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  https://johnkamchihau.blogspot.com/2026/10/sequential-electricity-grid.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/10/sequential-electricity-grid.html?m=1 . . . John: Before we start,  read this article first. https://johnkamchihau.blogspot.com/2026/10/sequential-electricity-grid.html?m=1 .  . Me: Ok. . John: Now, we see the 1st picture.  If we want the red color be on fire, we let loading 8 be high voltage. . Me: Ok. . John: See the 2nd picture.  The area of red color become larger.  We let loading 7 and 8 be high voltage.  . Me: Ok. . John: See the 3rd picture.  The area of red color became larger and larger.  We let loading 7, 8 and 9 be high voltage.

  https://johnkamchihau.blogspot.com/2026/09/sequential-binding.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/09/sequential-binding.html?m=1 . . . . . John: We've mentioned a lots about Internet.  Now, we turned to electricity Grid.  See the 2nd picture.  It's a frequency mixer.  "Alternative current" itself is bilateral. In another words,  there're From-the-power plant and to-the-power-plant. Now,  See the "to-the-power-plant" in the 2nd picture.  Me: Ok. John: If we put an address creator there, we can have the physical address of all the "Loads".  Me: Ok. John: See the 1st picture.  I assume that.  I have a table of physical address.  In the table, I have the address of 4 loading.  They are loading A, B, C and D respectively. Why are the signal of loading A and D so weak? Me: Cause, they are too far away from the power source.  John: Correct. Now, we see the 3rd picture.  It is divided into 3 s...

https://johnkamchihau.blogspot.com/2026/09/take-look.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/09/take-look.html?m=1 . . John: Take  a  look.  . https://johnchihau.blogspot.com/2026/08/before-we-start-you-might-read-this.html?m=1  . It mention about the relationship between Chip A, B and C. Today,  I make it more comprehensive.  . Me: Go ahead.  . John: See the Picture above.  The signal of T1 is  selected.  T1 link to Clk 1. At the same time,  The signal of T2 is selected.  T2 link to Clk2. . Me: Can we select 2  Signals at the same time ? . John: Why not? SIM Card 1 is used for telephone.  SIM Card 2 us used for getting on-line. You gotta select 2 Signals at the same time. . Me: Finally,  it become,  . For (int I = 0;  I < 60; i++) { SIM CARD 1; <-- Clk 1; <--- If those clk line is hacked by hacker,  your System "Game over.". } . For (int I = 0;  I < 60; i++) ...

https://johnkamchihau.blogspot.com/2026/09/blog-post_11.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/09/blog-post_11.html?m=1 . . . John: Take a look.  https://johnkamchihau.blogspot.com/2026/09/blog-post_11.html?m=1 . It said,  it's too costly to establish a 3rd Cache network.  Therefore,  the issue of Domain name is handled specifically.  Me: Ok. John: Take a look at it.  https://johnkamchihau.blogspot.com/2026/08/unzui-is-my-neighbour.html?m=1 . It said,  the longer the distance,  the lesser the independent transmitter.  For example, GPS. Me: Ok. John: See the 1st picture above.  It's a cable network.  It's extremely long distance.  Independent transmitter is impossible.   Note : Some cable network is international,  e.g., cross Atlantic Cable. Me: Ok. John: I use address 2 as an example.  At each up cycle of the clock line of the transmitter,  address 2 receive a signal of 2 carrie...

https://johnkamchihau.blogspot.com/2026/09/blog-post.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/08/unzui-is-my-neighbour.html?m=1 . . John: Take a look.  https://johnchihau.blogspot.com/2026/05/httpschihaukam_01106859427.html?m=1 . It said,  "There're 2 Cache Network.  They are Tel Cache Network and IP Cache Network. ". Me: Only 2. John: Yes, Me: Why don't we establish a 3rd Cache network called " Domain name Cache network. "? John: Because,  it's too costly to build a 3rd cache network.  Therefore, to handle the issue of Domain name, we use the method as the picture above . For example,  I don't know the IP of a Domain name.  I leave the receiver IP empty. What will happen? Me: The domain name of "http://test.com" will be transmitted to the Domain name server bit by bit. John: Yes, and then,  Domain name server will do the IP-look up. Me: Yes, John: However,  It's time consuming.  Me: Yes, therefore,  there's no...

https://johnkamchihau.blogspot.com/2026/09/httpsjohnkamchihau_01732847374.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/09/httpsjohnkamchihau_01732847374.html?m=1 . . . John: Take a look.  https://johnchihau.blogspot.com/2026/08/before-we-start-you-might-read-this.html?m=1 . It mention about Chip A, Chip B and Chip C. You might have a look at it first.  Me: Ok. John: See the 2nd picture.  Our mobile phone send a signal to the radio emmiter during the down cycle of the clock line of the radio emmiter.  This signal includes 2 carrier wave.  Each carrier wave includes plenty sub-carrier waves.  I use address-checking and bind(address,tel) as an example.  Me: Ok. John: Right after bind(address, call-from tel. number), there're call-to tel. number and 1 bit data . I assume that.  I am calling a tel. no. Me: Ok. John:  This tel no.  is 0011.1100.1010.111. In fact, during 1 down cycle of the clock line of the radio emmiter,...

  https://johnkamchihau.blogspot.com/2026/09/httpsjohnkamchihau.html?m=1 . Ref:  https://johnkamchihau.blogspot.com/2026/09/httpsjohnkamchihau.html?m=1 . . John : Before we start,  you might read this article.  https://johnkamchihau.blogspot.com/2026/06/january-21-2011-authorities-in.html?m=1  . Me: Ok. John : See the Picture above.  My mobile phone send a signal of 2 Carrier waves. One carrier wave contains the data of address/tel . One Carrier wave  contains the data of address/ip. Me: When they enter the register of the radio emmiter,  they split into 2 routes. . 1) route a is to Sub-Cache tel and then to modulator of Tel. . 2) route b is to Sub-Cache ip and then to modulator of Ip.