Artificial Intelligence has always paved the way for brighter futures and vast opportunities, along with understanding and interpretation of a specific goal with judgment, planning, and creativity. AI has exhibited a whole new world where anything can be achieved, as long as you dream of it. And with the help of AI, we might be able to analyze and interpret how our brain processes sentences. New research linking Neuroimaging and AI has been introduced by researchers at the University of Rochester Medical Center by drawing a complex network in the brain that perceives the meaning of the sentences spoken. It's fascinating to wonder why and how humans can hear a sentence, understand its meaning, and give back a response.

Buzzwords were a major theme of our coverage at last month's HIMSS meeting in Las Vegas, Nevada. In the course of interviewing numerous attendees--from tech company CEOs to hospital Chief Medical Officers and cybersecurity experts--Healthcare Analytics News asked each one what their least favorite healthtech buzzwords were. No term--not even blockchain--was mentioned more often than artificial intelligence. Some were technological skeptics: Medicomp's CMO Jay Anders, MD, is always outspoken on this topic. He doesn't think patients will fully trust AI-based decision support tools.

March 24, 2017 --The days when a chemist's assistant like Michael Faraday or a friar like Gregor Mendel could single-handedly revolutionize a field of science may seem long gone, but one British student is showing the world that anyone can play a role in research. This week NASA is feeling grateful to the sharp eyes of 17-year-old Miles Soloman of Sheffield, England, who was able to help uncover a faulty sensor on board the International Space Station (ISS) when he noticed some wacky readings in a data spreadsheet. His findings add to a long history of amateurs making real contributions to science, a phenomenon many researchers are eager to encourage. Miles's physics teacher, James O'Neill, had no idea what was going to happen when he enrolled his class in the TimPix project from the Institute for Research in Schools (IRIS), an initiative that provides classes with data collected from a radiation detector on board the ISS. By studying the data sets, students can learn about energy and "contribute to research that will improve our understanding of radiation in space," IRIS wrote on their website.