In the future as Quantum Computing (QC), Augmented Reality (AR), Virtual Reality (VR), and Artificial Intelligence (AI) converge in education, the possibilities for transformative and personalized learning experiences for children are boundless.

Here's some practical applications of this advanced educational landscape:

1. Personalized Learning Paths: AI algorithms can analyze each child's learning style, strengths, and weaknesses to create personalized learning paths. QC's immense processing power enables AI to rapidly adapt and optimize these paths, ensuring that children receive tailored educational content and challenges based on their individual needs.

2. Virtual Learning Environments: VR immerses children in virtual worlds, allowing them to explore historical events, distant places, and scientific concepts. From visiting ancient civilizations to traveling to outer space, VR experiences make learning engaging, interactive, and memorable.

3. Enhanced Collaborative Learning: AR enhances collaboration among students by overlaying digital content on the physical environment. Children can work together on AR projects, visualizing complex concepts and experimenting with ideas in real-time.

4. Real-time Assessment and Feedback: AI-powered assessments can gauge a child's understanding of various subjects instantly. QC accelerates the grading process, providing teachers with real-time feedback on students' progress and areas that need improvement.

5. Interactive Educational Games: AI can create adaptive educational games, tailoring the difficulty and content based on each child's level of understanding. QC's computational abilities enable these games to be highly dynamic, adjusting to the child's performance in real-time.

6. Language Learning: AI language tutors can converse with children in their chosen language, providing natural and engaging language learning experiences. QC accelerates language processing, making these interactions feel more human-like and responsive.

7. Complex Problem Solving: QC can tackle intricate scientific problems, and children can be exposed to these advanced problem-solving techniques. They can participate in AI-guided experiments and simulations, fostering critical thinking and analytical skills.

8. Personal Assistants for Teachers: AI-powered virtual assistants can support teachers with administrative tasks, grading, and lesson planning, freeing up more time for personalized interactions with students.

9. Data-driven Insights: AI and QC can analyze vast amounts of educational data to identify trends, assess teaching methods, and optimize the learning environment, leading to data-driven decisions for educational improvement.

10. Neuroscience-based Learning: AI and QC can deepen our understanding of neuroscience, leading to improved learning methodologies that align with how the brain learns best.

In the future education will become increasingly interactive, dynamic, and personalized for each child. The combined power of QC, AR, VR, and AI opens new horizons for children, empowering them to explore, discover, and learn with unparalleled depth and excitement. It nurtures their curiosity, fosters a love for learning, and equips them with the skills needed to thrive in an ever-evolving world.

As these technologies continue to evolve, the future of education holds infinite possibilities for the young minds of tomorrow.