This is from Atom Level Energy research - May 2018
If radio wave is electricity, you can use broadcasting tech for sending
multiple signals in one wire. In copper wire, signal loses power, but height
and width remains unchanged. In the air signal gets disturbed, you need to
check the data much more often than in wired network. Copper wire is faster,
cheaper and more reliable than wireless system.
If radio waves are electricity, it would be good to use cables when possible.
Threads which penetrates through your body, gives you small electric shocks.
Electricity does not stop into skin. When you stand in a way, electricity uses
your body as carrier of the signal. It is very well known, that radio can use
your body as an antenna. Although radio waves are not known to be harmful, you
should keep the air as clean as possible.
You can build next generation network for next generation web with
broadcasting system. You can pack everything into single data wire. Many from
the listed frequencies already exists. All you have to do is to embed them in
to network system.
Next generation network needs
- channel range for local networks ( TCP/IP : Lan )
- channel range for internet ( TCP/IP : Http + Ftp )
- channel range for radio broadcasts
- channel range for tv broadcasts
You can set ranges for feedback channels, too. In AC network it does matter
which way data goes.
Then it needs channel ranges for secure network operations
- eMail
- analog voice transfer ( phone line )
- analog video transfer ( video phone )
- digital voice transfer ( cellular phone line )
- digital video transfer ( DV phone )
- money and privacy data transfers in internet.
Then the net would need a secured range for household network. It is for
burglar alerts, temperature control, private surveillance camera systems, etc.
All-in-one-wire philosophy requires that all things operates in non
overlapping ranges. Also the things, which are hardly ever present in the
global net.
When you encrypt data, the key thing is, that you never send the encryption
keys with data. Another traditional security system is scrambling of the
stream. When you send the data in random order, you cannot simply record the
stream from the wires. You should always different keys for scrambling and
encryption.
Then you got to design keys for network clients. System with what you can
prevent hardware hacks.
In digital networking, you pack bits into pulses and send the stream to
network with your frequencies, you can for example use 32 or 64 bit bandwidth
with AC network. In network server you can have multiple clients in the same
wire. Within one frequency you can also send multiple bits. You can use sound
systems graphic equalizer tech for extracting multiple bits from one broadcast
frequency. You can easily send one byte or word at the time. Bluetooth system uses multiple
frequencies, WiFi does not.
Radio wave is handy in sensors. The system keeps the voltages and
frequency, the length of wire is meaningless. You can collect data from
multiple sensors with one wire. Cars parking cam system with 6 to 8 cameras
for example would need only wire from front and back to the monitor.
In media player world, you are allowed to use Java / VB scripts only.
Applets and other embedded are forbidden. Besides safe, separate cache, they
need permanent HDD space from the client. Easy for honest OS and browser
manufacturers to restrict the memory and HDD usage. It is also easy to prevent
modifications to executable files and libraries. Media player computer needs
abstract interfaces for media players. You define the abstract player on
web-page. Then the browser picks the player from the installed media players.
Player application must be capable of stretching itself into given
coordinates.
