Developing quantum computers relies heavily on establishing a stable network of qubits for storing information, accessing it, and conducting computations. However, existing qubit platforms have a common issue: they are often fragile and susceptible to external disturbances. Even a slight …
The Telit Cinterion ME310M1-W1 LTE module has been approved for use on the AT&T network, providing cellular connectivity for IoT devices. Telit Cinterion’s ME310M1-W1 is the first cellular Low Power Wide Area (LPWA) module based on Sony’s Altair ALT1350 chipset …
Researchers from the Macroscopic Quantum Matter Group lab at University College Cork (UCC) have discovered a new superconducting material called uranium ditelluride (UTe2) that exhibits a spatially varying superconducting state. This breakthrough in superconductivity could potentially overcome a major obstacle …
UCC research innovations could have an impact on the development of quantum computing Read More »
As the bitcoin gold rush fades away, crypto miners are facing financial challenges. However, there is a silver lining for many of them—the infrastructure they have established is ideal for Silicon Valley’s current fascination with artificial intelligence. Crypto mining can …
Bitcoin Miners Flush With Chips Are Pivoting to AI in Search of New Riches Read More »
Written by Paul Momtahan, Infinera Discover the inner workings of a coherent optical engine, their functions, and how they utilize modulation for data transmission and reception. Historically, optical communications across metro, long-haul, and submarine networks relied on direct-detect technology. However, …
How coherent optical engines send and receive network data Read More »
Structures of crystalline materials play a crucial role in determining their properties, leading to advancements in various technologies. Crystal structure prediction is a key aspect of developing innovative functional materials. Researchers have devised efficient methods to identify structural minima on …
Algorithmic innovation enables sustainable technology from atoms to materials Read More »
Solid-state spin defects, particularly nuclear spins with potentially long coherence times, are promising candidates for quantum memories and sensors. However, their current performance is hindered by dephasing caused by variations in their intrinsic quadrupole and hyperfine interactions. To address this …
A new protocol to extend the life of quantum coherence by 20x Read More »
Quantum computers are powered by “qubits” that can exist in any combination of computational base states, thanks to the concept of superposition. This unique ability, along with quantum entanglement, allows quantum computers to perform tasks beyond the capabilities of classical …
Scientists used machine learning to perform quantum error correction Read More »
Over the last five decades, the frequency of disasters has surged by five times, primarily due to climate change and extreme weather patterns. Responding promptly to these emergencies is crucial and has a significant impact on public safety. However, the …
New method to shorten escape times in emergency situations Read More »
The development of large-scale quantum computation holds the potential to solve certain types of problems much faster than classical computers. However, the challenge lies in the reliability of current quantum computers to implement error correction effectively. To tackle this issue, …
A new qubit circuit enables the accuracy of quantum computing Read More »
