	64,973
2	Photonics	8	159	10,913	26,317
3	Applied Physics	7	127	18,670	41,427
4	Solid State Physics	3	117	60,327	47,496
4	Condensed Matter	3	117	42,898	40,712
4	Condensed Matter Physics	3	117	52,276	57,418
4	Materials Physics	3	117	37,586	37,493
8	Science	1	80	57,587	65,002
8	Multidisciplinary Sciences	1	80	49,682	64,742
10	Nanotechnology	1	57	51,602	64,920
10	Nanoscience	1	57	21,808	33,071
12	Optics	3	43	56,083	64,506
13	Materials Science	2	28	62,216	64,869
14	Lasers	1	18	28,001	33,827
15	Nanophotonics	1	15	1,905	5,232
16	Optical Materials	2	6	9,087	41,315
16	Optical Devices	1	6	2,821	7,786
18	Materials	1	0	54,716	64,916

How are disciplines ranked here?

Disciplines are ranked by the peer-reviewed citation count accumulated by Georgia T Papadakis's articles in journals classified under each field. A field appears here if one or more of its member journals have published peer-reviewed work attributed to Georgia T Papadakis.

What do A pos and C pos mean?

The # column is the rank of each listed entry for Georgia T Papadakis — rank 1 means this entry is where Georgia T Papadakis has the most articles or citations. A pos and C pos show the reciprocal: the position of Georgia T Papadakis within that entry's own ranked list, by articles and citations respectively. A low value means Georgia T Papadakis is among the most prominent contributors for that entry.

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Georgia T Papadakis

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Top Disciplines (by peer-reviewed citations)