@Oldschool @foofy future usage of Huawei photonic chips?
from JSCh (Pakistan defense forum)
no...this is quantum physic which no one understand .. lol@Oldschool @foofy future usage of Huawei photonic chips?
from JSCh (Pakistan defense forum)
A research team led by Professor Pan Jianwei and Professor Xu Feihu from University of Science and Technology of China achieved single-photon 3D imaging over 200 km using high-efficiency optical devices and a new noise-suppression technique, which was commented on by the reviewer as an almost...
phys.org
I think you misunderstand quantum entanglement. Information doesn't go faster than light.First to transport information faster than light speed
I think you misunderstand quantum entanglement. Information doesn't go faster than light.
You are talking about making an observation of spin and then knowing the other entangled particle has the opposite spin etc. But you don't get to determine the spin, you merely observe it. So this cannot be used to send information faster than light. ie future Mars colony will still not have instant communication even with quantum entanglement. The speed of light is really the speed of causation of the universe, the rate of cause and effect... in order to send information you have to cause something and then the delay of propagation is how fast that effect takes place over distance... so light, being of no mass, is unimpeded by the higgs field and it goes at the ultimate speed allowed by the universe...I thought because entanglement information travels faster than light speed (instant), that carries over. That's the part I meant by faster than light. The information being transferred. Whether you observe or state on earth and over at Pluto's surface, the state is instantly changed whereas broadcasting a signal will reach Pluto after more than 20 minutes.
You are talking about making an observation of spin and then knowing the other entangled particle has the opposite spin etc. But you don't get to determine the spin, you merely observe it. So this cannot be used to send information faster than light. ie future Mars colony will still not have instant communication even with quantum entanglement. The speed of light is really the speed of causation of the universe, the rate of cause and effect... in order to send information you have to cause something and then the delay of propagation is how fast that effect takes place over distance... so light, being of no mass, is unimpeded by the higgs field and it goes at the ultimate speed allowed by the universe...
so if I understand this correctly, you entangle a set of particles(A and B). Then send one(B) of the particles to its destination at the speed of light, once that particle(B) is at its destination. The people can make an observation of the spin(B) and know that the other particle(A) has the opposite spin. If particle A changes it spin a new particle B has to be send to communicate this new state?You are talking about making an observation of spin and then knowing the other entangled particle has the opposite spin etc. But you don't get to determine the spin, you merely observe it. So this cannot be used to send information faster than light. ie future Mars colony will still not have instant communication even with quantum entanglement. The speed of light is really the speed of causation of the universe, the rate of cause and effect... in order to send information you have to cause something and then the delay of propagation is how fast that effect takes place over distance... so light, being of no mass, is unimpeded by the higgs field and it goes at the ultimate speed allowed by the universe...
Huawei aims to make 6G commercially available by around 2030
With the rapid rise in 5G penetration in China, discussions about are on the table.
Huawei says it wants to start making 6G commercially available around 2030, in what may be the first time a Chinese tech giant has proposed a clear timeline for the commercialization of next-generation communications technology.
On April 12, Huawei held a global analyst conference. Xu Zhijun, Huawei's vice chairman and rotating chairman, mentioned this timeline when explaining Huawei's overall strategy at the conference.
In June 2020, Huawei entered into a strategic partnership agreement with China Unicom and Grandstar Cargo to jointly develop 6G connectivity. Huawei has also established a 6G R&D center in France.
In addition to Huawei, another Chinese communications giant, ZTE, has also been developing 6G. ZTE has said that the company's pre-research team is gradually overcoming various key 6G prototype technologies.
In response to investor questions on Dec. 28 last year, ZTE said again that the company has invested in 6G R&D and is actively engaging in exchanges and cooperation with industry peers.
China's 6G development is accelerating, driven by Huawei and ZTE.
Many local operators, equipment suppliers, terminal suppliers, and other interested companies have released 6G white papers and made some 6G layouts and predictions.
In November 2020, China launched an experimental 6G communication satellite, enabling the world's first terahertz wave space research and development. This makes China's 6G research a step further.
6G communication is no longer limited to terrestrial communication. As a result, terrestrial communication networks will be connected to communication satellites for global signal coverage on land, in the sea, and in the air. At that time, there was a smooth signal in areas off the beaten path such as the ocean, deserts, and deep mountains.
Compared to 5G, 6G will be 50 times faster and latency will be greatly reduced. This will also lead to further development of telemedicine and tele-education.