Abstract: The disclosure provides for viscoelastic materials based on microstructured liquids and applications thereof, including as underwater adhesives and wound care, and processes to make the viscoelastic materials.

Abstract: A network scheduling device and method are disclosed. The scheduling method comprises: determining whether a set condition for a transmission time interval (TTI) is satisfied, and, if the set condition is satisfied, storing in a memory, at each TTI until the set TTI elapses, a data array comprising the network state of the current TTI, the scheduler type selected at the network state of the current TTI, the network state of the next TTI, and the actual compensation value for the network state of the current TTI, and updating the parameters of the first neural network based on at least one of the data arrays stored in the memory, and, if the set condition is not satisfied, inputting the network state of the current TTI to the first neural network and selecting a scheduler using the output of the first neural network based on the input network state of the current TTI.

Abstract: Provided is a novel nanoparticle, a contrast agent for magnetic resonance imaging containing the same, and a ligand compound used for production of the nanoparticle. The present invention relates to a nanoparticle including: a metal particle containing iron oxide; and a ligand which is bound to a metal atom on a surface of the metal particle and is represented by formula (3): where m is an integer of 1 to 4, and a broken line represents a coordinate bond with a metal atom on the surface of the metal particle.

Abstract: Provided is a novel nanoparticle, a contrast agent for magnetic resonance imaging containing the same, and a ligand compound used for production of the nanoparticle. The present invention relates to a nanoparticle including: a metal particle containing iron oxide; and a ligand which is bound to a metal atom on a surface of the metal particle and is represented by formula (3): where m is an integer of 1 to 4, and a broken line represents a coordinate bond with a metal atom on the surface of the metal particle.