[Markos101]

Bearden indicates that if you observe E = -dA/dt, you may create an electric field by varying the B field and hence the A field. Thus by having a secondary 'output' coil, this E-field may be harnessed and used to 'energize' electrons in the output coil rather like a current. The current in the input coil may be pulsed hence, if the input pulses are almost in a tophat-like fashion, you may produce a large dA/dt and hence large E field, with no B field component associated with the A field outside of the solenoid.

You don't have to put any extra energy into the input coil to do this, as the A field outside of the solenoid is a quantum effect that appears via gauge freedom, which Bearden claims is explained by quantum electrodynamics (the quantum version of classical EM) via the vacuum being occupied by virtual particles, including the virtual photons reponsible for interactions of electrons.

I've just received his book, 'Energy from the Vacuum' today through the post from the US, which I'm giving a read. I'm actually surprisingly optimistic and I'll probably be talking to the old profs in my former Uni about this.

[skeptic]

$this->bbcode_second_pass_quote('Markos101', '
')I've just received his book, 'Energy from the Vacuum' today through the post from the US, which I'm giving a read. I'm actually surprisingly optimistic and I'll probably be talking to the old profs in my former Uni about this.

[emailking]

$this->bbcode_second_pass_quote('Markos101', 'B')earden indicates that if you observe E = -dA/dt, you may create an electric field by varying the B field and hence the A field. Thus by having a secondary 'output' coil, this E-field may be harnessed and used to 'energize' electrons in the output coil rather like a current. The current in the input coil may be pulsed hence, if the input pulses are almost in a tophat-like fashion, you may produce a large dA/dt and hence large E field, with no B field component associated with the A field outside of the solenoid.

You don't have to put any extra energy into the input coil to do this, as the A field outside of the solenoid is a quantum effect that appears via gauge freedom, which Bearden claims is explained by quantum electrodynamics (the quantum version of classical EM) via the vacuum being occupied by virtual particles, including the virtual photons reponsible for interactions of electrons.

I've just received his book, 'Energy from the Vacuum' today through the post from the US, which I'm giving a read. I'm actually surprisingly optimistic and I'll probably be talking to the old profs in my former Uni about this.

[Markos101]

I agree there are suspicions perhaps over the length of development, but the backing physics appears to agree with experiement. You do indeed produce an E field by pulsing the magnetude of an A field, and indeed you do obtain an A-field outside of a solenoid in a region in which there is no B field.

But it would nice to see a working model.

[Caoimhan]

$this->bbcode_second_pass_quote('emailking', '')$this->bbcode_second_pass_quote('Caoimhan', '')$this->bbcode_second_pass_quote('emailking', '')$this->bbcode_second_pass_quote('Caoimhan', '
')
One group in Switzerland is running 5 of these machines and powering their communes with them.

[small_steps]

$this->bbcode_second_pass_quote('emailking', 'I')f you draw a loop in the right place you can have a flux, yes. This has nothing to do with the elctron deflecting. If your loop is constant, the flux is not changing because the field inside the solenoid is constant. So there are no electric fields created. And we already no there are no magnetic fields. If the elctrong deflects, than one or the other would have to be responsible classically.