On 11/2/2014 3:58 PM, wrote:
Lostgallifreyan wrote:
wrote in :

Apples and oranges; we already know what will happen if one were to
build an antenna from a superconductor.

Fire up EZNEC and set material loss to zero; done.


Yeah, anyone with a map could say a great deal about the shape of West Africa
based on ocean travel.

Again, apples and oranges as we know EXACTLY and in DETAIL what would happen.

My point isn't so much about antennas, as about
exploring the easy availability of cold environments for superconductors in
space.

Easy availability measured in thousands of dollars an ounce to get
stuff there.

Not having to lug heavy coolers up there might be an offer someone
cannot refuse, and that someone might come back with all kinds of
discoveries, things no models or predictions are going out there to find.

The only thing that makes a superconductor different is the lack of
resistance.

We already know exactly what that means and what we would do with them
if room temperature superconcductors were available.

Here are a couple of things: electric motors and generators that would
be very close to 100% efficient, small, light, and lossless power
transmission lines, lossless transformers, big honking magnets.


It's a little more than just no resistance. For instance,
superconductors will "reflect" (for lack of a better word) a magnetic
field. That's now a superconducting disk will levitate over a magnetic
field. So just setting the resistance to zero doesn't necessarily cut
it. There are other things to consider which EZNIC may not handle properly.

--
==================
Remove the "x" from my email address
Jerry, AI0K

==================

Jerry Stuckle wrote:
On 11/2/2014 3:58 PM, wrote:
Lostgallifreyan wrote:
wrote in :

Apples and oranges; we already know what will happen if one were to
build an antenna from a superconductor.

Fire up EZNEC and set material loss to zero; done.


Yeah, anyone with a map could say a great deal about the shape of West Africa
based on ocean travel.

Again, apples and oranges as we know EXACTLY and in DETAIL what would happen.

My point isn't so much about antennas, as about
exploring the easy availability of cold environments for superconductors in
space.

Easy availability measured in thousands of dollars an ounce to get
stuff there.

Not having to lug heavy coolers up there might be an offer someone
cannot refuse, and that someone might come back with all kinds of
discoveries, things no models or predictions are going out there to find.

The only thing that makes a superconductor different is the lack of
resistance.

We already know exactly what that means and what we would do with them
if room temperature superconcductors were available.

Here are a couple of things: electric motors and generators that would
be very close to 100% efficient, small, light, and lossless power
transmission lines, lossless transformers, big honking magnets.


It's a little more than just no resistance. For instance,
superconductors will "reflect" (for lack of a better word) a magnetic
field. That's now a superconducting disk will levitate over a magnetic
field. So just setting the resistance to zero doesn't necessarily cut
it. There are other things to consider which EZNIC may not handle properly.

Such as?

In regards to magnetic levitation, a super conductor is a perfect
diamagnet due to the Meissner effect.

None of that has anything to do with antennas.

http://hyperphysics.phy-astr.gsu.edu...ds/maglev.html

http://en.wikipedia.org/wiki/Magnetic_levitation

--
Jim Pennino

On 11/2/2014 6:11 PM, wrote:
Jerry Stuckle wrote:
On 11/2/2014 3:58 PM, wrote:
Lostgallifreyan wrote:
wrote in :

Apples and oranges; we already know what will happen if one were to
build an antenna from a superconductor.

Fire up EZNEC and set material loss to zero; done.


Yeah, anyone with a map could say a great deal about the shape of West Africa
based on ocean travel.

Again, apples and oranges as we know EXACTLY and in DETAIL what would happen.

My point isn't so much about antennas, as about
exploring the easy availability of cold environments for superconductors in
space.

Easy availability measured in thousands of dollars an ounce to get
stuff there.

Not having to lug heavy coolers up there might be an offer someone
cannot refuse, and that someone might come back with all kinds of
discoveries, things no models or predictions are going out there to find.

The only thing that makes a superconductor different is the lack of
resistance.

We already know exactly what that means and what we would do with them
if room temperature superconcductors were available.

Here are a couple of things: electric motors and generators that would
be very close to 100% efficient, small, light, and lossless power
transmission lines, lossless transformers, big honking magnets.


It's a little more than just no resistance. For instance,
superconductors will "reflect" (for lack of a better word) a magnetic
field. That's now a superconducting disk will levitate over a magnetic
field. So just setting the resistance to zero doesn't necessarily cut
it. There are other things to consider which EZNIC may not handle properly.

Such as?

In regards to magnetic levitation, a super conductor is a perfect
diamagnet due to the Meissner effect.

None of that has anything to do with antennas.

http://hyperphysics.phy-astr.gsu.edu...ds/maglev.html

http://en.wikipedia.org/wiki/Magnetic_levitation


Are you sure? I haven't seen anything one way or the other on it -
although I'm sure it's been studied.

Can you point at some studies to that effect?

--
==================
Remove the "x" from my email address
Jerry, AI0K

==================

Jerry Stuckle wrote:
On 11/2/2014 6:11 PM, wrote:
Jerry Stuckle wrote:
On 11/2/2014 3:58 PM, wrote:
Lostgallifreyan wrote:
wrote in :

Apples and oranges; we already know what will happen if one were to
build an antenna from a superconductor.

Fire up EZNEC and set material loss to zero; done.


Yeah, anyone with a map could say a great deal about the shape of West Africa
based on ocean travel.

Again, apples and oranges as we know EXACTLY and in DETAIL what would happen.

My point isn't so much about antennas, as about
exploring the easy availability of cold environments for superconductors in
space.

Easy availability measured in thousands of dollars an ounce to get
stuff there.

Not having to lug heavy coolers up there might be an offer someone
cannot refuse, and that someone might come back with all kinds of
discoveries, things no models or predictions are going out there to find.

The only thing that makes a superconductor different is the lack of
resistance.

We already know exactly what that means and what we would do with them
if room temperature superconcductors were available.

Here are a couple of things: electric motors and generators that would
be very close to 100% efficient, small, light, and lossless power
transmission lines, lossless transformers, big honking magnets.


It's a little more than just no resistance. For instance,
superconductors will "reflect" (for lack of a better word) a magnetic
field. That's now a superconducting disk will levitate over a magnetic
field. So just setting the resistance to zero doesn't necessarily cut
it. There are other things to consider which EZNIC may not handle properly.

Such as?

In regards to magnetic levitation, a super conductor is a perfect
diamagnet due to the Meissner effect.

None of that has anything to do with antennas.

http://hyperphysics.phy-astr.gsu.edu...ds/maglev.html

http://en.wikipedia.org/wiki/Magnetic_levitation


Are you sure? I haven't seen anything one way or the other on it -
although I'm sure it's been studied.

Can you point at some studies to that effect?

Start with the two links, follow the internal links.


--
Jim Pennino

On 11/3/2014 12:37 PM, wrote:
Jerry Stuckle wrote:
On 11/2/2014 6:11 PM, wrote:
Jerry Stuckle wrote:
On 11/2/2014 3:58 PM, wrote:
Lostgallifreyan wrote:
wrote in :

Apples and oranges; we already know what will happen if one were to
build an antenna from a superconductor.

Fire up EZNEC and set material loss to zero; done.


Yeah, anyone with a map could say a great deal about the shape of West Africa
based on ocean travel.

Again, apples and oranges as we know EXACTLY and in DETAIL what would happen.

My point isn't so much about antennas, as about
exploring the easy availability of cold environments for superconductors in
space.

Easy availability measured in thousands of dollars an ounce to get
stuff there.

Not having to lug heavy coolers up there might be an offer someone
cannot refuse, and that someone might come back with all kinds of
discoveries, things no models or predictions are going out there to find.

The only thing that makes a superconductor different is the lack of
resistance.

We already know exactly what that means and what we would do with them
if room temperature superconcductors were available.

Here are a couple of things: electric motors and generators that would
be very close to 100% efficient, small, light, and lossless power
transmission lines, lossless transformers, big honking magnets.


It's a little more than just no resistance. For instance,
superconductors will "reflect" (for lack of a better word) a magnetic
field. That's now a superconducting disk will levitate over a magnetic
field. So just setting the resistance to zero doesn't necessarily cut
it. There are other things to consider which EZNIC may not handle properly.

Such as?

In regards to magnetic levitation, a super conductor is a perfect
diamagnet due to the Meissner effect.

None of that has anything to do with antennas.

http://hyperphysics.phy-astr.gsu.edu...ds/maglev.html

http://en.wikipedia.org/wiki/Magnetic_levitation


Are you sure? I haven't seen anything one way or the other on it -
although I'm sure it's been studied.

Can you point at some studies to that effect?

Start with the two links, follow the internal links.



I didn't see a lot on antennas and EM fields in your references or their
links. However, I did fine another very interesting link:

http://ecjones.org/hightc.html

A good article, and not too long. But if you want the gist, scroll down
to where he built a 2 foot antenna for 160 meters in paragraph II.5.

--
==================
Remove the "x" from my email address
Jerry, AI0K

==================