I read the text but I didn't watch the video (hate videos for
information transfer), so maybe this is answered there -- but are we
really sure this is supposed to communicate with /endpoints/ (cell
phones, desktops, whatever)? Technologically, it would be far easier --
and still useful -- if
Ah, here we are:
"With Aquila, we've designed a new aircraft architecture, one that can
support staying in the air for months at a time. Aquila is solar powered,
and when launched, it will create a 50-km communications radius for up to
90 days, beaming a signal down to the people in that area.
The radiation extends above 0.511 MeV in Trace #7 and this doesn't seem to fit
with Hirsch's Theory (i.e., Hole Superconductivity as described in DOI:
10.1088/0953-8984/19/12/125217 ). Perhaps if the electrons were heavy
(dressed) it could be valid. I would need to take a closer look.
Also,
still waiting for the birth, to be continued (the blog) tomorrow
http://egooutpeters.blogspot.ro/2016/08/aug-5-2016-lenr-war-apgar-score-of.html
all my best wishes ,
Peter
--
Dr. Peter Gluck
Cluj, Romania
http://egooutpeters.blogspot.com
-Original Message-
From: Robert Vargo
To: Frank Znidarsic
Sent: Fri, Aug 5, 2016 10:52 am
Subject: wow
Elon Musk: Tesla’s Model 3 factory could look like an alien warship - The
Washington Post
Solar airplanes have been a useless tour de force up until now. This one is
intended to provide internet service to parts of the world that do not have
it, such as Africa. This airplane will fly for months.
https://www.youtube.com/watch?v=eOez_Hk80TI
There are some parts I really don't understand. From the text article,
" the plan is to create a drone system that acts as /*floating wifi
routers*/ to bridge the internet gaps on the ground"
Wifi routers, 15 /miles/ up in the sky? What kind of wifi card do you
need in your system to throw
On Fri, Aug 5, 2016 at 9:19 AM, Stephen A. Lawrence wrote:
> I'm also pretty amazed at the concept of solar powering the things. If
> they really draw 5 kw (as per the last paragraph), well, that's impressive
> on the one hand (7 horsepower or thereabouts is not much for
How to blow at least $3.5 billion on nuclear fusion and get far less gain
that Holmlid's laser experiment costing 10,000 times less.
One picture says it all . another Big Fizzix fail.
http://www.wired.com/wp-content/uploads/2016/06/Lasers2-932x699.jpg
Worst of all, LLNL will not attempt to
Communications costs are already an order of magnitude lower than those in the
USA in many countries of the world, without any strange new technology. The
cost of modern cellular communications in high priced nations is proven to be
purely a factor of capitalist greed, it has nothing to do with
Thanks -- that makes sense.
On 08/05/2016 02:26 PM, Jed Rothwell wrote:
Ah, here we are:
"With Aquila, we've designed a new aircraft architecture, one that can
support staying in the air for months at a time. Aquila is solar
powered, and when launched, it will create a 50-km communications
You seem to forget that Rossi started this fight. If Rossi had not filed
the lawsuit, there would be no dispute. I.H. was willing to ignore him and
write off the $11 million. I do not think they were planning to sue him.
Granted, they were planning to publish the ERV report eventually. Once they
What's your point, Russ?
Stringing fibre costs a bunch. This is supposed to reach areas where
that hasn't been done and where the funds to do it don't exist. As
such, it solves a real problem which really exists; it's not just some
conspiracy dreamed up by the capitalists.
The alternative
On 08/05/2016 05:21 PM, Stephen A. Lawrence wrote:
No more stationary than a satellite. As far as I know, fixed-position
satellite dishes work just fine. Get the altitude about right, get
the azimuth sort of in the right direction, and the reflector produces
some gain, which is what you
MJ wrote:
> "small towers and dishes" ? Will the plane be stationary?
>
Somewhat. Within a narrow range. Maybe not as much as a geosynchronous
satellite.
I do not think their fancy 10 Gbps lasers are intended to communicate with
normal ground installations, but I
Russ George wrote:
Communications costs are already an order of magnitude lower than those in
> the USA in many countries of the world, without any strange new technology.
>
Okay, so this will be 2 orders of magnitude cheaper than the U.S.
Internet service in Japan seems
They are not blowing money. The aim of that is testing the implosion of the
core of nuclear weapons. There are many restrictions for testing and
improvement of USA stockpile. That is a way to get around that.
2016-08-05 10:43 GMT-03:00 Jones Beene :
> How to blow at least
"small towers and dishes" ? Will the plane be stationary?
Mark Jordan
On 05-Aug-16 17:28, Stephen A. Lawrence wrote:
Thanks -- that makes sense.
On 08/05/2016 02:26 PM, Jed Rothwell wrote:
Ah, here we are:
"With Aquila, we've designed a new aircraft architecture, one that
can
No more stationary than a satellite. As far as I know, fixed-position
satellite dishes work just fine. Get the altitude about right, get the
azimuth sort of in the right direction, and the reflector produces some
gain, which is what you need.
The signal's strong enough that you don't need a
It may be worth noting that “hole superconductivity” may end up being broader
than Hirsch’s theory. For instance, Hirsch mentions “ring current” several
times in his many papers, which is somewhat of a middle ground between electron
and hole superconductivity. In fact, he tries to explain
Stephen A. Lawrence wrote:
I suppose it's not actually WIFI . . .
>
I think it is cell phone technology, not WiFi. Cell phone towers use a lot
of power, so I do not know how this will work. The aircraft will
communicate with one-another and with ground stations using lasers.
Eric Walker wrote:
> In addition to technical considerations, there are two social
> considerations: (1) it might be unnerving for some (most?) populations to
> have a plane perpetually aloft that is owned by a private company that
> could be carrying out reconnaissance
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