result

field	Life sciences Information Communication Environment Nanotechnology / Materials Energy Manufacturing Technology Social Infrastructure Frontier
title
body
researcher's name
affiliation
posted	～
type of seeds	Technology seeds IP seeds

2812

Information Communication

posted：2024/11/06

光信号受信器及び光信号受信方法

KONISHI, Tsuyoshi Professor (Faculty of Science and Engineering School of Fundamental Science and Engineering)

2020-0131-06

Nanotechnology / Materials

posted：2020/02/06

Walking and running robot crystals

KOSHIMA, Hideko Guest Senior Researcher (retired)

collaborative researchers：ASAHI, Toru Professor (retired)

● Crystal actuators that move by light and heat● Light and tough mechanical crystals● Practical application to soft robots

2535DIV

Life sciences

posted：2022/06/13

特開2022-68362

医療システム及びそれを実行する方法

KUMANO, Hiroaki Professor (Faculty of Human Sciences School of Human Sciences)

2489

Life sciences

posted：2022/05/02

特開2022-42008

医療システム及びそれを実行する方法

KUMANO, Hiroaki Professor (Faculty of Human Sciences School of Human Sciences)

2013-0130-15

Life sciences

posted：2014/05/21

Evaluation of comfort through measurement of brain activity

KUMANO, Hiroaki Professor (Faculty of Human Sciences School of Human Sciences)

By measuring blood flow in the brain in real time through optical topography (NIRS), we can provide an objective, numerical index of the state of comfort or emotions. This will assist in the search for more effective stimulatory conditions and designs.

2013-0130-16

Life sciences

posted：2014/05/21

Ways to alleviate mood disorders through attention training

KUMANO, Hiroaki Professor (Faculty of Human Sciences School of Human Sciences)

Focusing on “rumination = repeated recalling of past events and being tormented by them,” often seen in depression, we are developing a form of neurobehavioral therapy based on attention training to alleviate rumination. We can provide treatments that suit the symptoms of the ...

2163

Manufacturing Technology

posted：2021/01/22

特許第7320216号

α－オレフィンの製造方法

KURODA, Kazuyuki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering) (retired)

2015-1023-01

Life sciences

posted：2015/10/23

Analytical systems of homologous recombination in the reconstituted chromatin

KURUMIZAKA, Hitoshi Guest Professor (Faculty of Science and Engineering School of Advanced Science and Engineering) (retired)

collaborative researchers：MACHIDA, Shinichi Junior Researcher (retired), KOBAYASHI, Wataru Assistant Professor (retired)

We established the in vitro systems to evaluate the RAD51-mediated or DMC1-mediated homologous recombination reaction using reconstituted chromatin substrates.

2012-0220-01

Energy

posted：2014/05/21

Technology that uses numerical calculation to elucidate the internal transport mechanism inside lithium ion batteries

KUSAKA, Jin Professor (Faculty of Science and Engineering School of Creative Science and Engineering)

Using a lithium ion battery for HEV (hybrid electric vehicle), designed using a general-purpose numerical calculation software program BDS (Battery Design Studio), simulations of “constant current experiments on actual equipment” can be implemented. From the charge/discharge c...

2360

Manufacturing Technology

posted：2022/05/06

特許第7523044号

複合材料（CFRP）を用いた曲面の製造方法、製造システム

MAEKAWA, Takashi Senior Researcher (Faculty of Science and Engineering Waseda Research Institute for Science and Engineering) (retired)

2017-0223-01

Energy

posted：2017/02/23

Research on High-efficiency Thin-film Solar Cell using Quantum Effect

MAKIMOTO, Toshiki Professor (Faculty of Science and Engineering School of Advanced Science and Engineering)

● There exists a bandgap energy suitable for a single-junction solar cell. ● A superlattice structure (Fig. 2) produces a stable exciton (Fig. 3) using its quantum effect.● A stable exciton absorbs solar light efficiently.

2022-1020-01

Life sciences

posted：2022/10/24

Epithelial cell-cell communication to facilitate or attenuate the aberrant cell elimination

MARUYAMA, Takeshi Part-time Lecturer (Affiliated organization Waseda Institute for Advanced Study)

● Optimal cells eliminate suboptimal cells● The mechanism of epithelial cell-cell communication via the interaction between Ligand and Receptor● AltR-targeting treatment enhances or suppresses the elimination

2021-0921-03

Life sciences

posted：2021/10/08

Epithelial cell-cell communication to attenuate the rejection of suboptimal cells

MARUYAMA, Takeshi Part-time Lecturer (Affiliated organization Waseda Institute for Advanced Study)

collaborative researchers：鮎川志優

● Optimal cells eliminate suboptimal cells● The mechanism of epithelial cell-cell communication via the interaction between a ligand and a receptor● MHC-I-targeting treatment suppresses the elimination

2021-0921-02

Life sciences

posted：2021/10/08

Epithelial cell-cell communication to facilitate the aberrant cell elimination

MARUYAMA, Takeshi Part-time Lecturer (Affiliated organization Waseda Institute for Advanced Study)

● Epithelial cells eliminate precancerous cells● The mechanism of epithelial cell-cell communication via the interaction between Ligand and Receptor● AltR-targeting treatment enhances the elimination

2013-0130-14

Life sciences

posted：2014/05/21

The brain mechanism that handles operational errors and motor learning

MASAKI, Hiroaki Professor (Faculty of Sport Sciences School of Sport and Sciences)

The activity of the anterior cingulate cortex is measured from the error-related negativity. The process of learning though warnings and rewards is analyzed through brain waves, brain imaging, TMS (transcranial magnetic stimulation), eye-trackers, etc.

2851

Nanotechnology / Materials

posted：2025/01/07