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Quantum & Climate

The applications of quantum technology use for climate applications are immense.

  • the Q4Climate collective specializes in applications regarding this
  • Quantum Energy Initiative is a consortium of international researchers committed to energy efficiency of quantum technologies
    • view their most recent webinar here.

Quantum Cryptopraphy

Therea are several post-quantum cryptographic proofs being made available as well as being reviewed currently by the NIST communities

!Pasted image 20221001152106.png https://dusa.space/

!Pasted image 20221001152049.png

Finance

Refer to JP Morgan's slides from Dr. Yue Sun on portfolio optimizations

Quantum Games

There a plethora of fun games that are released and being developed in order to introduce learners to the fundamental ideas of quantum mechanics. Quantum mechanics does not work in the way we expect it to so games are an excellent way to bring entire collectives on board to thinking in a truly quantum way

  • some examples are Quantum chess, Quantum go-fish, and more found here

Quantum Internet

A cryptographic application to send information through.

  • The idea of Quantum Networking is closely related to this
    • Quantum Routing Repo
      • Concurrent Entanglement Routing for Quantum Networks concept paper
  • Deploy quantum applications securely
    • Universally Blind Quantum Computation - set of cryptographic protocols that allow a user to run a quantum computation on a processor that they do not trust at all, and still guaranteed perfect privacy even from person operating the processor. Key application of quantum internet.
  • Really matters about data crossing boorders due to geographic restrictions as discussed in this video from Horizon Quantum Computing

[!NOTE] Quantum machine learning is one of the biggest pillars of quantum computing application that we will see in the workforce of the future Machine Learning (QML)

Quantum Metrology

In which special tools are being created to observe quantum effects

Quantum Optimizations

often using QAOA

Quantum Simulations

Whole systems are simulated without need for data or equations of mathematics by altering the options/probabilities of systems themselves. Helps us better understand complex systems.

The qiskit-nature package would be a good one to use here. Or refer to the list of quantum tools for simulators too.

Space

There are endless applications for what the upcoming discoveries in computation in quantum technology could mean to advance our mission in space.

Transportation

  • airbus
  • cargo announcement from QuantumSouth

This allows so-called blind quantum computing over a network. Every computation incurs a correction which must be applied to all that follow and needs real-time information to comply with the algorithm. The researchers used a unique combination of quantum memory and photons to achieve this.

Weather

Sensors

  • This Paper on Sensor Placement Algorithm with Range Constraints for Precision Farming

  • GeV as an atomic optical antenna !Pasted image 20240907234016.png

  • a fun quantum experiment with Polarizers Using the concept of measurement can you explain WHY this is happening with light?

  • we can think of this as a superposition

  • when we do this one photon at a time that is when it becomes quantum

  • actually using polarization

  • state and superposition

  • wave particle duality - whenit is one photon at a time

  • when a photon passes through a poal

  • hidden variables are not real!

  • conservation of momentum argument example given in a high school teach quantum book in china:

  • a woman got pregnant

    • she moved away
    • she gave birth her status changed to becoming a mother
    • but the status of the father would also automatically change to becoming a father why is quantum wierdness important:

  • combo of 1 and 0

  • quantum computing

    • exchange info without measuring bc itll always spit out 0 or 1
    • the weight functions
    • most everyday - optimization polarizrs, simulators - quantum states are very sensitive
    • 20 qubits can store over a 1 million times info of a classical it

  • LIGO

    • 4 km arms - louisiana and ashington state
    • looking for the arms to change
    • an interference pattern occurs ^
    • you want to know which direction it comes rom
    • magnetic fields
    • electric fields
    • temperature
    • squeezed light
    • theyve detected black holes
    • improving MRI resolution
    • temperature inside cells
    • nitrogen vacancy centers - they have
    • sensing for chips that shouldnt be there
    • quantum cryptography -
    • post quantum cryptography is a non-quantum solution - classical way to protect against quantum computers
    • quantum cryptography - you know immediately if they are it changes the measurement of that state