Spatial Audio, also referred to as 3D Audio, represents a significant advancement in auditory technology by fundamentally transforming our perception of sound. This innovative approach simulates a natural auditory environment, thereby moving beyond the limitations of traditional stereo sound, which is typically confined to a two-dimensional plane. Spatial Audio intricately positions sound within a three-dimensional space, meticulously replicating how we experience sound in the real world. This advanced audio technology offers listeners an unparalleled level of immersion and realism, enhancing the sensory experience to new heights.

The importance of Spatial Audio extends beyond mere entertainment; it plays a critical role in creating highly compelling and lifelike audio experiences that can be applied in various fields such as virtual reality, augmented reality, gaming, and immersive theater. By accurately rendering sound from multiple directions and distances, Spatial Audio allows for a more authentic and engaging auditory experience. This enhanced realism is crucial for developing immersive environments where audio cues can significantly influence user interaction and perception. The ability to place sounds in specific locations within a three-dimensional space not only improves the quality of the listening experience but also enriches the overall sensory impact, making Spatial Audio an indispensable component of modern multimedia and interactive applications.

Research Focus

Our research encompasses several key areas, each contributing to the advancement of immersive audio-visual experiences:

• Music Composition: Crafting unique compositions across various genres to showcase the extensive range and capabilities of our research.
• Advanced Recording Techniques: Utilizing multichannel and binaural recording methods to capture high-fidelity Spatial Audio.
• Advanced Spatial (3D) Mixing: Exploring cutting-edge 3D Audio technologies, including Dolby Atmos, Ambisonics, and Binaural audio.
• Psychoacoustics: Investigating Head-Related Transfer Function (HRTF), Impulse Response, Binaural Room Impulse Response (BRIR), reverberation, delay, and other auditory phenomena.
• Interaction with XR: Integrating Spatial Audio with XR; Virtual Reality (VR), Mixed Reality (MR), and Augmented Reality (AR) to create comprehensive audio-visual experiences.
• Interactive 360 Viusal: creating 360 visuals in XR using Unreal Engine, Max for Live for music and live perfomances.

Collaboration

InnerBloom Sounds has established strategic collaborations with some of the foremost Anime and Game production companies, including Pokémon, Toei Animation, Kyoto, A-1 Pictures, Bandai Namco, and Gameloft. These partnerships are pivotal in applying our research to real-world scenarios, ensuring our innovations have practical, impactful applications. Additionally, we are collaborating with Unreal Engine and Epic Games to develop a state-of-the-art virtual space for interactive 360-degree content. This collaboration aims to create immersive environments that leverage our advanced Spatial Audio techniques, pushing the boundaries of what is possible in XR technologies.

Our ongoing research is dedicated to exploring and advancing the frontiers of Spatial Audio and Interactive Visuals. By merging these technologies, we aim to set new standards in the field of immersive entertainment. We are committed to sharing our findings and breakthroughs with the wider community, fostering a collaborative spirit that drives innovation.

As we continue to innovate, we invite you to join us on this exciting journey into the future of audio-visual experiences. Your support and engagement are invaluable as we strive to redefine the landscape of immersive entertainment. Together, we can push the boundaries of what's possible and create transformative experiences that captivate and inspire.