Quantum Computing Series, Part 4: Superposition in Quantum Mechanics
Quantum computing studies theoretical computation systems that make direct use of quantum-mechanical phenomena, such as superposition and entanglement, to perform operations on data. Quantum...
Scientists Play Scotty! Teleport Photons 300 Miles in Space
The moment you think teleportation, the first image that flashes is of Scotty beaming up the Start Trek crew. That might still be way...
Quantum Computing Series, Part 8: Decoherence
A perfect spoilsport to quantum computing is a phenomenon known as Quantum decoherence. Quantum error correction focuses on fending off decoherence and counter other...
Quantum Computing Series, Part 11: Quantum Computation Speed
A quantum computer can harness quantum states to simultaneously represent bits to offer exponential growth in computation speed and power. Enormous, complex problems traditionally...
Quantum Computing Series, Part 9: Quantum Cryptography
Quantum computing promises to open doors to many exciting technological possibilities. Quantum Cryptography is one such application area that could benefit greatly with advent...
Quantum Computing Series, Part 2: From Skepticism to Acceptance
There’s an interesting fact about humans: most of us are wired to be skeptics. It really doesn’t matter what it is about… from climate...
Quantum Computing Series, Part 1: IoT Challenges
In this series, I explore strategic opportunities in quantum computing and how it can give IoT a leap like never seen before. I will...