New York Takes a Leap into the Future: Successful Testing of Quantum Internet
New York has become the epicenter of a technological revolution with the successful launch and 15-day testing of a quantum network prototype conducted by Qunnect Inc. This milestone has drawn significant attention from the tech world and confirmed the immense potential of quantum internet technology.
New York has become the epicenter of a technological revolution with the successful launch and 15-day testing of a quantum network prototype conducted by Qunnect Inc. This milestone has drawn significant attention from the tech world and confirmed the immense potential of quantum internet technology.
The test was carried out on the GothamQ loop, a 34-kilometer optical fiber circuit located beneath the streets of New York City. This test represents a significant step forward in the practical application of quantum internet, which promises to revolutionize data transmission methods.
Over the course of 15 days of continuous operation, the GothamQ loop demonstrated impressive results. The network's availability rate was 99.84%, underscoring its reliability and stability. The accuracy of entangled photon pair compensation reached 99%, which is crucial for quantum communication where maintaining the fragile state of entangled photons over long distances is essential.
The network utilized polarization-entangled photons to transmit data at an incredible rate of approximately 20,000 pairs per second. Moreover, the system maintained nearly 90% stability even when the transmission speed was increased to half a million pairs per second. The development team employed advanced methods to counteract polarization drift—a common problem caused by environmental factors such as vibrations and temperature fluctuations.
This breakthrough in quantum technology opens up new horizons for creating ultra-secure communication networks and could play a key role in data protection in the future. The successful implementation of quantum internet could dramatically change information transmission methods, offering new levels of security and efficiency.
The testing of the quantum network in New York is an important step towards establishing a global quantum network, which promises significant improvements in cybersecurity and data processing. This development not only confirms the technical feasibility of quantum internet but also highlights New York's leadership in high-tech and innovation.
New York Takes a Leap into the Future: Successful Testing of Quantum Internet
New York has become the epicenter of a technological revolution with the successful launch and 15-day testing of a quantum network prototype conducted by Qunnect Inc. This milestone has drawn significant attention from the tech world and confirmed the immense potential of quantum internet technology.
New York has become the epicenter of a technological revolution with the successful launch and 15-day testing of a quantum network prototype conducted by Qunnect Inc. This milestone has drawn significant attention from the tech world and confirmed the immense potential of quantum internet technology.
The test was carried out on the GothamQ loop, a 34-kilometer optical fiber circuit located beneath the streets of New York City. This test represents a significant step forward in the practical application of quantum internet, which promises to revolutionize data transmission methods.
Over the course of 15 days of continuous operation, the GothamQ loop demonstrated impressive results. The network's availability rate was 99.84%, underscoring its reliability and stability. The accuracy of entangled photon pair compensation reached 99%, which is crucial for quantum communication where maintaining the fragile state of entangled photons over long distances is essential.
The network utilized polarization-entangled photons to transmit data at an incredible rate of approximately 20,000 pairs per second. Moreover, the system maintained nearly 90% stability even when the transmission speed was increased to half a million pairs per second. The development team employed advanced methods to counteract polarization drift—a common problem caused by environmental factors such as vibrations and temperature fluctuations.
This breakthrough in quantum technology opens up new horizons for creating ultra-secure communication networks and could play a key role in data protection in the future. The successful implementation of quantum internet could dramatically change information transmission methods, offering new levels of security and efficiency.
The testing of the quantum network in New York is an important step towards establishing a global quantum network, which promises significant improvements in cybersecurity and data processing. This development not only confirms the technical feasibility of quantum internet but also highlights New York's leadership in high-tech and innovation.
