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In recent years, AI-generated music has flooded the YouTube platform, especially the popular 'lo-fi' music playlists. These playlists often use anime character thumbnails to create a relaxing and immersive atmosphere. However, with the rapid rise of AI music, many playlist creators have started labeling 'No AI' to ensure listeners enjoy truly human-created music. At the end of last year, TikTok music star Derrick Ji (Derric)

Still struggling with sound effects for your short videos? Still searching for the perfect BGM that always falls short? Now, ByteDance is releasing a blockbuster AI technology that breaks the final silent spell of video creation! Their newly launched SeedFoley sound effect generation model is like injecting life into your videos. With just one click, it intelligently matches professional-level sound effects to your videos, instantly transforming your work from a silent film into a vibrant cinematic experience. The effect is stunning! Even more exciting, this AI sound effect technology has quickly launched on ByteDance's platform.

Recently, QQ Music officially launched version 14.0, delivering exciting new features and experiences. This version introduces the first AI model sound effects, which intelligently match sound effects to songs. This sound effect was co-developed by the QQ Music Tianqin Laboratory and the Galaxy Sound Effect Team. By analyzing various dimensions of musical audio, such as tone, sound quality, and spatial sense, it provides users with a personalized listening experience. For instance, when users play 'The Lonely Warrior', they can experience the spatial layering brought by the 3D surround sound effects in the verse, while the chorus offers an engaging audio experience.

Recently, Adobe's research team collaborated with researchers from the University of Michigan to develop an artificial intelligence system called MultiFoley, which generates sound effects for dubbing in films and videos, assisting in post-production. The innovation of MultiFoley lies in its ability to allow users to create sound effects through text prompts, reference audio, or video examples. In demonstrations, the system can even transform a cat's meow into a lion's roar, or convert the sound of a typewriter into piano notes, perfectly synchronized with video footage.

Remember the scenes in sci-fi movies where the protagonist wields a magic wand to effortlessly manipulate sound? Now, this magical ability is no longer a fantasy! NVIDIA's latest AI model, Fugatto, acts like a 'sound magic wand,' allowing users to control music, sounds, and voices with just text, creating various wonderful auditory effects. Fugatto, short for 'Foundational Generative Audio Transformer Opus1,' is a...

From a simple Chrome extension to an AI voice empire valued at over $20 million, PlayAI is redefining the imagination of human-computer interaction with sound technology. Founders Hammad Syed and Mahmoud Felfel have woven a world of possibilities with code and algorithms. This is not just a voice technology company; it is a magical factory that can instantly transform text into lifelike sounds. The core charm of PlayAI lies in its astonishing voice cloning and generation capabilities.

In the fields of music and sound creation, the combination of technology and creativity often faces numerous challenges. Existing AI models typically excel at specific tasks but lack broad adaptability, limiting AI's auxiliary role in music production. To better serve music and audio production, there is an urgent need for a versatile model that can flexibly respond to various creative needs. Therefore, NVIDIA has launched Fugatto, an audio generation and processing model with 2.5 billion parameters. Fugatto is designed to...

The safety risks associated with lithium battery fires are often a cause for concern. To address this, scientists have proposed a method to provide early warnings of battery fires using sound. The study discovered that lithium-ion batteries undergo a series of chemical reactions before catching fire, leading to a gradual increase in internal pressure and ultimately causing the battery to swell. Due to the hard casing of the batteries, which cannot accommodate this swelling, the safety valve inside the battery bursts when the pressure becomes too high, creating a distinct sound.

The research team at Tsinghua University recently released a mobile sound source simulation platform named SonicSim, aiming to address the current data scarcity in the field of voice processing for mobile sound source scenarios. This platform is built on the Habitat-sim simulation platform, capable of realistically simulating real-world acoustic environments, providing higher quality data support for the training and evaluation of voice separation and enhancement models. Existing voice separation and enhancement datasets are mostly based on static sound sources, which are inadequate for the needs of mobile sound source scenarios.

When creating engaging videos, audio plays a crucial role alongside visuals. However, finding or producing the right sound effects can often be a time-consuming task. At Adobe's annual MAX conference, they showcased an experimental prototype called Project Super Sonic, a technology that can generate sound effects from text, recognize objects in videos, and even utilize your voice to quickly produce background sounds and effects for video projects. While the feature of generating sound effects from text prompts sounds promising,

In the wave of technological innovation, Norwegian startup Sonair is sparking a revolution in perception technology. They cleverly introduce ultrasonic technology into the field of autonomous hardware 3D computer vision, challenging the long-standing dominance of LiDAR. Sonair's founder and CEO Knut Sandven has proposed an audacious idea: using ultrasonic technology to read sound waves for detecting people and objects to achieve 3D imaging. This technology not only boasts low energy consumption and minimal computational requirements but also promises to be superior to currently widely used solutions.

The current tech industry mainly relies on the boom of artificial intelligence (AI) to mask its overall sluggish condition, with many companies continuing to struggle amid economic downturns. Traditional tech sectors, such as software, IT consulting, and companies providing electronic devices for manufacturing and the automotive industry, face problems of weak demand and excess inventory, making recovery difficult. While AI has become the sole growth point, the aftermath of overhiring and excessive spending, coupled with economic uncertainty, has increased the difficulty of recovery. Large tech companies are experiencing a slowdown in growth, and small businesses in the tech sector are particularly facing weak revenue growth. Although AI is the current highlight,

Google is leveraging artificial intelligence technology to analyze sound data, aiming to predict and detect health issues early, particularly tuberculosis. In partnership with Indian startup Salcit Technologies, the plan is to integrate this innovative technology into smartphones for easier use in resource-limited areas. This method can assist in diagnosing health conditions through simple audio like cough sounds. Google's ongoing exploration in the health sector, including disease detection through olfactory technology, demonstrates its commitment to enhancing health management capabilities through technological means.