No.

A crystal radio is not picking or working on static charge like that. It's working on inductive, oscillatory charge. With a crystal radio you make a crystal vibrate by applying oscilating charge to the crystal and use that to produce sound (regular radio replace the crystal with a speaker and amplification circuit)

This is completely different, radio frequencies won't give this any power at all what-so-ever.

This is works on the principles of ionisation, not RF transmission.

This is why Tesla recommended highly polished or amalgamated surface area to give the largest and best possible surface for ionising radiation to interact with.

This is a solar panel. Albeit a very different looking one, It also happens to be able to run on cosmic radiation and, for the simple fact that atmospheric charge exists and is present at the collector plate, atmospheric electricity in the form of ions not radio waves so it keeps running after sun down.

It runs better in daytime with direct sunlight, but continues to run after sundown. It's a really cool solar panel.

The fun occurs when you get a really high tower, insulated tower, or some other way of getting hundreds or thousands of feet into the air. The higher you go, the larger the added effect from the atmospheric electricity.

At 400 feet, the air is ~12,000 volts compared to the ground. All objects seek equilibrium with their environment. So if you stick a plate up there, there might not be a lot of current, but you collect it at 12,000 volts so if you have 20 milliamps you can step that down to 120 volts and get at least an amp or two at 120 volts....

For free, indeffinitely as long as the sun continues to shine, with zero extra work involved.

Add in the effects from the ionising radiation and galactic rays and you get a little more power.

It's not a super amount of power, but it's functionally unlimited and all you have to do is set up the structre to grab it.

It also will have a significantly longer operational lifetime than traditional solar.

Imagine if you had a solid ground connection at the top of a sky scraper and then you stuck a a few telephone poles end, on end (use wood or plastic not to drag the ground field with the pole) and then a giant, polished, hollow copper ball on top of that. Then you follow the set up in the patent.

You'd be collecting a couple hundred milli-amps at 100,000+ volts. Then you could step that down and get small power generation plant levels of power.

No.

A crystal radio is not picking or working on static charge like that. It's working on inductive, oscillatory charge. With a crystal radio you make a crystal vibrate by applying oscilating charge to the crystal and use that to produce sound (regular radio replace the crystal with a speaker and amplification circuit)

This is completely different, radio frequencies won't give this any power at all what-so-ever.

This is works on the principles of ionisation, not RF transmission.

This is why Tesla recommended highly polished or amalgamated surface area to give the largest and best possible surface for ionising radiation to interact with.

This is a solar panel. Albeit a very different looking one, It also happens to be able to run on cosmic radiation and, for the simple fact that atmospheric charge exists and is present at the collector plate, atmospheric electricity in the form of ions not radio waves so it keeps running after sun down.

It runs better in daytime with direct sunlight, but continues to run after sundown. It's a really cool solar panel.

The fun occurs when you get a really high tower, insulated tower, or some other way of getting hundreds or thousands of feet into the air. The higher you go, the larger the added effect from the atmospheric electricity.

At 400 feet, the air is ~12,000 volts compared to the ground. All objects seek equilibrium with their environment. So if you stick a plate up there, there might not be a lot of current, but you collect it at 12,000 volts so if you have 20 milliamps you can step that down to 120 volts and get at least an amp or two at 120 volts....

For free, indeffinitely as long as the sun continues to shine, with zero extra work involved.

Add in the effects from the ionising radiation and galactic rays and you get a little more power.

It's not a super amount of power, but it's functionally unlimited and all you have to do is set up the structre to grab it.

It also will have a significantly longer operational lifetime than traditional solar.

No.

A crystal radio is not picking or working on static charge like that. It's working on inductive, oscillatory charge. With a crystal radio you make a crystal vibrate by applying oscilating charge to the crystal and use that to produce sound (regular radio replace the crystal with a speaker and amplification circuit)

This is completely different, radio frequencies won't give this any power at all what-so-ever.

This is works on the principles of ionisation, not RF transmission.

This is why Tesla recommended highly polished or amalgamated surface area to give the largest and best possible surface for ionising radiation to interact with.

This is a solar panel. Albeit a very different looking one, It also happens to be able to run on cosmic radiation and, for the simple fact that atmospheric charge exists and is present at the collector plate, atmospheric electricity in the form of ions not radio waves so it keeps running after sun down.

It runs better in daytime with direct sunlight, but continues to run after sundown. It's a really cool solar panel.

The fun occurs when you get a really high tower, insulated tower, or some other way of getting hundreds or thousands of feet into the air. The higher you go, the larger the added effect from the atmospheric electricity.

At 400 feet, the air is ~12,000 volts compared to the ground. All objects seek equilibrium with their environment. So if you still a plate up there, there might not be a lot of current, but you collect it at 12,000 volts so if you have 20 milliamps you can step that down to 120 volts and get at least an amp or two at 120 volts....

For free, indeffinitely as long as the sun continues to shine, with zero extra work involved.

Add in the effects from the ionising radiation and galactic rays and you get a little more power.

It's not a super amount of power, but it's functionally unlimited and all you have to do is set up the structre to grab it.

It also will have a significantly longer operational lifetime than traditional solar.

No.

A crystal radio is not picking or working on static charge like that. It's working on inductive, oscillatory charge. With a crystal radio you make a crystal vibrate by applying oscilating charge to the crystal and use that to produce sound (regular radio replace the crystal with a speaker and amplification circuit)

This is completely different, radio frequencies won't give this any power at all what-so-ever.

This is works on the principles of ionisation, not RF transmission.

This is Tesla recommended highly polished or amalgamated surface area to give the largest and best possible surface for ionising radiation to interact with.

This is a solar panel. Albeit a very different looking one, It also happens to be able to run on cosmic radiation and, for the simple fact that atmospheric charge exists and is present at the collector plate, atmospheric electricity in the form of ions not radio waves so it keeps running after sun down.

It runs better in daytime with direct sunlight, but continues to run after sundown. It's a really cool solar panel.

The fun occurs when you get a really high tower, insulated tower, or some other way of getting hundreds or thousands of feet into the air. The higher you go, the larger the added effect from the atmospheric electricity.

At 400 feet, the air is ~12,000 volts compared to the ground. All objects seek equilibrium with their environment. So if you still a plate up there, there might not be a lot of current, but you collect it at 12,000 volts so if you have 20 milliamps you can step that down to 120 volts and get at least an amp or two at 120 volts....

For free, indeffinitely as long as the sun continues to shine, with zero extra work involved.

Add in the effects from the ionising radiation and galactic rays and you get a little more power.

It's not a super amount of power, but it's functionally unlimited and all you have to do is set up the structre to grab it.

It also will have a significantly longer operational lifetime than traditional solar.

No.

A crystal radio is not picking or working on static charge like that. It's working on inductive, oscillatory charge. With a crystal radio you make a crystal vibrate by applying oscilating charge to the crystal and use that to produce sound (regular radio replace the crystal with a speaker and amplification circuit)

This is completely different, radio frequencies won't give this any power at all what-so-ever.

This is works on the principles of ionisation, not RF transmission.

This is Tesla recommended highly polished or amalgamated surface area to give the largest and best possible surface for ionising radiation to interact with.

This is a solar panel. Albeit a very different looking one, It also happens to be able to run on cosmic radiation and, for the simple fact that atmospheric charge exists and is present at the collector plate, atmospheric electricity in the form of ions not radio waves so it keeps running after sun down.

It runs better in daytime with direct sunlight, but continues to run after sundown. It's a really cool solar panel.

No.

A crystal radio is not picking or working on static charge like that. It's working on inductive, oscillatory charge. With a crystal radio you make a crystal vibrate by applying oscilating charge to the crystal and use that to produce sound (regular radio replace the crystal with a speaker and amplification circuit)

This is completely different, radio frequencies won't give this any power at all what-so-ever.

This is works on the principles of ionisation, not RF transmission.