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Results for “Quantum Hardware”

Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

A new superinductor created within a silicon integrated circuit

A recent study published in Nature Electronics and carried out by researchers from nanoGUNE's Quantum Hardware research group, Quantum Motion, London Center for Nanotechnology, Imperial College London and the University of Cambridge...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

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Analyze: Misinfo Radar
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Quantum skyrmions outlast entanglement, hinting at more resilient networks

Quantum networks could one day connect quantum computers into more powerful systems and enable new forms of secure communication. But a fundamental obstacle stands in the way: Quantum information is extraordinarily fragile, and the...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Misinfo Radar
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Technology
1 source

Who is covering this

The HinduLeans left
Truth score 43
Left 100%100%
The HinduLeans left

Quantum tech can help solve complex problems: Jnan Yalla

Qiskit Fall Fest inaugurated at Visvesvaraya Technological University in Belagavi

Lean: Leans left Fact-focusedFactuality: HighCountry: IndiaFunding: PrivateOwner: The Hindu Group
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Coverage breakdown
Funding
Private100%
Countries
India100%
Media ownership
The Hindu Group100%
Avg reliability80
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 43 (Limited corroboration) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 80 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

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Analyze: Misinfo Radar
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Unusual quantum states in six-layer graphene offer clues to superconductivity

Graphene, a material consisting of a sheet of carbon atoms arranged in a honeycomb pattern, has proved promising for various technological applications. Materials in which several layers of graphene are stacked together can exhibit...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

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Analyze: Coverage Heat Map
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

A single measurement makes quantum bits more reliable

Researchers at the University of Regensburg and their international partners have found a way to significantly reduce errors in quantum bits. In an experiment, they demonstrated that a single additional measurement before a series of...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Story Timeline
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

How the quantum vacuum perturbs atoms, could shrink black holes and may have helped form galaxies

The word "vacuum" may conjure the image of empty space. Maybe you think of a region far outside the solar system without planets, debris, gas clouds or light. According to quantum theory, however, a vacuum is never truly empty. Quantum...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Story Timeline
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Science
1 source

Who is covering this

NewscientistCenter
Truth score 38
Centre 100%100%
NewscientistCenter

Key oddity of quantum physics may run even deeper than anticipated

Quantum mechanics stands out by being probabilistic and a new analysis suggests that this property can be traced unexpectedly deep into the theory’s mathematical foundations

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Light-matter hybrids form supersolid quantum state at room temperature

Researchers from the Faculty of Physics at the University of Warsaw, the Military University of Technology (Poland), IBM Research Zurich and the French National Centre for Scientific Research (CNRS) have observed a new quantum state of...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Misinfo Radar
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Four superconducting cables link two large quantum processors into one

As quantum computers grow more ambitious, many researchers believe the best way forward is to build them in multiple interconnected parts. In these modular designs, separate quantum processors are linked so they can work together as one...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Coverage Heat Map
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Finding the fingerprints of noisy distributions in random quantum systems

Imagine shuffling a deck of cards where some of the cards are fading just because of the way they interact with the external environment as you shuffle them. Your job is to figure out the interplay between the shuffling, or "imposed...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Story Timeline
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Single molecules could provide the building blocks for future quantum networks

Quantum computers rely on qubits as their units of information. To connect them into a larger network across long distances, they need to transmit quantum information using light.

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Story Timeline
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

Ultrathin kagome material opens a route to study unusual quantum states

How atoms are arranged inside materials can influence the behavior of electrons and the resulting electronic states. Kagome lattices, repeating arrangements of atoms forming triangles that share corners (with hexagonal spaces between...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Coverage Heat Map
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Science
1 source

Who is covering this

NewscientistCenter
Truth score 38
Centre 100%100%
NewscientistCenter

‘Reverse physics’ could help bridge the classical and quantum worlds

Physics is generally built on observations, then the maths that supports them comes later. Columnist Karmela Padavic-Callaghan takes a look at an effort to reverse this and rebuild the laws of physics from the maths up

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Coverage Heat Map
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Science
1 source

Who is covering this

PhysCenter
Truth score 38
Centre 100%100%
PhysCenter

A carefully timed pair of light pulses can amplify the motion of atomic layers in a quantum material

The principle "Work smarter, not harder!" apparently also applies to controlling quantum materials with light. Many of their fascinating properties depend on how the atoms are arranged in the crystal. Ultrashort laser pulses can be used...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

How we score

Analyze: Story Timeline
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Technology
1 source

Who is covering this

TechradarNo political lean
Truth score 34
No rated outlets yet
TechradarNo political lean

Security experts warn North Korean hackers aren't just using AI in their new campaigns, but also 'post-quantum' encryption

North Korea's Lazarus is wrapping malware delivery in ML-KEM-1024, the NSA's pick for national security systems, but it won't hide the malware itself.

Lean: No political lean Fact-focusedCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability-
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 34 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: Not rated Bias severity: 0 Risk: 0Sentiment: 0Sensationalism: 0 Amplification: 0

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Science
1 source

Who is covering this

NASACenter
Truth score 38
Centre 100%100%
NASACenter

NIH–NASA QuSAFE Challenge

The Quantum-Enabled Predictive Preclinical NAMs for Toxicity and Safety (QuSAFE) Challenge, a collaboration between the National Institutes of Health (NIH) and NASA, advances quantum-enabled sensing for in vitro NAMs, such as organoids...

Lean: Center Fact-focusedFactuality: Mostly factualCountry: United StatesFunding: CorporateOwner: Independent
Full coverage
Coverage breakdown
Funding
Corporate100%
Countries
United States100%
Media ownership
Independent100%
Avg reliability65
Low-credibility share0%
Fact / opinion1/0
State media0%
More analysis
Truth score: 38 (Weakly supported) Propaganda risk: 0 Trending: Low Sources: 1 Reliability: 65 Bias severity: 0 Risk: 0Sentiment: 100Sensationalism: 0 Amplification: 0

How we score

Analyze: Story Timeline
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