Jim Marrs - PSI Spies - Amazon S3

Sciences Cutting Edge 87field. This particular magnetometer had been devised alongwith other multi-million-dollar equipment to detect quarks,the theoretical building blocks of matter. Stability and dependabilitywere absolute necessities in this work.Puthoff found Swann to be a thoughtful and knowledgeableman—and one who wanted to be an integral part of any experiment.“I was to find out what has now been reported to me fromother labs, that Ingo would often be the first to discount an apparentsuccess, pointing out some potential loophole in a protocolor possible misinterpretation of the data,” recalled Puthoff. 26On June 6, 1972, Swann was taken to the basement ofStanford University’s Varian Physics Building, where themagnetometer was housed. There, as somewhat amusedobservers, were Dr. Arthur Hebard, who had agreed toPuthoff’s use of the magnetometer, Dr. Martin Lee, a physicistat the Stanford Linear Accelerator Center, and an assortmentof physics students.Swann was initially taken aback. He had expected theusual array of electrodes, boxes with targets inside, and so on.Here he found, to his dismay, that he was to try to affect a smallneedle on a magnetic probe located in a vault beneath thebasement floor that was shielded by a magnetic shield, analuminum container, copper shielding, and a superconductingshield—one of the best shielding known to man.As Puthoff explained, a decaying magnetic field had beenset up inside the magnetometer, which provided a steadybackground calibration signal expressed as oscillating lineson a chart recorder. Swann was asked to mentally affect themagnetic field, which should then be expressed by achange on the lines of the chart recorder.