Marsha Adams

As an integrator of multiple scientific disciplines Marsha Adams has proposed pioneering concepts authoring or co-authoring papers that have changed paradigms. While at Stanford Medical School, she was involved in electrophysiological measurements. She participated with the surgical team that launched the popularity of coronary bypass surgery. She devised an electronic circuit that allows cardiac pacemakers to fine tune the amount electricity needed to pace the heart. In the late 1970s she pioneered the idea that impending earthquakes may produce low frequency electromagnetic signals that may explain anomalous animal behavior, and that monitoring these signals may lead to earthquake forecasting. To that end, she constructed the first civilian station to monitor low frequency signals for the purpose of earthquake forecasting. She has done extensive analysis correlating solar terrestrial data with health and crime statistics. While employed by SRI International as a Sr. computer systems analyst in the early 1980s , she participated in the Remote Viewing project. She functioned as both a researcher and trainee under the tutelage of Ingo Swann. Adams pioneered the idea that RV performance may be influenced by prevailing geomagnetic conditions. She authored two papers showing a temporal relationship between remote viewing quality and geomagnetic field activity. Although she has not been active in remote viewing since the mid 1980s, her current research activities include measuring geophysical variables endeavoring to understand the earthlight phenomenon. This research may be relevant to understanding subtle environmental variables and improving RV results.