clarky003
Tank
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IEEE reports apparatus that produces nuclear fusion inside tiny vapor bubbles may one day give us cheap, clean, and virtually limitless energy. (PESN; April 28, 2005)
replicated again, and under the nose of the media, ... will it be rubbished by mainstream science again?..
there should be plenty of updates to follow, im keeping an eye out.
the link includes video's of the proccess in action.
http://pesn.com/2005/04/28/6900088_UCLA_Cold_Fusion/
This movie is a real-time presentation of the crystal fusion raw data shown in Figure 2 including raw PMT traces of valid neutron hits.
http://www.nature.com/nature/journal/v434/n7037/extref/nature03575-s2.mpg
This movie shows the phosphor screen image (25.4 mm diameter) of an ion beam produced upon heating a pyroelectric crystal. Deuterium gas pressure was set to 0.2 Pa. The phosphor intensity, as measured by a CCD camera, is proportional to beam current density. In the central frame, the phosphor intensity is displayed topographically.
http://www.nature.com/nature/journal/v434/n7037/extref/nature03575-s3.mpg
replicated again, and under the nose of the media, ... will it be rubbished by mainstream science again?..
there should be plenty of updates to follow, im keeping an eye out.
the link includes video's of the proccess in action.
http://pesn.com/2005/04/28/6900088_UCLA_Cold_Fusion/
This movie is a real-time presentation of the crystal fusion raw data shown in Figure 2 including raw PMT traces of valid neutron hits.
http://www.nature.com/nature/journal/v434/n7037/extref/nature03575-s2.mpg
This movie shows the phosphor screen image (25.4 mm diameter) of an ion beam produced upon heating a pyroelectric crystal. Deuterium gas pressure was set to 0.2 Pa. The phosphor intensity, as measured by a CCD camera, is proportional to beam current density. In the central frame, the phosphor intensity is displayed topographically.
http://www.nature.com/nature/journal/v434/n7037/extref/nature03575-s3.mpg