quantum computing
Cold Atoms And Optical Nanofibers Could Supercharge Data Transfer
Researchers have demonstrated a proof-of-concept optical nanofiber system that could be used as the building block for quantum computing.
Computing The Unsolvable With Time Travel
Time-travelling computers could help solve currently intractable problems without threatening causality, researchers say.
A Blueprint For Quantum Computers In Silicon
Researchers have designed a 3D silicon chip architecture based on single atom quantum bits, providing a blueprint for building a large-scale quantum computer.
Umbrella-Shaped Nanodiamonds Shine Five Times Brighter
Umbrella-shaped, luminescent nanostructures may be useful in highly sensitive magnetic sensors or within the realm of quantum computing.
7 Must-Read Stories In October 2015
From driverless cars to liquid microfluidics sensors, research from Singapore is heavily featured in our top articles published in October 2015.
Crucial Hurdle In Quantum Computing Overcome
For the first time, researchers have built the basic building block of a quantum computer—a two-qubit logic gate—and have done so using existing silicon technology.
These Diamonds Don’t Just Sparkle, They Fluoresce!
By introducing germanium to the diamond crystal lattice, scientists have succeeded in producing single photons in a narrow, high energy wavelength band.
The Quantum Behavior Of Mini-Magnets
The demonstration of coherent coupling between a ferromagnetic magnon and a superconducting qubit paves the way for advances in quantum information processing.
Stabilizing Quantum Information Via The Middle Man
Tiny crystals of manganese carbonate have helped researchers stabilize the interaction between photons and nuclear spins, paving the way for quantum memory.
