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Scientists Discover That Worms May Have "Emotions"

Insights into how short-term stimulation can alter sustained brain activities and their underlying processes. Brain research is one of the most crucial fields in modern life sciences, and "emotion" is one of its major topics. Traditionally, the study of emotions in animals has been a complex area, ....

Kristina Galatsis , Keisuke Maruyama , Koutaroud Kimura , Jaredj Young , Yuto Endo , Ryoga Suzuki , Nagoya City University Japan , Nagoya City University , Toyoaki Scholarship Foundation , Research On Emotions In Roundworms , Japan Society For The Promotion Of Science , National Institutes Of Natural Sciences , Mills College At Northeastern University United States , Electric Shock Worm Cartoon , Mills College , Northeastern University , United States , Electric Stimulus , Genetic Analysis , Emotional Responses , Understanding Human , Ling Fei Tee , Sota Kimura , Japan Society , National Institutes , Natural Sciences ,

New Film Detects Multisensory Info with Electrode Array

New Film Detects Multisensory Info with Electrode Array
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Keigo Hikishima , Ryota Kanda , Yoshito Saitoh , Susumu Setogawa , Takuya Hikima , Hiroto Sekiguchi , Kenji Mizuseki , Noriaki Ohkawa , Fumiko Seki , Mikiko Ishikawa , Satoshi Nakada , Osamu Fukayama , Shuto Tada , Hideyuki Matsumoto , Makoto Osanai , Toyoaki Scholarship Foundation , Casio Science Promotion Foundation , Technology Agency , Foundation Of Public Interest Tatematsu , Professor At University Public Corporation Osaka , Dokkyo Medical University , Naito Foundation , Class Technological Research , Takeda Science Foundation , Strategic Basic Research Promotion Project , Research Foundation For Opto ,

Möbius band constructed solely by carbon atoms

Möbius band constructed solely by carbon atoms
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Jenny Pirillo , Yasutomo Segawa , Kenichiro Itami , Yuh Hijikata , Toyoaki Scholarship Foundation , Hokkaido University Photo , Technology Agency , Institute For Molecular Science , Hokkaido University , Institute Of Transformative Bio , National Institutes Of Natural Sciences , Nagoya University , Daiko Foundation , Japan Society For The Promotion Of Science , Institute For Chemical Reaction Design , Asahi Glass Foundation , Ministry Of Education , Transformative Bio Molecules , Molecular Science , National Institutes , Natural Sciences , Chemical Reaction Design , Associate Professor , Specially Appointed Associate Professor , Z Selective Wittig , Japan Science ,

Nanotechnology Now - Press Release: 3D design leads to first stable and strong self-assembling 1D nanographene wires

Home > Press > 3D design leads to first stable and strong self-assembling 1D nanographene wires
Schematic illustration of hierarchical structures of carbon nanofiber bundles made of bitten warped nanographene molecules.
CREDIT
NINS/IMS
Abstract:
Nanographene is flexible, yet stronger than steel. With unique physical and electronic properties, the material consists of carbon molecules only one atom thick arranged in a honeycomb shape. Still early in technological development, current fabrication methods require the addition of substituents to obtain a uniform material. Additive-free methods result in flimsy, breakable fibers until now.
3D design leads to first stable and strong self-assembling 1D nanographene wires
Tokyo, Japan | Posted on April 6th, 2021 ....

United States , Japan General , Jenny Pirillo , Taishi Nishihara , Kenichiro Itami , Kenta Kato , Nobuhiko Mitoma , Kiyofumi Takaba , Koji Yonekura , Taito Hatakeyama , Yusuke Nakanishi , Lawrencet Scott , Yasutomo Segawa , Takuma Kawada , Yuh Hijikata , Saori Maki Yonekura , Self Assembly , Institute Of Transformative Bio , Nagoya University , Collaboration Center , Itami Molecular Nanocarbon Project At Nagoya University , University Of Nevada , Japan Society For The Promotion Of Science , Wave Inc , Toyoaki Scholarship Foundation , School Of Science ,

3D design leads to first stable and strong self-assembling 1D nanographene wires

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IMAGE: Schematic illustration of hierarchical structures of carbon nanofiber bundles made of bitten warped nanographene molecules.
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Credit: NINS/IMS
Nanographene is flexible, yet stronger than steel. With unique physical and electronic properties, the material consists of carbon molecules only one atom thick arranged in a honeycomb shape. Still early in technological development, current fabrication methods require the addition of substituents to obtain a uniform material. Additive-free methods result in flimsy, breakable fibers until now.
An international team of researchers has developed self-assembling, stable and strong nanographene wires. The results were published on March 24 in
Journal of the American Chemical Society. ....

United States , Japan General , Jenny Pirillo , Taishi Nishihara , Kenichiro Itami , Kenta Kato , Nobuhiko Mitoma , Kiyofumi Takaba , Koji Yonekura , Taito Hatakeyama , Yusuke Nakanishi , Lawrencet Scott , Yasutomo Segawa , Takuma Kawada , Yuh Hijikata , Saori Maki Yonekura , Development Division , National Institutes Of Natural Science , Technology Agency , Tokyo Metropolitan University , Institute Of Multidisciplinary Research For Advanced Materials , Institute Of Transformative Bio , Department Of Structural Molecular Science , Nagoya University , Collaboration Center , Itami Molecular Nanocarbon Project At Nagoya University ,