Leaderboard

Always United, Always Strong, Always Family ThunderZM!

This is the only help we can provide . we do not deal with other TS3 servers. upon creating your own TS3 servers we are not responsible on fixing it or even providing icons. Advertising for this server in any way will lead you to a permanent ban either in our Ts server or forum T/C.

Accepted.

Good Night all

Be grateful with everything you have and you will be successful in everything you do! ~ C.M

Hey Alll guys and ladies today all have a good day have fun

Hello Eddy you must contact Mr.love or sethhh for you can buy a server. you can send private mensage here on community to Admins or in skype amon_cs16 : sethhh skype id love_cs1.6 : Mr.Love skype id you can always join to teamspeak channel id : TS.CSBLACKDEVIL.COM you also can clic in button at main community page named Store after clic on game server hosting and complete steps to buy an server at our community http://prntscr.com/gi09w9 i hope that image help you a little _Regards_

Name of the oponent: @Timm- Theme of work: Type of work (signature, banner, avatar, Userbar, logo, Large Piece):Avatar Size:200x200 *Text: Battle Watermark:csblackdevil or csbd Working time: when you are ready

Aissa arwah privi

Accepted. Good luck.

Good Lucky Activtiy Forum i hope you get moderator grade

nick:Nike-_- pw:31016221 tag:I Love Venezuela

Hi I dont understand anything from you but try to SS the full screen

Oya come sent me pm 1 massege argend i need ur help

Hey Alll How Are u And Good Ivining guys

A team of engineers from the University of New South Wales (Australia) has developed a new architecture for quantum computing that could make it possible to manufacture cheaper, scalable, simple quantum chips to produce. But let's start with the principle: as you already know, quantum computation is based on the use of quantum bits or qubits, the fundamental unit of quantum information, which is constructed by particles having quantum behavior. Unlike conventional bits that rely on binary language to perform their processes, the qubit uses the atom states model, which can adopt a state of 0 and one, but also the two simultaneously. For this reason, a qubit is capable of processing much more information than a bit. The quantum computer has to be constructed using many qubits, all individually controlled and intertwined with each other in a large network to perform quantum calculations. At present, the space that has to be between one qubit and another has to be of few nanometers, since otherwise they can not interlace. This means that the other components, such as control electronics and reading devices, must also be manufactured at nanometer scale. This is how the flip-flop qubit works And it is at this point that the innovation introduced by these engineers, led by Andrea Morello and Guilherme Tosi. The team has designed a new revolutionary qubit, called the qubit flip-flop, which promises to make it possible to make quantum processors cheaper and easier to produce. The new design has set the record for qubits isolated in solid state. It is composed of individual phosphorus atoms, implanted in a silicon chip very similar to the current computers. This configuration makes it possible for a quantum silicon processor to be expanded without the precise placement of atoms required in other approaches. In addition, it allows the quantum bits to be located hundreds of nanometers apart and remain entangled. The team has created qubits of the electron and the nucleus of the phosphorus atom. Although they would normally have to be placed a few atoms away for electrons to touch and perform quantum calculations, researchers have discovered that this is not necessary, and this finding is what makes the new architecture revolutionary. Qubits can communicate at much longer distances if the information is encoded in the quantum state of the electron and the nucleus, which have been called qubit flip-flops or oscillating qubit. The advantage of this technique is that the qubit can be controlled by electrical rather than magnetic signals, which are easier to distribute and locate within an electronic chip, and create an electric field that reaches long distances. In this way, it is possible to design a large-scale quantum computer where there is enough space to put interconnections, control lines and reading devices without having to make atomic-scale components. The flip-flops qubits will allow to manufacture long chains of qubits without having to surpass the limits of manufacture of conventional electronic devices. It is a faster and more economical way to build a quantum computer that is big enough to start having an impact on the world. The team led by Morello and Tosi has reached an agreement with the telecommunications giant Telstra and the Australian government to develop a 10-qubit quantum circuit integrated in silicon, which is the first step in the construction of the world's first silicon quantum computer . The prototype will be ready by 2022.

There are two manufacturers of mobile processors that clearly dominate: Qualcomm and Mediatek. Some mobile manufacturers like Samsung or Xiaomi also make their own, but only for their own devices. They are the two mentioned ones that fight in each and every one of the ranges by the control of the market, mainly in the average range. Although being the processor that equip the best mobile phones every year looks great, the reality is that the bulk of sales is concentrated in mid-range terminals. That is where Qualcomm Snapdragon and his rivals play survival, a segment to which Mediatek and its Helio P40 want to strike a near-final blow. This SoC Mediatek bets to lower the cores with respect to P25 and P30. It will be only six instead of the usual eight, which does not have to translate into a reduction in power. The Helio P40 will almost certainly focus on the pursuit of efficiency and fluency, as well as fast charging and WiFi AC, although for the time being the company has not confirmed anything, not even an approximate launch date. It is the usual sources in places like Taiwan that have begun filtering details about the Helio P40, thought to displace the Snapdragon 660 Mobile Platform, the idea with which Qualcomm wants to attract the most affordable mobile manufacturers. According to published information, two of the cores will be Cortex-A73 and the remaining four A53, although nothing is known about the GPU graphics. The disadvantage of Qualcomm is that Mediatek has more presence among Chinese mobile brands, who prefer their chips for all those devices that are not high-end. Clearly, some like the Xiaomi Mi 6 stand for the most powerful Snapdragon of the year, but cheaper models prefer Mediatek. That is why this manufacturer of SoC bet everything to Xiaomi, Oppo and similar brands.

PARCHA DONDE ESTAS NO ME LEES LOS MENSAJES TE QUIERES MORIR ES PATO :v ESCUCHALA

bro come ts3 ._.

priqtel kade e brat ti? davidblack?

Bro Thedemon give me 1 meseenge i can revice plse

Good Morning Guys Have a Good day Everyone

Congrats Man..

show amoo @kikeShitoo @[M]ikasa @™- SouL -™

Cya and GL with ur school life

Cya and Good luck

ohh congrats bro <3

Contact Me For more info about pay

Happy birthday my friend ... i opened this topic to celebrate your birth day Best wishes for you @DREVΛŃŃŃ™ .

hhh He just wants to eat