Displaying 1-20 out of 33 result(s) found
|Title of invention
|New Surface-enhanced Raman scattering (SERS) analysis method enables ultra-sensitive analysis - Liquid interface-assisted SERS (LI-SERS) -
LI-SERS offers a new technique for realizing detection of ultra-trace substances in concentrations below 10aM.
|Presbyopia Detection Device Using the Crystalline Lens
The displacement of the crystalline lens by a photo-acoustic wave is measured in a non-contact manner using the interferometer of the light, the elasticity value is derived from the properties of the displacement, and the presbyopia is diagnosed.
|Gas Components Analysis System Using Mid-Infrared Laser
The biomarkers of the diseases in human breath exist as volatile organic compounds (VOCs).
|Efficient Method for Decision-Making Based on Trial and Error
In order to conduct a process of trial and error efficiently, it is important to maintain a balance between focusing on information obtained from past trials and searching for better new options. Through the study of information processing principles used by unicellular organisms, we have discovered that even non-intelligent substances are capable of realizing efficient decision-making as long as they have the property of preserving volume. This method, named the "tug-of-war principle", is found to perform better in terms of efficiency and adaptability than conventional decision-making algorithms.
|Innovations Contributing to the Application of High-Temperature Superconducting Materials
The following technologies required for the practical application of REBCO wires will be described.
|Prevention and treatment of protozoan infection (trypanosomiasis)
Development of treatment based on antisense nucleic acids specific to trypanosoma.
|Beryllium metal target for small neutron sources
The inventors precisely calculate the penetration range of charged particles inside the target and adjusted the thickness of the beryllium layer so that the proton beam would stop downstream of it. In addition, they solved the problems of heat removal and hydrogen embrittlement simultaneously and also successfully improved the safety during maintenance with low activation by selecting a metal that had high hydrogen diffusibility, good thermal conductivity, and a relatively low long-term activation from neutron irradiation to be the backing plate.
|Development of high-efficiency deep-ultraviolet LED
|Development of a high-performance terahertz wave source and its detection technology
|Solution search computer inspired from slime mold
|Substitutional Reality system
|Fluorescent agent based on fluorescent protein UnaG for clinical assay
|A new optical microscope enabling deep imaging of biological samples
|Micro/nano structured chip capable of non-invasive cellular control
|High-throughput glycan structure profiling on protein drugs by Erexim technology
|In vitro production of red blood cells from iPS cells
|Low-power-consumption magnetic memory element
|Development of next-generation differential mobility analyzer (DMA)
|Multiple molecular simultaneous imaging
|Electrically operated valve using ultra-thin sheet glass inside an all-glass microchip