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Quantum Computing Statistics & Analysis

A data set that is looking at all known Quantum Computing researchers and their popularity (measured by Google Search results) reveals that the field is dominated by a few superstart and many silent worker bees. Do QC researchers need to do a better job communicating about their work? Or is it still too early to go public?

Dig into the complete, interactive dataset yourself.

Quantum Computing Cognitive Insights

We looked at a combined sentiment and volume analysis for IBM vs Microsoft. It is interesting to note that while IBM still drives more mentions in the press around QC, Microsoft is catching up in volume.

More importantly, Microsoft is getting a lot more positive sentiment, with frequent, high spikes in positive sentiment – each of which is accompanied by a small spike in negative sentiment. This indicates that the unique technology path that Microsoft is pursuing, while having some distractions, is gaining significant positive feedback in the market.

IBM, on the other hand, has barely any spikes – positive or negative – with a very neutral sentiment by the market. Not a good sign for an emerging technology!

Quantum Computing news from Google & Trusted Sources

RSS Quantum News – Google

RSS Quantum news – verified sources

  • Event recap: How will quantum computing shape the future of AI? October 23, 2020
    From Center for Data Innovation, Oct. 23, 2020: Fermilab Deputy Director Joe Lykken participates in a panel discussion on the impact quantum computing will have on AI and which sectors might benefit the most from their marriage. A video of the discussion is available in the post.
  • Extreme events in quantum cascade lasers October 23, 2020
    Based on a quantum cascade laser (QCL) emitting mid-infrared light, the researchers developed a basic optical neuron system operating 10,000× faster than biological neurons.
  • Optical wiring for large quantum computers October 22, 2020
    Researchers have demonstrated a new technique for carrying out sensitive quantum operations on atoms. In this technique, the control laser light is delivered directly inside a chip. This should make it possible to build large-scale quantum computers based on trapped atoms.
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