Synergistic Red Fuse ...

I think besides the increase in conductive surface area a magnet helps focus the electron field so it is less random and becomes more organized. Like the electrons that leave a cathode in a picture tube they may leave at different angles but can be adjusted with a magnet or as an electron lens. The magnet may bend the electrons towards a common point.

For me magnets also appear to focus vibrational energy over a given surface even one that is considered a non traditional conductor. They make for a more dynamic and organised presentation. Results in better sound.

Tom...

remember the use of magnets negate the safety aspect of the use of a fuse. Magnets were used for audio testing and not for any consumer products.

theaudiotweak
1,359 posts
08-14-2016 2:23pm
"I think besides the increase in conductive surface area a magnet helps focus the electron field so it is less random and becomes more organized. Like the electrons that leave a cathode in a picture tube they may leave at different angles but can be adjusted with a magnet or as an electron lens. The magnet may bend the electrons towards a common point."

What difference could bending the electrons or electron field make since the electrons are barely moving through the wire? Besides electrons are moving back and forth in an AC circuit, like in the mains fuse situation.

Tom also wrote,

"For me magnets also appear to focus vibrational energy over a given surface even one that is considered a non traditional conductor. They make for a more dynamic and organised presentation. Results in better sound."

It sounds like you are saying vibrational energy is good and therefore the more the better. Why not just employ a shaker machine? That would produce all the vibrational energy you could desire. I’m not sure I go along with you that vibrational energy is subject to magnetism. Wouldn’t the "vibrational energy" have to be uh, magnetic?

cheers

When the electrons direction are bent by the magnetic field then they have a shorter path to travel across the conductor.

Some electron microscopes use a magnetic lens to focus electrons.

Vibration can generate electricity that can react to the magnetic field.

Musical instruments generate large amounts of vibration..hear that.

Tom

theaudiotweak
1,360 posts
08-14-2016 6:00pm
Tom: "When the electrons direction are bent by the magnetic field then they have a shorter path to travel across the conductor."

The electrons are not the signal. Why would a shorter path for electrons improve the sound. Besides the electrons are moving back and forth as I already said. Their effective path distance is zero.

Tom: "Some electron microscopes use a magnetic lens to focus electrons."

But electric microscopes are not audio cables. How would focusing electrons change the sound, assuming for the moment magnets do focus electrons. The electrons are moving only a cm/ minute.

Tom: "Vibration can generate electricity that can react to the magnetic field."

Really? Example?

Tom: "Musical instruments generate large amounts of vibration..hear that."

Are you saying musical instruments are creating electricity?