Feel the Future: Touching Sound | Justin Paterson & Andy Visser | TEDxUniversity of West London

TL;DR

Haptic audio, the integration of touch and sound, has the potential to revolutionize virtual reality experiences and extend to various fields, including gaming, education, art, and music production.

Transcript

hello eing as creatures we have five principal senses site hearing smell taste and touch although six if you want to include the sense of humor we use two of those sentes when we take information from audiovisual media and things apart from perhaps modern immersive formats have been largely unchanged in that regard ever since about 100 years ago wh... Read More

Key Insights

• 👂 Haptic feedback combines touch and sound to enhance virtual reality experiences.
• ❓ Current haptic systems can provide either kinesthetic or tactile feedback, but not both simultaneously.
• 😑 Haptic audio has the potential to improve gaming experiences, enhance communication in virtual environments, and enable new forms of artistic expression.
• 🥰 Haptic feedback can benefit individuals with hearing impairments and visually impaired individuals in understanding and experiencing audiovisual content.
• 🏑 Haptic audio can revolutionize training experiences by making them more immersive and impactful for professionals in various fields.
• 😒 Online museums and galleries could use haptic technology to bring a tactile dimension to their virtual exhibitions, increasing audience engagement.
• 👤 Haptic feedback in music production can empower users to have a more nuanced approach and improve their workflow.

Questions & Answers

Q: How does haptic feedback enhance virtual reality experiences?

Haptic feedback in virtual reality allows users to feel the physicality of virtual objects, enhancing the sense of presence and realism in immersive experiences.

Q: Can haptic audio benefit hearing impaired individuals in gaming and media?

Yes, haptic audio can convey audio descriptions through touch, providing hearing impaired individuals with an additional channel of information and improving their understanding of games and movies.

Q: How can haptics and audio contribute to training experiences for professionals like pilots or surgeons?

By making audio interactive and reactive in haptic training devices, professionals can have a more impactful and immersive training experience, improving their skills and proficiency.

Q: How can haptic audio transform the experience of online museums and galleries?

Haptic feedback could allow online visitors to physically feel sculptures and artwork, creating a more engaging and impactful experience compared to passive viewing.

Summary & Key Takeaways

• Haptic feedback, the ability to feel and touch objects in virtual reality, is an area of focus for enhancing immersive experiences.

• Current haptic systems can incorporate either kinesthetic (limb movement) or tactile (temperature, vibration) feedback, but not both simultaneously.

• The future of haptic audio holds potential for gaming, education, training, art, music production, and virtual communication, allowing users to not only hear and see but also touch digital content.