Experimental Reports 

Updated 11/03/2008

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MOAC - A High Accuracy Calorimeter for Cold Fusion Studies (presented at ICCF-14)
Dash-Zhang Replication Effort
Tajmar frame-dragging
Mass Modification
PACA Replication Effort
SPAWAR Replication Effort
A paper by G. Hathaway of Hathaway Consulting (Toronto, Ontario) titled "Nightmares of the Art of Measuring" presented at the 2006 STAIF Conference.
Case Experiment
Description of our setup
Results of Run 1b
Results of Run 2
Results of Run 3
Results of Run 4
Results of Run 5
Results of Run 6...Interesting Anomaly
Results of Run 7...oscillations without catalyst
Results of Run 8...still no sign of excess heat!
...a Zero Run performed after Run 8.
CETI
EarthTech's RIFEX Report
PDF file (288k)
Zipped Microsoft Word file (245k)
Zipped RTF file (491k)
Calorimetric Study of the RIFEX kit
PDF file (246k)
Zipped Microsoft Word file (104k)
Zipped RTF file (246k)
Experiment with Kirk Shanahan's Beads
Clarke-Hess 2330: Performance Testing 
Farnsworth Fusor - simple D+D fusion machine that really works!
Proton recoil tracks in a cloud chamber
Glow Discharge Panel: A Cursory Examination
Ground States and the Zero-Point Field
Hydrogen Purifier: A Calorimetric Measurement
Magnetic Levitation...without superconductors!
Mills
1st Attempt at Mills' Cell
Gas-Phase Experiment
First try...and the resulting changes
Run 2…getting closer
Run 3...no KNO3
Close-up of filament after Run 3 and 8-hour vacuum bake
Run 4...filament problems
Here is a photo of the entire system during Run 5
Run 5...more filament problems!
Run 6...different catalyst, still filament problems!
Run 7...no catalyst, Ar gas, still filament problems!
Here is a photo of the chamber exterior after Run 7.
Run 8...keeping the filament at 2000K.
Run 9...a tantalizing error
Run 10...with the real catalyst: KNO2
Run 11...hydrogen scavenging
Run 12...scavenging & getters
Run 13...a Pt filament
Close-up of a new tungsten filament.
High Fidelity Replication of Mills' Electrolysis Experiment
Introduction
Run 1
Run 3 (and Run 2)
Run 4
Run 5
Mizuno
The Incandescent Pt Experiment of Mizuno, et al
The First Attempt at the Incandescent W Experiment of Mizuno, et al
Details of cell construction
Observed Electrical Waveforms
Results of Run 1
Results of Run 2
Results of Run 3
Results of Run 4, 5 and 6
Results of Run 7
Results of Run 8, 9 & 10
Summary Report on Incandescent W Experiments
The Second Attempt at the Incandescent W Experiment of Mizuno, et al
Introduction to the 2nd Attempt
Results of Run 2 (and Run 1)
Current-Voltage Study of the cell from Run 2
Oscilloscope Current and Voltage Waveforms from the Run 2 cell
Results of Run 3
Results of Run 4
Results of Run 5
Results of Run 6
Data from one of Mizuno's Excess Heat Runs
Results of Run 7
Results of Run 8
Results of Run 9 (simulated excess heat)
The Third Attempt at the Incandescent W Experiment of Mizuno, et al
Introduction to the 3rd Attempt and Results of Run 1
Results of Run 2 - (mysterious conglomeration)
Results of Run 3 - (new approach)
Cooling rate investigation
Results of Run 4 - (repeat of new approach with fan)
Results of Run 5- (matched all M&O conditions except for one BIG thing!)
Results of Run 6 - (Ken Shoulders is present)
Replication of Jean-Louis Naudin's Replication of the Mizuno experiment
Replication of Fauvarque, Clauzon, & Lalleve's Replication of the Mizuno experiment
Magnetic Resonance Amplifier (MRA)
Report
Error Analysis
Clarification
Underwater Sparking Experiment
Yusmar 1, invented by Yuri Potapov
1st report (6/25/95)
2nd report
3rd report
Interim report
4th report
5th report
Photos and description