University, Subject, Country, Region, World

World Scientists National Institute for Materials Science Rankings 2024

Country

Total 101 scientist, 2 country, 3 university

List without CERN, Statistical Data etc.

Sort by last 6 years H Index

				AD Scientific Index - World Scientists Rankings - 2024				H INDEX			i10 INDEX			CITATION
University / Institution	Country	Region	World	Name	Country	University / Institution	Subject	Total	Last 6 year	Last 6 year/total	Total	Last 6 year	Last 6 year/total	Total	Last 6 year	Last 6 year/total
1	5	40	488	T Taniguchi ⁱ	Japan	National Institute for Materials Science	National Institute for Materials Science	195	176	0.903	1,554	1,371	0.882	184,855	147,895	0.800
7	64	493	5,437	Takayoshi Sasaki	Japan	National Institute for Materials Science	National Institute for Materials Science Layered compounds \| 2D materials \| nanosheets \|	109	66	0.606	474	297	0.627	48,463	18,891	0.390
9	237	1,654	16,249	Jonathan P Hill	Japan	National Institute for Materials Science	National Institute for Materials Science Functional Chromophores \| Photophysics \| Organocatalysis \| Sensing \|	81	55	0.679	282	203	0.720	27,319	11,456	0.419
12	317	2,177	20,841	Yoshio Sakka	Japan	National Institute for Materials Science	National Institute for Materials Science powder processing \| multi-functional ceramics \|	75	46	0.613	496	273	0.550	27,706	11,870	0.428
13	391	2,719	25,146	Kazunori Takada	Japan	National Institute for Materials Science	National Institute for Materials Science Solid-state battery Solid electrolyte \|	71	43	0.606	183	114	0.623	21,833	9,024	0.413
17	552	3,880	34,177	Ashraful Islam	Japan	National Institute for Materials Science	National Institute for Materials Science Dye sensitized solar cells \| perovskite solar cells \|	64	41	0.641	336	222	0.661	24,708	12,343	0.500
19	657	4,512	38,881	Ji-Guang Li	Japan	National Institute for Materials Science	National Institute for Materials Science Optical materials \| Powder technology \| Ceramics science \| Materials chemistry \|	62	35	0.565	236	183	0.775	13,388	5,394	0.403
21	686	4,700	40,371	Meiyong Liao	Japan	National Institute for Materials Science	National Institute for Materials Science Diamond \| Wide bandgap semiconductors \| Optoelectronics \| Photodetectors \| MEMS \|	61	48	0.787	162	126	0.778	14,744	7,505	0.509
27	957	6,466	52,457	Yk Takahashi	Japan	National Institute for Materials Science	National Institute for Materials Science magnetic materials \|	56	33	0.589	163	120	0.736	10,441	4,290	0.411
29	1,059	7,163	57,303	Satoshi Hirosawa	Japan	National Institute for Materials Science	National Institute for Materials Science Permanent Magnets \| Rare Earth magnetic materials \| micromagnetics \|	54	31	0.574	197	67	0.340	11,229	3,650	0.325
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32	1,172	7,970	62,791	Kiyoshi Shimamura	Japan	National Institute for Materials Science	National Institute for Materials Science crystal growth \|	52	32	0.615	225	94	0.418	12,117	5,020	0.414
42	1,404	9,777	74,780	Tokuyuki Teraji	Japan	National Institute for Materials Science	National Institute for Materials Science diamond \| doping \| CVD \|	49	32	0.653	143	96	0.671	8,312	4,440	0.534
44	1,465	10,219	77,513	Masataka Imura	Japan	National Institute for Materials Science	National Institute for Materials Science Semiconductor Nitride Diamond \|	48	35	0.729	131	96	0.733	9,717	5,742	0.591
48	1,575	10,975	82,019	Shinya Uji	Japan	National Institute for Materials Science	National Institute for Materials Science superconductivity \| strongly correlated materials \| low temperature \| high magnetic field \|	47	25	0.532	182	53	0.291	8,982	2,483	0.276
52	1,801	12,514	91,440	Hitoshi Kitaguchi	Japan	National Institute for Materials Science	National Institute for Materials Science Applied Superconductivity \|	45	14	0.311	177	27	0.153	8,106	964	0.119
56	2,001	14,013	100,456	Masanori Mitome	Japan	National Institute for Materials Science	National Institute for Materials Science Microscopy \| crystal structure \|	43	26	0.605	120	58	0.483	9,553	4,012	0.420
62	2,185	15,331	108,476	Hiroaki Sukegawa	Japan	National Institute for Materials Science	National Institute for Materials Science Spintronics \| magnetic devices \|	42	31	0.738	92	66	0.717	6,390	3,651	0.571
64	2,358	16,467	114,852	Zihang Liu 刘紫航	Japan	National Institute for Materials Science	National Institute for Materials Science Thermoelectric materials \| thermoelectric devices \| DFT calculations \| physical properties \|	41	39	0.951	64	64	1.000	5,918	5,601	0.946
65	2,361	16,512	115,095	Takao Furubayashi	Japan	National Institute for Materials Science	National Institute for Materials Science magnetism \| magnetic materials \|	41	21	0.512	95	45	0.474	5,780	1,609	0.278
67	2,659	18,587	127,037	Yuya Sakuraba	Japan	National Institute for Materials Science	National Institute for Materials Science Spintronics \| Magnetic Materials \| half-metal \| Thermoelectric \|	39	26	0.667	91	74	0.813	5,980	2,771	0.463
70	2,702	18,911	128,752	Yutaka Wakayama	Japan	National Institute for Materials Science	National Institute for Materials Science	39	24	0.615	131	59	0.450	5,158	2,133	0.414
74	2,834	20,075	135,414	Shinsuke Ishihara	Japan	National Institute for Materials Science	National Institute for Materials Science	38	28	0.737	73	56	0.767	5,246	3,062	0.584
76	2,873	20,411	137,052	Akinobu Shibata	Japan	National Institute for Materials Science	National Institute for Materials Science	38	33	0.868	90	78	0.867	4,559	3,522	0.773
80	3,011	21,413	142,697	Yoshio Miura	Japan	National Institute for Materials Science	National Institute for Materials Science Spintronics \| First-principles calculation \|	37	27	0.730	96	73	0.760	5,254	2,589	0.493
82	3,053	21,706	144,247	Akiyoshi Matsumoto	Japan	National Institute for Materials Science	National Institute for Materials Science	37	17	0.459	99	38	0.384	4,675	1,117	0.239
84	3,134	22,357	147,820	Satoshi Ishii	Japan	National Institute for Materials Science	National Institute for Materials Science nanophotonics \| plasmonics \| metamaterials \| ultrafast optics \|	36	34	0.944	82	70	0.854	7,723	5,089	0.659
86	3,311	23,767	155,009	Tohru S Suzuki	Japan	National Institute for Materials Science	National Institute for Materials Science 材料工学、セラミックス \|	36	20	0.556	88	48	0.545	3,624	1,234	0.341
88	3,467	24,967	162,107	Masaki Takeguchi	Japan	National Institute for Materials Science	National Institute for Materials Science Electron Microscopy \|	35	21	0.600	127	43	0.339	4,169	1,451	0.348
89	3,525	25,571	164,916	Atsushi Togo	Japan	National Institute for Materials Science	National Institute for Materials Science Computational materials science \|	34	28	0.824	42	41	0.976	19,402	14,151	0.729
91	3,663	26,541	170,729	Hui Song	Japan	National Institute for Materials Science	National Institute for Materials Science photocatalysis \| photothermal catalysis \| C1 catalysis \| methane conversion \|	34	33	0.971	46	45	0.978	4,262	4,088	0.959
94	3,728	27,217	173,874	Naoaki Kuwata	Japan	National Institute for Materials Science	National Institute for Materials Science thin-film solid-state battery \| solid state ionics \| diffusion coefficient \|	34	25	0.735	56	43	0.768	3,423	1,750	0.511
99	3,815	27,973	178,393	Masanobu Naito	Japan	National Institute for Materials Science	National Institute for Materials Science Polymer \|	33	25	0.758	77	47	0.610	4,897	2,496	0.510
101	3,891	28,464	180,918	Naohito Tsujii	Japan	National Institute for Materials Science	National Institute for Materials Science thermoelectrics \| magnetism \| intermetallic compounds \|	33	19	0.576	86	42	0.488	4,087	1,775	0.434
107	4,076	30,001	189,130	Hideki T Miyazaki	Japan	National Institute for Materials Science	National Institute for Materials Science	32	16	0.500	62	26	0.419	4,750	1,155	0.243
111	4,276	31,652	197,167	Tomohiko Yamazaki	Japan	National Institute for Materials Science	National Institute for Materials Science Biotechnology \|	32	19	0.594	53	38	0.717	2,462	1,127	0.458
119	4,620	34,504	212,177	Wei Weng	Japan	National Institute for Materials Science	National Institute for Materials Science Carbon nanomaterials \| Surface/Interface \| Wettability/Energy storage \|	30	29	0.967	44	44	1.000	4,871	3,904	0.801
121	4,694	35,078	215,340	Toshihiko Mandai	Japan	National Institute for Materials Science	National Institute for Materials Science 構造化学 \| 物理化学 \| 電気化学 \| 材料科学 \|	30	30	1.000	57	52	0.912	3,702	2,733	0.738
125	4,777	35,744	218,590	Ya Xu	Japan	National Institute for Materials Science	National Institute for Materials Science	30	19	0.633	57	40	0.702	3,128	1,319	0.422
127	5,018	37,709	229,073	Gen Nishijima	Japan	National Institute for Materials Science	National Institute for Materials Science Applied superconductivity \| superconducting magnets and materials \|	29	16	0.552	111	27	0.243	3,430	1,014	0.296
128	5,026	37,738	229,262	Yoshihiko Takeda	Japan	National Institute for Materials Science	National Institute for Materials Science nanophptpnics \| plasmonics \| hydrogen energy \|	29	15	0.517	92	26	0.283	3,398	1,135	0.334
			New. 2023 Country Top Lists: Top 10000, 5000, 3000, 2000, 1000. Only in AD Scientific Index
130	5,437	41,575	247,759	Koji Harano	Japan	National Institute for Materials Science	National Institute for Materials Science electron microscopy \| supramolecular chemistry \| organic chemistry \|	28	22	0.786	51	48	0.941	2,703	1,696	0.627
136	6,041	47,258	276,087	Takao Shimizu	Japan	National Institute for Materials Science	National Institute for Materials Science	26	24	0.923	60	55	0.917	2,895	2,559	0.884
137	6,084	47,700	278,196	Kenji Sakamoto	Japan	National Institute for Materials Science	National Institute for Materials Science Organic Electronics \| Liquid Crystals \|	26	13	0.500	65	16	0.246	2,636	795	0.302
138	6,137	48,165	280,313	Takahiro Nagata	Japan	National Institute for Materials Science	National Institute for Materials Science Oxide \|	26	17	0.654	68	41	0.603	2,434	1,143	0.470
143	6,369	50,364	290,519	Narumi Ohta	Japan	National Institute for Materials Science	National Institute for Materials Science Battery \|	25	17	0.680	35	20	0.571	3,555	2,039	0.574
144	6,412	50,803	293,082	Sadaki Samitsu	Japan	National Institute for Materials Science	National Institute for Materials Science crystallization \| phase separation \| porous materials \| membranes \| separation and purification technology \|	25	20	0.800	42	36	0.857	2,913	1,833	0.629
145	6,744	53,766	306,022	Randy Jalem	Japan	National Institute for Materials Science	National Institute for Materials Science lithium ion battery materials \| first principles calculation \| materials informatics \| fuel cell \| metal nanoparticles \|	25	21	0.840	34	29	0.853	1,625	1,224	0.753
146	6,830	54,507	310,718	Kun Zhang	Japan	National Institute for Materials Science	National Institute for Materials Science dye solar cell \| supercapacitor \| graphene \| perovskite solar cell \| ultracapacitor \|	24	18	0.750	28	24	0.857	3,171	1,970	0.621
152	7,217	58,258	327,319	Shogo Miyoshi	Japan	National Institute for Materials Science	National Institute for Materials Science solid state ionics \|	24	15	0.625	32	22	0.688	1,434	578	0.403
154	7,477	60,722	340,111	Takeo Ohsawa	Japan	National Institute for Materials Science	National Institute for Materials Science	23	16	0.696	55	33	0.600	2,000	960	0.480
157	7,676	62,823	348,440	Takagiwa Y	Japan	National Institute for Materials Science	National Institute for Materials Science	23	19	0.826	37	28	0.757	1,512	1,001	0.662
158	7,766	63,879	353,807	Hiroshi Fudouzi	Japan	National Institute for Materials Science	National Institute for Materials Science Colloidal Crystal \| Photonic Crystal \| Structural Color \| Self-assembly \|	22	16	0.727	35	21	0.600	3,142	903	0.287
163	8,136	67,605	371,216	Hiroshi Sakuma	Japan	National Institute for Materials Science	National Institute for Materials Science Clay mineralogy \| Tribology \| Colloid and Interface Science \|	22	18	0.818	33	26	0.788	1,490	919	0.617
170	8,750	73,854	399,342	Ryo Tamura	Japan	National Institute for Materials Science	National Institute for Materials Science Materials informatics \| Machine learning \| Frustrated spin systems \| Magnetocaloric effect \|	21	17	0.810	35	28	0.800	1,294	1,083	0.837
171	8,833	74,914	403,646	Ken Pradel	Japan	National Institute for Materials Science	National Institute for Materials Science	20	19	0.950	29	29	1.000	4,390	3,001	0.684
			January 1, 2022 Total 716.979 scientist, 212 country, 14.130 university... January 6, 2023 Total 1.264.669 scientist, 216 country, 19.528 university
172	8,912	75,572	407,729	Tetsuyuki Ochiai	Japan	National Institute for Materials Science	National Institute for Materials Science	20	10	0.500	39	12	0.308	2,333	610	0.261
173	9,004	76,347	411,912	Nobuya Banno	Japan	National Institute for Materials Science	National Institute for Materials Science	20	12	0.600	60	18	0.300	1,859	671	0.361
178	9,249	78,965	423,333	Tomoya Nakatani	Japan	National Institute for Materials Science	National Institute for Materials Science Magnetoresistance \| magnetic sensors \| magnetic recording \|	20	13	0.650	31	17	0.548	1,345	576	0.428
179	9,311	79,688	426,115	Yueying Peng	Japan	National Institute for Materials Science	National Institute for Materials Science lithium ion battery \| lithium sulfur battery \| lithium anode \| electrolyte \| interface \|	20	20	1.000	21	21	1.000	1,249	1,221	0.978
39	13,042	88,744	466,554	K Indira	India	Indira Gandhi Centre for Atomic Research	National Institute for Materials Science Electrochemistry \| Aqueous & Biomaterials corrosion \| Nanomaterials \| Surface modification methods & Scanning Probe techniques \| Bio \|	18	18	1.000	24	22	0.917	2,558	2,399	0.938
186	10,075	89,157	469,033	Yi Chen	Japan	National Institute for Materials Science	National Institute for Materials Science 2D materials \| superlattice \| batteries \| catalysis \| energy \|	18	18	1.000	21	19	0.905	2,006	1,897	0.946
187	10,110	89,553	471,140	Masato Wakeda	Japan	National Institute for Materials Science	National Institute for Materials Science Computational Materials Science \| Mechanics \|	18	15	0.833	22	19	0.864	1,767	964	0.546
188	10,137	89,883	472,807	Ying-Chiao Wang (王映樵)	Japan	National Institute for Materials Science	National Institute for Materials Science Photovoltaic devices \| Materials Science \|	18	16	0.889	25	22	0.880	1,637	1,158	0.707
190	10,305	91,769	481,346	Kei Nishikawa	Japan	National Institute for Materials Science	National Institute for Materials Science	18	16	0.889	32	24	0.750	1,270	768	0.605
194	10,555	94,975	493,999	Ikumu Watanabe	Japan	National Institute for Materials Science	National Institute for Materials Science Computational Mechanics \| Multiscale modeling \| Computer-Aided Engineering \| Optimization \|	18	15	0.833	28	23	0.821	944	684	0.725
201	11,055	101,024	522,116	Hiroshi Amekura	Japan	National Institute for Materials Science	National Institute for Materials Science Swift heavy ion \|	17	12	0.706	29	13	0.448	1,042	500	0.480
208	11,730	109,530	560,234	Tae-Hoon Kim	Japan	National Institute for Materials Science	National Institute for Materials Science Magnetic Materials \|	16	13	0.813	21	19	0.905	963	707	0.734
211	12,052	114,066	577,166	László Szabó	Japan	National Institute for Materials Science	National Institute for Materials Science Green Chemistry \| Biobased Materials \| Nanomaterials \| Surface Chemistry \| Environmental Chemistry \|	16	15	0.938	21	21	1.000	576	489	0.849
216	13,397	133,032	662,055	Asahiko Matsuda\|松田朝彦	Japan	National Institute for Materials Science	National Institute for Materials Science Semiconductors \| Materials science \| Data repository \| Materials database \|	14	11	0.786	19	13	0.684	599	274	0.457
220	13,549	135,209	669,273	Yuta Sasaki	Japan	National Institute for Materials Science	National Institute for Materials Science spintronics \| terahertz \| all optical method \|	14	13	0.929	14	14	1.000	408	362	0.887
225	14,139	143,568	707,054	Nobuyuki Ishida	Japan	National Institute for Materials Science	National Institute for Materials Science Scanning probe microscopy \| Surface Science \| III-V compounds semiconductor \| Lithium ion battery \|	13	10	0.769	14	11	0.786	571	397	0.695
231	14,723	152,213	744,454	Akihiro Nomura	Japan	National Institute for Materials Science	National Institute for Materials Science battery materials \|	12	11	0.917	13	11	0.846	636	396	0.623
233	14,778	152,964	747,609	Jaemyung Kim	Japan	National Institute for Materials Science	National Institute for Materials Science GaN \| topography \| time resolved x-ray diffraction \|	12	11	0.917	15	12	0.800	600	559	0.932
234	14,961	155,512	757,482	Shunsuke Yoshizawa	Japan	National Institute for Materials Science	National Institute for Materials Science	12	11	0.917	13	12	0.923	505	331	0.655
243	16,220	175,014	834,152	Katsumi Nagaoka	Japan	National Institute for Materials Science	National Institute for Materials Science	10	6	0.600	10	4	0.400	860	250	0.291
245	16,310	176,638	841,980	Ganesan Elumalai	Japan	National Institute for Materials Science	National Institute for Materials Science Electrochemistry \| Fuel cell \| Water Electrolysis \| Data Science \|	10	10	1.000	11	11	1.000	614	475	0.774
253	16,854	185,134	872,548	Yen-Ju Wu	Japan	National Institute for Materials Science	National Institute for Materials Science thermal management \| machine learning \| materials informatics \| thin film \| carrier conductivity \|	10	9	0.900	10	8	0.800	313	254	0.812
259	17,613	197,408	917,583	Takamasa Hirai	Japan	National Institute for Materials Science	National Institute for Materials Science Spintronics \| Spin caloritronics \|	9	9	1.000	9	9	1.000	315	285	0.905
266	18,150	204,754	935,760	Junyi Chen	Japan	National Institute for Materials Science	National Institute for Materials Science Nanomaterial \| solar cell \| silicon \|	9	9	1.000	9	9	1.000	185	177	0.957
267	18,361	208,692	953,328	Naoki Nishiyama	Japan	National Institute for Materials Science	National Institute for Materials Science	8	7	0.875	8	7	0.875	413	355	0.860
269	18,430	209,921	957,918	Yzh Yao	Japan	National Institute for Materials Science	National Institute for Materials Science	8	7	0.875	6	5	0.833	355	330	0.930
270	18,566	212,037	964,831	Marcela Calpa	Japan	National Institute for Materials Science	National Institute for Materials Science	8	8	1.000	8	8	1.000	297	293	0.987
276	19,198	220,449	984,592	Hirokazu Kadobayashi	Japan	National Institute for Materials Science	National Institute for Materials Science High pressure \| Materials science \| Mineral physics \|	8	7	0.875	7	6	0.857	182	168	0.923
281	20,056	233,801	1,022,818	Bernice Mae Yu Jeco-Espaldon	Japan	National Institute for Materials Science	National Institute for Materials Science	7	7	1.000	4	4	1.000	196	193	0.985
283	20,179	235,437	1,026,228	Ran Liu	Japan	National Institute for Materials Science	National Institute for Materials Science	7	7	1.000	7	7	1.000	179	167	0.933
290	20,772	244,607	1,048,287	Jangho Yi	Japan	National Institute for Materials Science	National Institute for Materials Science Mechanical behavior of metallic material \|	6	6	1.000	6	6	1.000	459	458	0.998
295	21,097	250,994	1,064,748	Hu, Wei-Hsun	Japan	National Institute for Materials Science	National Institute for Materials Science Polymer science \|	6	6	1.000	3	3	1.000	184	110	0.598
300	22,049	264,687	1,091,686	Srinithi Ak	Japan	National Institute for Materials Science	National Institute for Materials Science magnetic materials \| metallurgy \| ceramics \| machine learning \|	6	6	1.000	3	3	1.000	76	76	1.000
304	22,678	276,700	1,119,264	Yanxu Wang	Japan	National Institute for Materials Science	National Institute for Materials Science	5	5	1.000	5	5	1.000	109	105	0.963
305	22,780	278,492	1,122,685	Yong-Lie Sun	Japan	National Institute for Materials Science	National Institute for Materials Science	5	5	1.000	3	3	1.000	99	89	0.899
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307	23,059	282,486	1,130,138	Luong Huu Duc	Japan	National Institute for Materials Science	National Institute for Materials Science Electrochemistry \| Density Functional Theory \|	5	5	1.000	4	4	1.000	81	80	0.988
308	23,124	283,544	1,132,097	Gen Hasegawa	Japan	National Institute for Materials Science	National Institute for Materials Science solid state ionics \| lithium batteries \| SIMS \|	5	5	1.000	3	3	1.000	77	76	0.987
311	23,272	285,534	1,135,851	Ta-Te Chen	Japan	National Institute for Materials Science	National Institute for Materials Science Instrumented indentation \| finite element method \|	5	5	1.000	1	1	1.000	70	70	1.000
317	24,598	306,976	1,177,731	Shashank Shrestha	Japan	National Institute for Materials Science	National Institute for Materials Science Distributed Systems \| Open Data \| Linked Data \| Data Integration \|	4	4	1.000	1	1	1.000	55	54	0.982
416	24,658	307,680	1,178,945	Yuhi Mori	Japan	Waseda University	National Institute for Materials Science Ni-based superalloy \| Creep \| Metal casting \| Solidification \|	4	3	0.750	2	2	1.000	53	48	0.906
321	25,297	315,334	1,193,428	Rie Sonoi	Japan	National Institute for Materials Science	National Institute for Materials Science Biotechnology \| Cell biology \| Image analysis \|	4	2	0.500	0	0	0	32	20	0.625
323	25,814	324,955	1,211,542	Shuo Yang	Japan	National Institute for Materials Science	National Institute for Materials Science electrochemistry \| vibrational spectroscopy \|	3	3	1.000	2	2	1.000	57	48	0.842
325	26,061	328,086	1,217,292	Ismail Enes Uysal	Japan	National Institute for Materials Science	National Institute for Materials Science Magnetism \| Plasmonics \|	3	3	1.000	2	0	0.000	44	28	0.636
327	26,625	335,617	1,230,740	Ekaterina Gracheva	Japan	National Institute for Materials Science	National Institute for Materials Science polymer physics \| machine learning \| chemoinformatics \|	3	3	1.000	1	1	1.000	29	29	1.000
328	26,972	339,813	1,238,255	Yuya Hattori	Japan	National Institute for Materials Science	National Institute for Materials Science crystal growth \| topological insulator \|	3	3	1.000	1	1	1.000	23	23	1.000