
Research
About Research
What are the most important elements of our resources, energy, and environmental problems, and how can we address them? How can we build a high-quality, safe, and happy society that continues to be bright, rich, and sustainable? Our answer is to develop, introduce, and disseminate innovative energy technologies that enable the stable, safe, and efficient acquisition of electrical energy at low cost by using abundant (non-precious) sources with no risk of damaging the environment.
When developing catalyst and device materials that are indispensable for such innovative energy technologies, both breakthroughs that disrupt previous assumptions and the accumulation of empirical knowledge are critical for making improvements. Neither is a simple matter, but in both cases, I believe that basic science, i.e., understanding the behavior of molecules and atoms one by one, precisely, and understanding the properties of materials and the interaction between materials is very important. The next important thing is to not be bound by common sense. Obtained knowledge should be logically assembled with careful consideration, and sometimes a working hypothesis that becomes a new concept should be constructed. Then, this must be verified and further applied. I think by seriously applying such processes to the research and development of materials and technologies required by society, it is possible to not only innovatively improve existing technologies, but also to create new concepts, new materials, and new technologies that do not currently exist. I strongly believe that this process will lead to research that actually contributes to society.
I will thus realize new materials, new technologies, new concepts, and new research areas to contribute the society.
Professor Takahiro Kondo
We are creating new materials, new science, new technologies, and new concepts to solve the problems of the environment, energy, and resources. Then we want to contribute the society by using our research achievements. Specifically, we are now trying to create materials for hydrogen storage, hydrogen generation, and hydrogen usage.
Recent topics of our research
Towards A Better Way of Releasing Hydrogen Stored in Hydrogen Boride Sheets, 2024
Published in Small (2024) 2310239.
[ Press release ]
Tokyo Tech.,
Univ. Tsukuba,
Osaka Univ.,
[ News papers ]
The National Tribune (9th Feb. 2024),
PhysORG (9th Feb. 2024),
Medriva (9th Feb. 2024),
EurekAlert (9th Feb. 2024),
Innovation Newsnetwork (9th Feb. 2024),
MIRAGE (9th Feb. 2024),
Science Daily (9th Feb. 2024),
Newssalt (13th Feb. 2024),
Mynavi news (13th Feb. 2024),
Highly Active Catalyst for Alkaline Water Electrolysis using Typical Elements, 2023
Published in Chemical Engineering Journal 471 (2023) 144489.
[ Press release ]
Univ. Tsukuba (English),Osaka Univ., Kyushu Univ.
[ News papers ]
日本経済新聞 (13th July 2023),
MITテクノロジーレビュー (19th July 2023),
ASCII.jp×ビジネス (19th July 2023),
Phys ORG (20th July 2023),
EurekAlert AAAS (20th July 2023),
Direct Imaging of Band Structure for Powdered Rhombohedral Boron Monosulfide by Microfocused ARPES, 2023
Published in Nano Letters 23 (2023) 1673-1679.
[ Press release ]
Tohoku Univ., Univ. Tsukuba, KEK
, QST, Tokyo Tech.,
JST,AIMR
Caught in the Act: Key Chemical Intermediates in Pollutant-to-Fuel Reaction Identified, 2022
Published in J. Am. Chem. Soc. 144 (2022) 12158-12166.
[ Press release ]
Univ. Tsukuba (English), Osaka Univ., Kyushu Univ.
Layers of Crystalline Nanosheets Enable Tunable Electronic Properties, 2021
Published in J. Mater. Chem. A 9 (2021) 24631-24640.
[ Press release ]
Univ. Tsukuba (English), Univ. Tsukuba (Japanese), Tokyo Tech., Kochi University of Technology, TAT, Nagoya Univ., KEK
[ News papers ]
日本経済新聞 (10月28日), IT media NEWS(28-Oct-2021), OPTRONICS ONLINE (28-Oct-2021), AZO NANO (29-Oct-2021), Science Times (1-Nov-2021), PhysORG (28-Oct-2021), nano werk (28-Oct-2021), ScienceDaily (28-Oct-2021), MIRATAGE (28-Oct-2021), Yahoo News (28-Oct-2021), Excite News (28-Oct-2021), つくばサイエンスニュース, 科学新聞 (19-Nov-2021), EurekAlert! AAAS(28-Oct-2021), SPring8 (28-Oct-2021), 客観日本(2022年1月20日)
Development of a Novel Nanosheet with Adjustable Electrical Conductivity, 2020
Published in Chem 6 (2020) 406.
[ Press release ]
Univ. Tsukuba, NIMS, Tokyo. Tech., JASRI, SPring8, ISSP, Univ. Tokyo
[ Featured article ]
Selected as a FEATURED ARTICLE
[ Cover picture ]
Selected as a cover picture
Hydrogen boride nanosheets: A promising material for hydrogen carrier, 2019
Published in Nature Communications 10 (2019) 4880.
[ Press release ]Univ. Tsukuba, Tokyo Tech., ISSP, Univ. Tokyo, Koch Univ. Tech.
[ News papers ]
OPTRONICS Online(28th, Oct. 2019), FuelCellsWorks(9-Nov-2019), CHEMEUROPE(29-Oct-2019), ScienceDaily(25-Oct-2019), SciTechDaily(25-Oct-2019), nano werk(25-Oct-2019), PhysOrg(25-Oct-2019), EurekAlert!AAAS(25-Oct-2019)
Molecular vibration drives chemical reactions, 2019
Published in Nature Chemistry 11 (2019) 722-729.
[ Press release ]
Univ. Tsukuba, Osaka Univ.
Birth of new two-dimensional materials: Hydrogen boride sheets, 2017
Published in J. Am. Chem. Soc. 139 (2017) 13761.
[ Press release ]
Univ. Tsukuba, Tohoku Univ., Tokyo Tech., MANA, NIMS, AIMR, NIMS
[ Press release ]
#085: The World of New Materials Extending in Two Dimensions
Mystery surrounding non-platinum catalysts for fuel cell technologies solved, 2016
Published in Science 351 (2016) 361.
[ Press release ]
From University of Tsukuba
[ Selected as Nature Nanotechnology ]Research Highlights
Discovery of the specific properties of graphite-based carbon materials, 2015
Published in Scientific Reports 5 (2015) 16412.
[ Press release ]From University of Tsukuba
New fine spectroscopy with atomic resolution, 2014
Published in Scientific Reports 4 (2014) 6711.
[ Press release ]From University of Tsukuba