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Quantum Source 1st Animation

Photonics is the best approach for building a scalable quantum computer, but to bring people on board with this vision, we must first show them what
Fusion Based Quantum Computing is all about!

Latest Version

The Youtube video below and the attached file are the latest version as of:

May 17th 2023

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High resolution images

For Print and digital marketing

Project Updates

Script

Storyboard

06.03.23

First Draft

06.04.23

Final Draft

27.04.23

Plan & updates

Sound design is here!

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and it is available to you with all the additional perks:

  • Long and Short versions of the video (at the download button above)

  • Subtitles (Heb+En)

  • Still images for print and digital

  • A couple of bonus slides for power point

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What's Next:

Revisions

Moving on to the Second animation

Visual language

If we want the general public to understand what's going on, we must first find a clear visual representation to each of the key elements in our scientific story.

New Introduction Scene

schematic addons in the office
schematic addons by Lara Avni
schematic addons by Lara Avni2
system layout scribble_edited
Resonators scribble
Qubit scribble
rack schenatic sketch Adobe Scan Apr 22, 2023_page-0001
pp slide scribble

To illustrate that the concept of a universal quantum computer is still in the 'blue prints' stage, the introduction takes place in a modern office, decorated with some of the key concepts of quantum source's approach.

Early Renders

 Script & Storyboard

Once we have a clear script, we can begin the production of the animation. We will then create a first draft of the animation for your review shortly after.

Entanglement & Clusters

It seems that showing connected resource states running through waveguides is actually more confusing for the viewers. So it's probably best to show single photons in the wave guides, and explain the entanglement in a different layer of the animation.

Stitchers

The stitching of resource states together is the key to upscaling the system. which is why it should be represented in a mesmerizing way that will capture the viewers' attention. 

Pilot Project:
The Quantum Source Audio-book

Chapter 1 is here to give listeners an apatite for quantum knowledge.  Produced with the help of our A.I friends.

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Chapter 2  will demonstrate what it feels like to listen to more advanced details about fusion-based quantum computing.

Quantum Horizons chapter 1 - a Million Qubit Marvel compressedQuantum Source
00:00 / 06:39
Quantum Horizons Chpter 2 - Introduction to FusionQuantum Source
00:00 / 06:47
About the design

The best way to help people understand what's going on is by showing the simplest case example. 
In this case, this means showing the simplest fusion graph and the general layout of the computing architecture.

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Fig 1 Fusion.jpg

As seen by the color blind

colors play a significant roll in our animation, which is why we need to make sure that everybody can distinguish between the colors we choose.

Visual Reference

a_large_modern_high-tech_room_with_many_servers_recks
clean_and_elegant_design_of_a_quantum_computer_photonic
elegant_design_of_photon_detectors_lasers_photonics_desig_
highly_detailed_mechanical_processor_for_a_quantum_comp
highly_detailed_mechanical_processor_for_a_quantum_comp
large_textile_fabric
Table with blueprints
photonic_quantum_computer_in_a_modern_room_photoreal_
swarm_of_lights_inside_a_mechanical_computer_chip_metal
A_photonic_quantum_computer_in_a_modern_room_photoreal
computer room V1
computer in room 3
computer room V2
Circuits and chips
dense details
super conducting circuits
Ion traps
large_textile_fabric_with_thin_threads_made_of_photons
swarm_of_glowing_dots_in_a_mechanical_computer_

These images might look extremely strange and irrelevant, as they don't particularly resemble any specific part of our story, but they are actually very useful to us, as they capture the essence of the desired esthetics. The gentle balance of lighting and composition that will capture the viewer's imagination. The right amount of detail, with the perfect ratio of negative space.

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