QUANTUM REACTIVE
Digital Studio

Interactive Web & UX/UI Design with React & Machine Learning

|<Ideas><Moving>|2

We fuse creativity with the power of quantum thinking.

Our ideas exist beyond conventional boundaries — unlocking design solutions that are innovative, immersive, and intelligently engineered.


Portfolio

Design Your Own®

The Design Your Own tool is a feature-rich, HTML5-based design application that empowers you to create a personalized memorial entirely online.

Material Design, createJS ES6
Machine Learning, React
Design now Learn more

Forever Shining
Design Your Own®
View Case Study

Bronze-Plaque.com
Design Your Own®

Graphic Design, Wordpress
View Case Study

HeadstonesDesigner.com
Design Your Own®

Graphic Design, HTML
View Case Study

Design Your Own®

  • Real-time 2D & 3D previews

    Choose from a wide variety of standard and custom shapes—such as serpentine, heart, guitar, dolphin, butterfly, sea shell, and more—and see your design come to life in real time
    Design 2D Design 3D
  • Mobile and desktop friendly

    2D design mode works great on phones/tablets, while the full 3D version is optimized for desktops and larger screens
  • User-friendly & intuitive

    No design experience required. The interface makes customizing text, graphics, and dimensions easy and straightforward.
  • Extensive design library

    Access over 50 headstone shapes, 5000+ artwork graphics, and 10 inscription styles to personalize every aspect of the memorial.


Services

We blend design, technology, and innovation to deliver cutting-edge digital solutions.

🎨 UX/UI Design

Modern, responsive user interfaces tailored to your brand and audience.

From €800 per project

⚙️ Interactive Web Applications

Custom-built interactive tools and microsites using React, HTML5, and CreateJS. Ideal for marketing, education, or data visualization.

From €1,500 per project

📺 Video Banners & HTML5 Ads

Engaging, performance-optimized animated banners and video creatives for campaigns and websites.

Static/animated HTML5 banners: from €300

Video banners (with scripting & transitions): from €500

🧠 Machine Learning–Enhanced Design

Integrate smart, dynamic behavior into your website or application with ML-enhanced components (e.g., personalization, interaction tracking).

From €2,000 depending on complexity



About us

We are a quantum-thinking creative studio specializing in branding, UX/UI design, web applications, and interactive tools.

CREATING DESIGNS, BANNERS, VIDEO BANNERS AND BUILDING WEB PAGES

We design engaging visuals, banners, video banners, and build high-performance websites. Technologies we use: React, Machine Learning, CreateJS, HTML5, WordPress

ADOBE CREATIVE
UNREAL ENGINE
NEXTJS (REACT)





Contact us

What would you like to discuss?

Quantum computers use the phenomena of quantum mechanics — such as Superposition, Interference, Quantum Entanglement and Decoherence — to store and process information.

"Quantum reactive scattering" is the study of chemical reactions from a quantum mechanical perspective, focusing on processes where atoms or molecules are rearranged. It examines how reactions unfold at the subatomic scale, accounting for quantum phenomena such as wave-particle duality and superposition.

QUBITS in a Quantum Register

Depending on the physical realization of qubits, we have different architectures of quantum computers — for example, based on pure spins, ion traps, superconductivity, photons, and even Majorana states.

The Quantum Frontier: Where We Are and Where We’re Headed

Quantum computing is no longer just sci-fi theory — it’s messy, noisy, and real. In 2025, we’re still deep in the Noisy Intermediate-Scale Quantum (NISQ) era, where devices have 50–1000 qubits but are too error-prone for most practical uses. Yet progress is accelerating fast.

Who’s Leading the Charge?

  • IBM:
    On track with their roadmap to 100k+ qubits by 2033, currently offering real quantum hardware via the IBM Quantum platform.
  • Google:
    Made headlines with "quantum supremacy" in 2019, and is now working toward building an error-corrected quantum computer by 2030.
  • IonQ:
    Using trapped-ion technology, they aim to scale with high-fidelity qubits — already listed on NYSE and pushing commercial applications.
  • Rigetti:
    Pursuing hybrid classical-quantum computing with superconducting qubits.
  • Quantinuum (Honeywell + Cambridge Quantum):
    Quietly becoming a powerhouse in quantum software and hardware integration.
  • PsiQuantum:
    Betting big on photonic quantum computing, aiming for a million-qubit fault-tolerant machine.

What’s Working Right Now?

  • Quantum annealing (D-Wave) for optimization problems.
  • Hybrid workflows: Combining quantum with classical computing (e.g., machine learning, chemistry simulations).
  • Cloud access to real quantum processors via platforms like AWS Braket, Microsoft Azure Quantum, and IBM Q.

What’s Next?

  • Standardization: Open-source languages (like Qiskit, Cirq, PennyLane) are shaping the development environment.
  • Error correction: The biggest hurdle. Companies are racing to create logical qubits that can survive long enough for complex computations.
  • Quantum internet: With work from QuTech, Alibaba, and DARPA, we're moving toward distributed quantum systems.


©2025 Quantum Reactive
Digital Studio