ALT An overview of the glycan-lectin pattern recognition platform. Provided by RIKEN

ALT Designer exosomes that simultaneously present antigen-MHC complexes, co-stimulatory molecules (CD80), and cytokines (IL-2) act on killer T cells and activate them. The activated killer T cells secrete cytotoxic factors to eliminate tumor cells. Provided by Kanazawa University

ALT Fig.1 Principle of distributed measurement using Brillouin optical correlation-domain reflectometry (BOCDR). Brillouin scattering generated from laser light injected into an optical fiber is used to measure temperature and strain at a selected position along the fiber. By controlling the frequency of the laser light, the measurement position can be scanned along the fiber, enabling distributed sensing. Provided by Yokohama National University

ALT Direct observation of muonic molecules in resonance states. Provided by Chubu University

ALT Diagram of the newly developed NV center position control technology. Provided by Kanazawa University

ALT Experimental overview of high-pressure freezing of cells and tissues ©2026 Fang Song, Masaki Nishikawa

ALT An illustration of how the predictive model developed by the researchers can be used. Provided by Assistant Professor Ikushima of the University of Tokyo

ALT An overview of the research findings Provided by Nagoya University

ALT An overview of the research findings. Provided by Hiroshima University

ALT An overview of antitumor nucleic acid drug MIRX006 Provided by Hiroshima University

ALT An overview of the three proposed methods for achieving Net-Zero. Provided by Kyoto University

ALT The automated organic synthesis system developed in this research (Top left) Synthesis zone, (Top right) Post-processing and transfer zone, (Bottom left) Isolation and purification zone, (Bottom right) Analysis and identification zone. Provided by the Institute for Molecular Science

ALT Conceptual diagram of a "2D-RIXS microscope" that achieves both ultrahigh energy resolution and high spatial resolution. Yamamoto, K., Suzuki, H. & Miyawaki, J. (2026). J. Synchrotron Rad. 33.