Complex Event Analysis - Report

Key Focus

  • Both superposition and entanglement are fragile states most easily maintained at frigid temperatures in machines kept perfectly isolated from the chaos of the outside world. And as quantum computer scientists search for ways to extend their control over greater numbers of finicky particles, quantum internet researchers are developing the technologies required to link those collections of particles together.
    h/o quantum computer prototype developed by IBM
    The interior of a quantum computer prototype developed by IBM. While various groups race to build quantum computers, Department of Energy researchers seek ways to link them together.
    Just as it did in the 1960s, the DOE is again sowing the seeds for a future network at its national labs
  • Trump betting millions to lay the groundwork for quantum internet in the US
    PUBLISHED MON, APR 27 20209:01 EDTUPDATED 10 administration's 2021 budget request contains $237 million in funding to support quantum information research.
    Quantum information science harnesses the behavior of particles to make calculations in fundamentally new ways.
    Prototype networks exist in New York and Chicago, and researchers are developing the new technologies needed to create longer links.
    In the 1960s the U.S. government funded a series of experiments developing techniques to shuttle information from one computer to another.
  • Momentum supporting factors

  • (internet, quantum, race)
  • Challenge supporting factors

  • (china, internet)
  • (china, quantum)
  • (china, internet, quantum)
  • (budget, quantum, trump)
  • (quantum, trump)
  • (budget, funding, quantum)
  • (budget, david_awschalom, quantum)
  • (quantum, university)
  • (quantum, summer)
  • (entangled, photons, quantum)
  • Work-in-progress supporting factors

  • (computer, quantum)
  • (computer, internet)
  • (computer, internet, quantum)
  • (internet, quantum, technologies)
  • (budget, quantum, science)
  • (internet, technologies)
  • (budget, quantum, technologies)
  • (quantum, technologies)
  • (internet, race)
  • (internet, quantum, race)
  • Complex Event Time Series Summary - REPORT


    Time PeriodChallengeMomentumWIP
    Report20.54 4.46 75.00

    High Level Abstraction (HLA) combined

    High Level Abstraction (HLA)Report
    (1) (computer,quantum)100.00
    (2) (computer,internet)98.21
    (3) (computer,internet,quantum)95.82
    (4) (internet,quantum,technologies)82.39
    (5) (internet,quantum,race)76.12
    (6) (budget,quantum,science)49.55
    (7) (internet,technologies)44.78
    (8) (budget,funding,quantum)44.78
    (9) (budget,quantum,technologies)43.88
    (10) (budget,david_awschalom,quantum)43.28
    (11) (quantum,technologies)39.40
    (12) (internet,race)39.10
    (13) (quantum,university)38.81
    (14) (quantum,summer)37.31
    (15) (ibm,internet)35.82
    (16) (energy,internet)35.52
    (17) (ibm,internet,quantum)34.93
    (18) (entangled,photons,quantum)33.43
    (19) (china,internet)33.13
    (20) (china,quantum)32.54
    (21) (china,internet,quantum)31.94
    (22) (internet,quantum,various)28.96
    (23) (internet,quantum,sowing)28.36
    (24) (entangled,photons,science)27.46
    (25) (budget,quantum,trump)26.27
    (26) (quantum,trump)25.67
    (27) (entangled,fiber-optic,photons)21.49
    (28) (budget,new_york,quantum)19.40
    (29) (internet,trump)18.21
    (30) (dam,entangled,photons)16.72
    (31) (entangled,quantum)14.93
    (32) (entangled,science)12.24
    (33) (entangled,fiber-optic)11.94
    (34) (dam,entangled)10.15
    (35) (brookhaven,entangled)5.97
    (36) (brookhaven,entangled,photons)5.07
    (37) (entangled,photons,yoked)2.69
    (38) (entangled,entanglement)2.09
    (39) (entangled,photons,wireless)1.79
    (40) (awschalom,entangled)0.90

    Complex Event Analysis - REPORT

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    Supporting narratives:

    • momentum (Read more)
      • China, for example, has completed a 1,200-mile backbone linking Beijing and Shanghai that banks and other companies are already using for nearly perfectly secure encryption. But the race for a fully featured quantum internet is more marathon than sprint, and China has passed only the first milestone
      • High Level Abstractions:
        • (internet,quantum,race)
        • Inferred entity relationships (4)
        • (internet,quantum,technologies) [inferred]
        • (internet,quantum,various) [inferred]
        • (internet,quantum,sowing) [inferred]
        • (internet,quantum,stanely) [inferred]

    • challenge (Read more)
      • China, for example, has completed a 1,200-mile backbone linking Beijing and Shanghai that banks and other companies are already using for nearly perfectly secure encryption. But the race for a fully featured quantum internet is more marathon than sprint, and China has passed only the first milestone. Kleese van Dam points out that without quantum repeaters, this network relies on a few dozen "trusted" nodes
      • High Level Abstractions:
        • (china,internet)
        • (china,quantum)
        • (china,internet,quantum)
        • Inferred entity relationships (7)
        • (internet,quantum,technologies) [inferred]
        • (internet,quantum,various) [inferred]
        • (internet,quantum,sowing) [inferred]
        • (internet,quantum,race) [inferred]
        • (china,internet) [inferred]
        • (internet,quantum,stanely) [inferred]
        • (china,internet,quantum) [inferred]

    • challenge (Read more)
      • Many countries are pursuing quantum research programs, and with the 2021 budget proposal, the Trump administration seeks to ramp up that effort.
        "That level of funding will enable us to begin to develop the groundwork for sophisticated, practical and high-impact quantum networks," says David Awschalom, a quantum engineer at the University of Chicago
      • High Level Abstractions:
        • (budget,quantum,trump)
        • (quantum,trump)
        • (budget,funding,quantum)
        • Inferred entity relationships (5)
        • (budget,funding) [inferred]
        • (budget,quantum,technologies) [inferred]
        • (budget,quantum,stanely) [inferred]
        • (quantum,trump) [inferred]
        • (budget,quantum,science) [inferred]

    • challenge (Read more)
      • Many countries are pursuing quantum research programs, and with the 2021 budget proposal, the Trump administration seeks to ramp up that effort.
        "That level of funding will enable us to begin to develop the groundwork for sophisticated, practical and high-impact quantum networks," says David Awschalom, a quantum engineer at the University of Chicago.
      • High Level Abstractions:
        • (quantum,university)
        • (budget,david_awschalom,quantum)
        • Inferred entity relationships (5)
        • (budget,quantum,trump) [inferred]
        • (budget,quantum,technologies) [inferred]
        • (budget,quantum,stanely) [inferred]
        • (budget,quantum,science) [inferred]
        • (quantum,university) [inferred]

    • challenge (Read more)
      • This summer the team plans to extend their network with another node, bringing the neighboring Fermi National Accelerator Laboratory into the quantum fold.
        Similar experiments are under way on the East Coast, too, where researchers have sent entangled photons over fiber-optic cables connecting Brookhaven National Laboratory in New York with Stony Brook University, a distance of about 11 miles
      • High Level Abstractions:
        • (entangled,quantum)
        • (entangled,fiber-optic)
        • (quantum,summer)
        • (entangled,fiber-optic,photons)
        • (entangled,photons,quantum)
        • Inferred entity relationships (5)
        • (entangled,photons,yoked) [inferred]
        • (entangled,fiber-optic) [inferred]
        • (entangled,photons,science) [inferred]
        • (entangled,photons,wireless) [inferred]
        • (entangled,fiber-optic,photons) [inferred]

    • challenge (Read more)
      • that goes beyond the straightforward labels of "up" or "down."
        Quantum particles can also be yoked together in a relationship called entanglement, such as when two photons (light particles) shine from the same source. Pairs of entangled particles share an intimate bond akin to the relationship between the two faces of a coin
      • High Level Abstractions:
        • (entangled,entanglement)

    • WIP (Read more)
      • Trump betting millions to lay the groundwork for quantum internet in the US
        PUBLISHED MON, APR 27 20209:01 EDTUPDATED 10 administration's 2021 budget request contains $237 million in funding to support quantum information research.
        Quantum information science harnesses the behavior of particles to make calculations in fundamentally new ways.
        Prototype networks exist in New York and Chicago, and researchers are developing the new technologies needed to create longer links.
        In the 1960s the U.S. government funded a series of experiments developing techniques to shuttle information from one computer to another.
      • High Level Abstractions:
        • (computer,internet,quantum)
        • (computer,internet)
        • (computer,quantum)
        • Inferred entity relationships (7)
        • (computer,internet) [inferred]
        • (internet,quantum,technologies) [inferred]
        • (internet,quantum,various) [inferred]
        • (internet,quantum,sowing) [inferred]
        • (internet,quantum,race) [inferred]
        • (computer,internet,quantum) [inferred]
        • (internet,quantum,stanely) [inferred]

    • WIP (Read more)
      • Both superposition and entanglement are fragile states most easily maintained at frigid temperatures in machines kept perfectly isolated from the chaos of the outside world. And as quantum computer scientists search for ways to extend their control over greater numbers of finicky particles, quantum internet researchers are developing the technologies required to link those collections of particles together.
        h/o quantum computer prototype developed by IBM
        The interior of a quantum computer prototype developed by IBM. While various groups race to build quantum computers, Department of Energy researchers seek ways to link them together.
        IBM
        Just as it did in the 1960s, the DOE is again sowing the seeds for a future network at its national labs
      • High Level Abstractions:
        • (computer,quantum)

    • WIP (Read more)
      • And as quantum computer scientists search for ways to extend their control over greater numbers of finicky particles, quantum internet researchers are developing the technologies required to link those collections of particles together.
        h/o quantum computer prototype developed by IBM
        The interior of a quantum computer prototype developed by IBM. While various groups race to build quantum computers, Department of Energy researchers seek ways to link them together.
        IBM
        Just as it did in the 1960s, the DOE is again sowing the seeds for a future network at its national labs
      • High Level Abstractions:
        • (energy,internet)
        • (computer,internet,quantum)
        • (internet,quantum,technologies)
        • (ibm,internet,quantum)
        • (internet,race)
        • (ibm,internet)
        • (computer,internet)
        • (internet,quantum,race)
        • (internet,quantum,various)
        • Inferred entity relationships (10)
        • (internet,quantum,sowing) [inferred]
        • (internet,quantum,stanely) [inferred]
        • (ibm,internet) [inferred]
        • (ibm,internet,quantum) [inferred]
        • (computer,internet) [inferred]
        • (internet,quantum,technologies) [inferred]
        • (internet,quantum,various) [inferred]
        • (internet,quantum,race) [inferred]
        • (computer,internet,quantum) [inferred]
        • (quantum,technologies) [inferred]

    • WIP (Read more)
      • Trump betting millions to lay the groundwork for quantum internet in the US
        PUBLISHED MON, APR 27 20209:01 EDTUPDATED 10 administration's 2021 budget request contains $237 million in funding to support quantum information research.
        Quantum information science harnesses the behavior of particles to make calculations in fundamentally new ways.
        Prototype networks exist in New York and Chicago, and researchers are developing the new technologies needed to create longer links.
        In the 1960s the U.S. government funded a series of experiments developing techniques to shuttle information from one computer to another
      • High Level Abstractions:
        • (internet,technologies)
        • (budget,quantum,technologies)
        • (budget,quantum,science)
        • (internet,quantum,technologies)
        • (quantum,technologies)
        • (budget,funding,quantum)
        • (budget,new_york,quantum)
        • Inferred entity relationships (10)
        • (budget,quantum,trump) [inferred]
        • (budget,funding) [inferred]
        • (internet,quantum,sowing) [inferred]
        • (budget,quantum,stanely) [inferred]
        • (internet,quantum,stanely) [inferred]
        • (internet,quantum,various) [inferred]
        • (budget,quantum,technologies) [inferred]
        • (internet,quantum,race) [inferred]
        • (budget,quantum,science) [inferred]
        • (quantum,technologies) [inferred]

    • WIP (Read more)
      • And as quantum computer scientists search for ways to extend their control over greater numbers of finicky particles, quantum internet researchers are developing the technologies required to link those collections of particles together.
        h/o quantum computer prototype developed by IBM
        The interior of a quantum computer prototype developed by IBM. While various groups race to build quantum computers, Department of Energy researchers seek ways to link them together.
        IBM
        Just as it did in the 1960s, the DOE is again sowing the seeds for a future network at its national labs.
      • High Level Abstractions:
        • (internet,quantum,sowing)
        • Inferred entity relationships (4)
        • (internet,quantum,technologies) [inferred]
        • (internet,quantum,various) [inferred]
        • (internet,quantum,race) [inferred]
        • (internet,quantum,stanely) [inferred]

    • WIP (Read more)
      • Also shown are Argonne scientist David Awschalom (center) and Laboratory
        And if Congress approves the quantum information science line in the 2021 budget, researchers like Awschalom and Kleese van Dam will learn a lot more
      • High Level Abstractions:
        • (budget,quantum,science)
        • (budget,david_awschalom,quantum)
        • Inferred entity relationships (3)
        • (budget,quantum,trump) [inferred]
        • (budget,quantum,technologies) [inferred]
        • (budget,quantum,stanely) [inferred]

    • WIP (Read more)
      • Awschalom expects the Argonne and University of Chicago groups to have working quantum memories this summer, around the same time they expand their network to Fermilab, at which point it will span 100 miles.
        But that's about as far as light can travel before growing too dim to read
      • High Level Abstractions:
        • (quantum,university)
        • (quantum,summer)

    • WIP (Read more)
      • Soon the network had blossomed between research institutions across the country, setting down the roots of what would become the internet and transforming forever how people use information. Now, 60 years later, the Department of Energy is aiming to do it again.
        The Trump administration's 2021 budget request.
      • High Level Abstractions:
        • (energy,internet)
        • (internet,trump)

    • WIP (Read more)
      • They're not good enough," he says, "but we're learning a lot."
        Department of Energy Under Secretary for Science Paul M. Dabbar (left) sends a pair of entangled photons along the quantum loop. Also shown are Argonne scientist David Awschalom (center) and Laboratory
        And if Congress approves the quantum information science line in the 2021 budget, researchers like Awschalom and Kleese van Dam will learn a lot more
      • High Level Abstractions:
        • (entangled,photons,quantum)
        • (entangled,photons,science)
        • Inferred entity relationships (4)
        • (entangled,photons,yoked) [inferred]
        • (entangled,photons,quantum) [inferred]
        • (entangled,photons,science) [inferred]
        • (entangled,photons,wireless) [inferred]

    • WIP (Read more)
      • While this technique requires fair weather, according to Kerstin Kleese van Dam, the director of Brookhaven's computational science initiative, it could someday complement networks of fiber-optic cables.
      • High Level Abstractions:
        • (entangled,science)
        • (entangled,fiber-optic,photons)
        • (entangled,photons,science)
        • Inferred entity relationships (4)
        • (entangled,photons,yoked) [inferred]
        • (entangled,fiber-optic) [inferred]
        • (entangled,photons,quantum) [inferred]
        • (entangled,photons,wireless) [inferred]

    • WIP (Read more)
      • Brookhaven scientists are also testing the wireless transmission of entangled photons over a similar distance through the air. While this technique requires fair weather, according to Kerstin Kleese van Dam, the director of Brookhaven's computational science initiative, it could someday complement networks of fiber-optic cables
      • High Level Abstractions:
        • (dam,entangled)
        • (entangled,photons,wireless)
        • (dam,entangled,photons)
        • (brookhaven,entangled,photons)
        • (brookhaven,entangled)
        • Inferred entity relationships (8)
        • (brookhaven,entangled,photons) [inferred]
        • (dam,entangled,photons) [inferred]
        • (entangled,photons,quantum) [inferred]
        • (entangled,photons,wireless) [inferred]
        • (entangled,photons,yoked) [inferred]
        • (brookhaven,entangled) [inferred]
        • (entangled,photons,science) [inferred]
        • (dam,entangled) [inferred]

    • WIP (Read more)
      • Also shown are Argonne scientist David Awschalom (center) and Laboratory
        And if Congress approves the quantum information science line in the 2021 budget, researchers like Awschalom and Kleese van Dam will learn a lot more.
      • High Level Abstractions:
        • (awschalom,entangled)
        • (dam,entangled,photons)
        • Inferred entity relationships (5)
        • (entangled,photons,yoked) [inferred]
        • (entangled,photons,quantum) [inferred]
        • (entangled,photons,science) [inferred]
        • (entangled,photons,wireless) [inferred]
        • (dam,entangled) [inferred]

    • WIP (Read more)
      • that goes beyond the straightforward labels of "up" or "down."
        Quantum particles can also be yoked together in a relationship called entanglement, such as when two photons (light particles) shine from the same source
      • High Level Abstractions:
        • (entangled,photons,yoked)
        • Inferred entity relationships (3)
        • (entangled,photons,quantum) [inferred]
        • (entangled,photons,science) [inferred]
        • (entangled,photons,wireless) [inferred]

    • WIP (Read more)
      • "We created entangled states of light," he says, "and tried to use that as a vehicle to test how entanglement works in the real world.
      • High Level Abstractions:
        • (entangled,entanglement)

    • WIP (Read more)
      • Beneath the suburbs of western Chicago lie 52 miles of optical fiber extending in two loops from Argonne National Laboratory. Early this year, Awschalom oversaw the system's first successful experiments. "We created entangled states of light," he says, "and tried to use that as a vehicle to test how entanglement works in the real world
      • High Level Abstractions:
        • (awschalom,entangled)

    Target rule match count: 43.0 Challenge: 0.10 Momentum: 0.02 WIP: 0.38