Specialists for Quantum Entanglement Experiments in Space

[b:3q7vvma9]Feasibility Study on Quantum Entanglement Experiments in Space[/b:3q7vvma9]

Our Client — Canada Space Agency (CSA) has a requirement to investigate the feasibility of performing long-distance quantum entanglement
experiments in space.

Objective: defining likelihood of increasing knowledge in the area of quantum entanglement communications or fundamental physics applications, or both, in space.

The assessment is to be done in two steps:
1 — several concepts recently proposed in the literature or by the contractor are to be reviewed and a preliminary assessment of their feasibility is to be performed.
2 — a more refined analysis is to be performed to provide the main system parameters for the instrument payloads.

Target deliverable date: 8 months after the contract award.

The maximum funding available for the assessment is $150,000.00 CAD.

CSA expects a contractor to submit:
— Demonstrated Understanding of Underlying Technical Principles, Requirements Objectives and Goal
— Recognition of Technical Problems and Proposed Solutions
— Proposed Technical Approach
— Team Expertise
— Project Management Plan

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Background:
Quantum entanglement is the unique property of quantum systems to maintain their correlation even
when their constitutive parts are spatially separated. Originally formulated at the dawn of quantum theory,
quantum entanglement has been firmly established via the confirmation of Bell’s inequalities in various
experiments demonstrating that the quantum description of nature excludes local theories of hidden
variables to explain the entanglement process in physical measurements.
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More info available upon request:
vadim@openframetechnologies.com
or
vadim.markoff@tc.gc.ca (office hours, Mon thru Thur).