One of the enduring mysteries in solar physics is the unexpectedly hot temperature of the solar wind as it extends away from the Sun. Recently, a team of scientists from the University of Wisconsin-Madison performed a study to try to find an answer to the puzzle. And their search led…
Jun 18, 2018 Electric currents create magnetic fields in the Sun. “Which came first, the chicken or the egg?” Asking this question always gets a chuckle from a group of kids who haven’t been asked that before. For adults, it confirms their conviction that unanswerable questions must be laughably ignored….
Feb 27, 2015 Electric currents create magnetic fields in the Sun. “Which came first, the chicken or the egg?” Asking this question always gets a chuckle from a group of kids who haven’t been asked that before. For adults, it confirms their conviction that unanswerable questions must be laughably…
Nov 19, 2014 Electric currents create magnetic fields in the Sun. “Which came first, the chicken or the egg?” Asking this question always gets a chuckle from a group of kids who haven’t been asked that before. For adults, it confirms their conviction that unanswerable questions must be laughably…
Jan 17, 2014 The chaos of Brownian motion produces the high temperature we see in the solar corona. Of all the ideas offered up as being an explanation of the extreme temperature (more than 2 million Kelvin) measured in the lower corona of our Sun, the simplest is that electrically…
Dec 26, 2011 Electric currents create magnetic fields in the Sun. “Which came first, the chicken or the egg?” Asking this question always gets a chuckle from a group of kids who haven’t been asked that before. For adults, it confirms their conviction that unanswerable questions must be laughably…
Seems Voyager 1 has been able to supply us with more accurate data to enable new calculations of the Solar Electron Flux[1]. In the late 1970’s Ralph Juergens investigated how (or whether) the Sun could be obtaining its energy via an externally supplied flow of electrical power[2]. Now, in late…
