The author, DURAIARASU E, is B.E in Electronics and Communication Engineering. He is a research associate at International Institute of Information Technology, Bangalore (IIITB). His areas of interest are loT, VLSI, embedded systems, machine learning, 3D printing, and MEMS
Quantum integrated circuits (QICs) are poised to revolutionise Qare the modern computing through the power of quantum mechanics. These circuits promise unprecedented processing capabilities, surpassing classical silicon-based systems in previously unimaginable ways. Understanding their nature, applications, and potential impact reveals how QICS could reshape the future of technology.
What are quantum integrated circuits?
Quantum integrated circuits use quantum bits (qubits) instead of traditional binary bits for computation. Unlike classical bits that hold a value of 0 or 1, qubits leverage the quantum properties of superposition and entanglement, allowing them to exist in multiple states simultaneously.
This capability enables QICS to perform many calculations at once, significantly boosting speed and efficiency for complex problems.
How QICs work
Unlike classical integrated circuits (ICs), QICs rely on quantum properties such as:
Bu hikaye Electronics For You dergisinin December 2024 sayısından alınmıştır.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber ? Giriş Yap
Bu hikaye Electronics For You dergisinin December 2024 sayısından alınmıştır.
Start your 7-day Magzter GOLD free trial to access thousands of curated premium stories, and 9,000+ magazines and newspapers.
Already a subscriber? Giriş Yap
TRULY INNOVATIVE ELECTRONICS -INNOVATION UPDATES
Amongst numerous press releases of new products received by us, these are the ones we found worthy of the title Truly Innovative Electronics
Elastomer enhancing smart wearable performance
A high-tech, flexible wearable device made from the innovative elastomer material
Nanotechnology based noninvasive cancer diagnostics
Nanoflake sensors built from indium oxide with platinum and nickel detect changes in isoprene
Space communication with silent amplifiers
In the new communication system from researchers at Chalmers University of Technology, in Sweden, a weak optical signal (red) from the spacecraft's transmitter can be amplified noisefree when it encounters two so-called pump waves (blue and green) of different frequencies in a receiver on Earth.
Advancements in TOPCon solar cells
The structure and performance of tandem devices with highly passivated TOPCon bottom cells
Quantum leap in magnetism refines superconductors
Rice University physicists have uncovered key magnetic and electronic properties in kagome magnets, structures resembling basket-weaving patterns.
Sensor targets food antioxidants
A research team from Hunan City University and Xiangtan University in China has developed a sensor for detecting TBHQ, a food antioxidant used in oils and fats, addressing health concerns at high concentrations.
Data sensing with repurposed RFID tags
UC San Diego researchers have advanced passive data collection with a breakthrough in battery-free sensing.
Seal-inspired sensors to safeguard offshore wind farms
Schematic structure of the seal whisker-inspired flow sensors
Artificial nose identifies scents accurately
Artificial nose identifies scents accurately
