Innovative Quantum Learning Solutions

We integrate quantum entanglement with deep learning to develop advanced algorithms for quantum state classification and representation learning.

A laptop displaying a website about language models is set on a wooden table. A coffee cup is nearby, next to a menu stand featuring a beef dish advertisement.
A laptop displaying a website about language models is set on a wooden table. A coffee cup is nearby, next to a menu stand featuring a beef dish advertisement.
A low-light image featuring a blurred, glowing white Google Bard logo in the background and a clear OpenAI logo with a knot design in the foreground, set against a dark background.
A low-light image featuring a blurred, glowing white Google Bard logo in the background and a clear OpenAI logo with a knot design in the foreground, set against a dark background.
A futuristic and digital-themed image features a stylized circuit board with the words 'Open AI' in bold, glowing letters. Above it is a design that resembles an AI or robot face with neon accents. The background consists of a network of interconnected blue lines and nodes, suggesting themes of technology and connectivity.
A futuristic and digital-themed image features a stylized circuit board with the words 'Open AI' in bold, glowing letters. Above it is a design that resembles an AI or robot face with neon accents. The background consists of a network of interconnected blue lines and nodes, suggesting themes of technology and connectivity.

Our Research Phases

Our research spans theoretical analysis, algorithm design, and experimental validation, utilizing quantum computing simulators to enhance neural network performance.

Quantum Learning

Integrating quantum states with deep learning for innovative solutions.

A smartphone displaying the OpenAI logo rests on a laptop keyboard. The screen features a blue abstract design, and the keyboard is visible beneath with dimly lit keys.
A smartphone displaying the OpenAI logo rests on a laptop keyboard. The screen features a blue abstract design, and the keyboard is visible beneath with dimly lit keys.
Phase One

Theoretical analysis of quantum entangled states and properties.

Four small, white robot figures are sitting in a row, each with a laptop in front of them. They have round bodies and blue accents, with 'AI' displayed on their chests. The background is minimal and light gray, emphasizing the robots and their computers.
Four small, white robot figures are sitting in a row, each with a laptop in front of them. They have round bodies and blue accents, with 'AI' displayed on their chests. The background is minimal and light gray, emphasizing the robots and their computers.
Phase Two

Developing algorithms for optimized neural network architectures.

The image features a logo with the letters 'Q' and 'R' next to the text 'QAZAQ REPUBLIC' and the number '1465'. The background is a muted olive green color, and the text and logo are in a light, metallic shade.
The image features a logo with the letters 'Q' and 'R' next to the text 'QAZAQ REPUBLIC' and the number '1465'. The background is a muted olive green color, and the text and logo are in a light, metallic shade.
A smartphone displaying the OpenAI logo is resting on a laptop keyboard. The phone screen reflects purple and white light patterns, adding a modern and tech-focused ambiance.
A smartphone displaying the OpenAI logo is resting on a laptop keyboard. The phone screen reflects purple and white light patterns, adding a modern and tech-focused ambiance.
Phase Three

Experimental validation using quantum computing simulators for evaluation.

Phase Four

Testing algorithm performance in quantum state classification tasks.