Please confirm you are human

This browser or connection looks automated. Press and continuously hold the control for 3 seconds to enable Google-hosted web results and, when separately allowed, AI-assisted answers.

A successful check enables 100 search requests. Interactive access does not authorize scraping, systematic collection, or reuse of search output.

Hold with a pointer, or hold Space or Enter.

News

@tohoku_univ
tohoku.ac.jp > en > press > molecular_antennae_make_light_activated_molecular_switches_more_sensitive.html

Molecular Antennae Make Light-activated Molecular Switches More Sensitive

4+ day, 4+ hour ago   (106+ words) The findings were published in the Journal of the American Chemical Society on August 19, 2026. To solve this problem, the researchers collaborated with Professor Shirin Faraji's group at Heinrich Heine University Düsseldorf to design azobenzene molecules equipped with dipyrrin complexes that…...

@tohoku_univ
tohoku.ac.jp > en > press > new_route_for_designing_topological_magnets_based_on_the_llayer_number.html

New Route for Designing Topological Magnets Based on the Layer Number

4+ day, 12+ hour ago   (366+ words) Topological quantum materials combine unusual electronic states with properties such as magnetism or superconductivity, offering possibilities for future electronics and quantum technologies. Researchers at Tohoku University have now shown that changing the number of layers in a crystal can provide…...

@tohoku_univ
tohoku.ac.jp > en > press > inexpensive_blue_pigment_enables_efficient_one_step_conversion_of_carbon_dioxide_to_methane.html

Inexpensive Blue Pigment Enables Efficient One-Step Conversion of Carbon Dioxide to Methane

6+ day, 7+ hour ago   (205+ words) tohoku.ac.jp - Inexpensive Blue Pigment Enables Efficient One-Step Conversion of Carbon Dioxide to Methane A common blue pigment could help turn carbon dioxide (CO₂) from an industrial waste product into a useful fuel. A joint research team led by Tohoku…...

@tohoku_univ
tohoku.ac.jp > en > press > green_thumb_molecule_drives_growth_in_plants.html

Researchers Identify "Green Thumb" Molecule That Drives Leaf Stalk Growth in Plants

1+ week, 3+ day ago   (120+ words) To solve this mystery, the Uozumi laboratory at Tohoku University have identified the K+ channel activity of AKT5 from the Arabidopsis plant. This research represents the very first reveal of AKT5's actual function. Physiologically, AKT5 promotes leaf stalk growth, offering new insights…...

Google News
tohoku.ac.jp > en > events > special_event > symposium_mssp2026_for_a_sustainable_future.html

Events - Symposium: Materials Science and Spintronics for a Sustainable Future | Tohoku University

1+ week, 4+ day ago   (150+ words) Join leading researchers from around the world as they gather in Sendai this November for MSSp2026, a five-day symposium on materials science and spintronics. Held under the theme of "Materials Science and Spintronics for a Sustainable Future," this event offers an…...

@tohoku_univ
tohoku.ac.jp > en > press > ai_helps_identify_regulatory_hub_for_aging_in_hematopoietic_stem_cells.html

AI Helps Identify Regulatory Hub for Aging in Hematopoietic Stem Cells

2+ week, 5+ day ago   (256+ words) Stem cells possess the unique ability to self-renew and transform into different types of cells. For example, rare hematopoietic stem cells found in bone marrow can become any type of blood cell. Throughout life, they can produce new blood cells…...

Google News
tohoku.ac.jp > en > press > a_new_mathematical_tool_to_uncover_who_eats_whom_in_nature.html

Research News - A New Mathematical Tool to Uncover "Who Eats Whom" in Nature | Tohoku University

3+ week, 5+ day ago   (558+ words) Understanding "who eats whom" is the key to keeping our oceans alive - and our dinner plates full. However, this invisible network that makes up the food chain can unravel with the pull of just one thread. Overfish one species, and…...