Posts

Showing posts with the label (DARPA)

InfraCivilCon2023: System of Land Use and Transportation

Urban transportation attempts to meet the transportation needs brought on by a variety of urban activities taking place in a variety of urban contexts. Analysis of the patterns and processes in the transport-land use system is thus crucial for understanding urban entities. This system is quite complicated and involves a number of connections between the land use, spatial interactions , and transportation systems . Transport mechanism,  the group of transportation modes and infrastructures that facilitate urban freight and passenger transit. It often represents the accessibility level and is made up of supply-enhancing infrastructure. For instance, traffic assignment models infer flows within a transportation network using an existing spatial interaction structure. Consequently, conceptual flows turn into actual physical phenomena. spatial relationships , the kind, scope, sources, and destinations of urban freight and passenger flows. The characteristics of the transport system as ...

MechResCon2023: Specific brain circuits can be remotely activated in less than a second thanks to new wireless technologies.

Wireless technology has been developed by a research team lead by Rice University neuroengineers to quickly and remotely stimulate particular brain circuits in fruit flies.  Researchers from Rice , Duke , Brown , and Baylor College of Medicine utilised magnetic signals to activate specific neurons that regulated the body position of freely flying fruit flies in an enclosure in a demonstration that was published in Nature Materials .                       " The scientific community is looking for instruments that are extremely precise but also minimally intrusive to research the brain or cure neurological problems. The holy grail of neurotechnologies is to use magnetic fields to remotely regulate specific brain circuits. Our research makes a significant advancement toward that end by speeding up remote magnetic control so that it is more comparable to the brain's natural pace.  Author of the paper, Rice Associate Profe...