Aerith Quantum Report

Vol. 1 issue 7 June 16, 2026

The Aerith Quantum Report (AQR) is about all things quantum, and how it is impacting our digital future, including visual effects, encryption, communications and more. AQR delivers weekly news on the latest developments in quantum computing. We translate it to make it accessible and relevant to everyone.

PART 1: QUANTUM NEWS / VFX NEWS

A. Quantum Physics

Scientists at the National Synchrotron Light Source II revealed a hidden state of matter by utilizing ultrafast laser pulses to manipulate material characteristics. This method achieves light-driven control over structural phases, paving new pathways to explore novel electronic behaviors. The research advances the foundational understanding necessary to develop responsive, light-controlled quantum-enabled devices.

URL: https://www.bnl.gov/newsroom/news.php?a=222971

Researchers are using incredibly fast flashes of laser light to change how a material behaves. This quick blast uncovers a brand new, secret layout within the material. Controlling these layouts with light allows scientists to see completely new electrical patterns. This new knowledge helps engineers build highly responsive tech gadgets operated entirely by light.

This discovery gives tech creators a clear blueprint to design much faster, light-activated computer parts. National Synchrotron Light Source II is providing the exact physics rules needed to transition from sluggish electronic switches to instant optical controls. Early investors can back standard physical devices that handle data at unprecedented speeds.

B. Quantum Computing

QuEra Computing introduced Libra, its first fault-tolerant quantum computer scheduled to debut on Amazon Braket in 2028. This launch includes an expanded multi-year technical and go-to-market partnership with Amazon Web Services to deliver reliable quantum processing to global clients. The transition effectively shifts fault-tolerant quantum computing from a scientific concept into a concrete, commercial engineering roadmap.

URL: https://www.quera.com/press-releases/quera-announces-2028-fault-tolerant-quantum-computer-and-expanded-multi-year-strategic-collaboration-with-aws

QuEra Computing is launching a brand new quantum computer named Libra that fixes its own computational errors. Global clients will log into this premium machine through the Amazon Braket cloud service starting in 2028. This long-term team-up with Amazon Web Services makes extreme computing power reliable and useful. It brings futuristic tech out of the physics lab and directly into the commercial marketplace.

This commercial roadmap gives global businesses a definitive timeline to integrate error-free quantum computing into their actual operations. The joint effort between QuEra Computing and Amazon Web Services guarantees a highly stable cloud computing platform. Businesses can confidently code powerful applications to solve massive logistical, scheduling, or financial problems.

C. Quantum Applications

Quantinuum Inc. Prices IPO at $1.68B - Quantinuum Inc. successfully closed its upsized initial public offering of 28,000,000 shares of Class A common stock on the Nasdaq Global Market under the ticker symbol "QNT". The offering achieved public pricing at $60.00 per share, yielding aggregate gross proceeds of $1.68 billion to fund future expansion. This financial milestone equips the company with immense capital to accelerate the deployment of commercial quantum computing platforms across global industries.

URL: https://www.quantinuum.com/press-releases/quantinuum-announces-pricing-of-upsized-initial-public-offering

Quantinuum Inc. is now a publicly traded company selling its stock on the Nasdaq market under the name QNT. The firm sold 28 million stock shares for 60 dollars each, making a total of 1.68 billion dollars. This massive pool of money allows the business to expand its operations rapidly. They have the cash to build and ship powerful quantum computers to industries worldwide.

This massive stock sale proves that the public financial market has immense confidence in the commercial viability of quantum computing. Quantinuum Inc. now possesses the heavy capital required to mass-produce premium hardware systems for global logistics, chemistry, and finance fields. Investors have a clear, high-liquidity stock symbol to capture the direct financial upside of the computing revolution.

D. Visual Effects (VFX)

Entertainment professionals are establishing the role of the Immersive Supervisor to oversee production workflows specific to virtual environments. Industry teams are updating traditional monitor setups to support accurate spatial assessments for interactive and headset-based storytelling platforms. This structural change optimizes daily artistic pipelines by ensuring that captured visual content aligns precisely with audience expectations inside 3D virtual spaces.

URL: https://lasvegassun.com/news/2026/jun/16/the-immersive-supervisor-emerges-as-hollywoods-nex/

Hollywood is creating a brand new job called the immersive supervisor to manage how digital virtual worlds are built. Production teams are replacing flat, old-fashioned screens with advanced viewing tools to check depth accurately. This upgrade helps creators design content specifically for virtual reality headsets and interactive games. The change makes daily studio pipelines highly efficient.

This structural update gives 3D artists and studio teams a dedicated leader to keep digital movie sets looking flawless. The new tools guarantee that visual content matches exactly what headset users experience inside interactive 3D entertainment spaces. Production houses can streamline their creative pipelines, reduce expensive re-work, and deliver breathtaking spatial storytelling to global audiences.

PART 2 : VISIONARIES OF LIGHT

Aerith’s work deals with light and image. It crosses the boundaries of matter, particle physics, and art, specifically visual effects in film and imaging in other media. People who work in these fields, which are often considered far afield from each other, often bring together science, technology and artistic expression. Their contributions to our world are important, maybe even fundamental to the expression of human ideas. That is why we recognize them here as Visionaries of Light. In this edition of VOL, we recognize:

Dr. Libby Heaney

Dr. Libby Heaney holds a PhD in Quantum Information Science alongside an MA in Art and Science, bridging abstract quantum theory and fine visual art like no other. She is widely recognized as the first individual to deploy functional quantum computers as an artistic medium. Her dual background as an Oxford postdoctoral researcher and a world-renowned visual practitioner completely crosses over from technical quantum mechanics directly into fine visual art.

Within the last 24 months, Dr. Heaney's groundbreaking exhibitions, such as Shadowscapes at Orleans House Gallery, have weaponized functional quantum concepts like non-local entanglement and superposition into ever-evolving digital and sound installations. Her work utilizes fluid, dream-like visual motifs to effectively queer rigid technological architectures and ask profound philosophical questions about human consciousness and multi-dimensional realities. Congratulations to Dr. Heaney, whose interdisciplinary mastery is profoundly important because it completely reshapes how humanity perceives the intersection of quantum states and artistic expression.

Learn more about her work at: https://arts.cern/artist/libby-heaney

Vincent Dedun

Vincent Dedun is a pioneering software architect and former rendering engineer at Industrial Light & Magic. He received a prestigious 2026 Academy Technical Achievement Award for his architecture and engineering of "Lama," a revolutionary modular, production-ready layered shading system. His development has since been adopted by Pixar's RenderMan, fundamentally accelerating and defining workflows across prominent global visual effects studios like Laika, DNEG, and MPC.

Dedun's cutting-edge platform completely reimagined how visual effects artists compose complex materials by decomposing light interactions into individual substrates representing distinct physical phenomena. By ensuring strict energy conservation across material layers, his shading framework forces artists to interact with digital assets as physical substrates of light rather than abstract code blends. This milestone ensures that creators can seamlessly render everything from the cloudy transition of an eyeball lens to dirty, rain-slicked metal without writing custom shaders. Congratulations to Vincent Dedun, whose engineering triumph is vital because it establishes a physical baseline of realism that permanently elevates cinematic photorealism worldwide.

Learn more about her work at: https://www.ilm.com/lama-sci-tech-award-win-interview/

PART 3: AERITH NEWS

Aerith: The Convergence of Physics and Imagination - Meet The Founders!

Aerith’s CEO Diamond Monique Washington and COO Shadow Dragu-Mihai were interviewed last week by Pepperdine’s venture capital adviser, to determine if Aerith Corp will advance to the semi-finals of the Pepperdine Most Fundable Companies (MFC) competition. We have an idea of how we did, but will be waiting until official notice from Pepperdine later this month.

The Pepperdine MFC competition is recognized for finding and vetting the most important and capital-ready startups and early enterprises. MFC is not an incubator, it’s a stringent business analysis and vetting process, to see if the business is ready for capital investment. Over 4000 applicants boil down to about 100 in the semi-finals, all of whom have passed muster for presentation to venture capital and private investors. Aerith Corp is ready, and we are about to open our 506(c) PPM to accredited investors. Interested? Check out aerithai.com and use the investor inquiry there!

PART 4: YOUR QUESTIONS ANSWERED

In this section, Aerith’s team will try to answer your questions about ideas and events we posed in the previous AQR. Our first AQR was just last week, and we have received no questions from it yet!

PART 5: WHAT ARE YOUR THOUGHTS?

2028 or 2030? When are you expecting fault-tolerant quantum hardware to be available?

Let us know your thoughts, and pose your questions to us in the comments on our Substack!