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Tag · Quantum Computing

Stories tagged “quantum computing”

6 stories on The Good Press tagged with this topic.

IonQ Links Two Quantum Computers With Light for the First Time
Technology

IonQ Links Two Quantum Computers With Light for the First Time

The quantum computing company photonically connected two independent trapped-ion systems using entanglement — a first for commercial quantum hardware.

2 min read
NVIDIA Open-Sources First AI Models for Quantum Computing
Technology

NVIDIA Open-Sources First AI Models for Quantum Computing

NVIDIA's new Ising model family automates quantum processor calibration and delivers 2.5x faster error correction — and it's free for anyone to use.

2 min read
Scientists Measure Quantum Data Loss 100x Faster
Science

Scientists Measure Quantum Data Loss 100x Faster

Norwegian researchers built a method to track qubit information loss in real time — 100 times faster than previous techniques.

2 min read
Scientists Used 7,000 GPUs to Simulate a Quantum Chip in Unprecedented Detail
Technology

Scientists Used 7,000 GPUs to Simulate a Quantum Chip in Unprecedented Detail

Researchers at Berkeley Lab harnessed nearly 7,000 GPUs on the Perlmutter supercomputer to create the most detailed simulation of a quantum processor chip ever achieved.

2 min read
Physicists May Have Found the "Holy Grail" of Quantum Computing in a Simple Metal Alloy
Technology

Physicists May Have Found the "Holy Grail" of Quantum Computing in a Simple Metal Alloy

Norwegian researchers have found compelling evidence that a niobium-rhenium alloy is a rare triplet superconductor — a material that could transmit quantum information with zero energy loss and revolutionize computing.

2 min read
Quantum Computing Leap: Scientists Track Qubit Fluctuations 100 Times Faster Than Ever Before
Science

Quantum Computing Leap: Scientists Track Qubit Fluctuations 100 Times Faster Than Ever Before

Researchers at the Niels Bohr Institute have built a real-time monitoring system that tracks rapid changes in qubit behavior 100 times faster than previous methods, a critical step toward making quantum computers reliable enough for practical use.

3 min read