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Season
Season 1 Episode
- Season 1 Energy From The Vacuum 01 - Introduction - Tom Bearden John Bedini
- Season 1 Energy From The Vacuum 02 - John Benini - Tom Bearden John Bedini
- Season 1 Energy From The Vacuum 03 - Dr. Deborah Chung - Negative Resistance
- Season 1 Energy From The Vacuum 04 - Howard Johnson - Magnetic Exchange
- Season 1 Energy From The Vacuum 05 - Hidden Electrodynamics
- Season 1 Energy From The Vacuum 06 - Inside Radiant EnergyEnergy From The Vacuum 06 - Inside Radiant Energy
- Season 1 Energy From The Vacuum 07 - Tesla's Impulse Technology
- Season 1 Energy From The Vacuum 08 - Challenging the 2nd Law of Thermodynamics
- Season 1 Energy From The Vacuum 09 - Moray, Sweet and Antigravity
- Season 1 Energy From The Vacuum 10 - The Kromrey Converter
- Season 1 Energy From The Vacuum 11 - Magnetic Gates And Howard Johnson
- Season 1 Energy From The Vacuum 12 - Petrovoltaics And The Faraday Motor
- Season 1 Energy From The Vacuum 13 - Electrodynamics Its Origins History And Struggles
- Season 1 Energy From The Vacuum 14 - Lockridge Device
- Season 1 Energy From The Vacuum 15 - Seeking Overunity - Tom Bearden John Bedini
- Season 1 Energy From The Vacuum 16 - Equilibrium, Entropy & Energy Defining Moments
- Season 1 Energy From The Vacuum 17 - The Tape Drive Motor
- Season 1 Energy From The Vacuum 18 - Transmutation - Lifting the Veil
Energy from the Vacuum - Season 1 Episode 6 Energy From The Vacuum 06 - Inside Radiant EnergyEnergy From The Vacuum 06 - Inside Radiant Energy
0.00 48 minutes For over an hour John Bedini patiently answers questions from Oxford University mathematical physicist David Clements Ph.D., who flew over from the United Kingdom to visit John in his laboratory. Dr. Clements had reached the conclusion that the so-called “negative” energy was indeed compatible with conventional physics mathematics, but it had been banished from the equations.
John Bedini, in turn, diagrams out exactly how this missing energy is triggered into the circuit, and how it is put to work to provide real output gains.
