If you're trying to watch a YouTube video and can't get the sound to work, it could be by design. The Google-owned video sharing site has just implemented a new policy which won't remove a user's videos containing copyrighted audio, but it will mute the audio stream, allowing the offending video to play on sans sound.
The new policy comes as a result of YouTube's ongoing dispute with Warner Music Group. Last month, Warner forced YouTube to cut off access to videos containing copyrighted music, following a breakdown in talks over licensing agreements. The video sharing site appears to have found a workaround until those talks come to a conclusion.
"Music licensing can get very complicated, but we try to make your experience as simple as possible," YouTube wrote in a blog post. "We want you to have options when uploading videos with music in them. And if your video is subject to a copyright claim, you should have some choices too."
YouTube recommends that anyone whose videos have been flagged and muted to check out Audioswap, which is a library of pre-cleared music.
G2 Microsystems has pioneered a new technology that will allow devices like headphones, speakers and other WiFi devices to directly communicate with notebooks Intel Centrino 2 chips. The company’s WiFi networking module can be planted inside consumer devices to allow them to connect to Intel My WiFi-enabled computers without the use of access points.
The technology promises to make tasks “such as wireless printing and synchronization between a digital photo frame and your photo archives” less onerous, according to the company’s founder and CEO Geoff Smith.
With the advent of Intel My WiFi Personal Area Networks, made possible by G2 Microsystems, WiFi has sneaked into Bluetooth’s territory.
According to Chinese researchers, sheets made of carbon nanotubes will act like a loudspeaker when charged with a varying electric current. This discovery could lead to a new era of cheap, flat speakers.
Shoushan Fan of the Tsinghua University in Beijing and his team have been working alongside a team of researchers at Beijing Normal University (a name that truly inspires confidence), to create the first speaker sheet by aligning numerous 10-nanometer-diameter carbon nanotubes. When an audio frequency current was sent through the sheet they found that it acted as a loudspeaker. While the reaction causes the sheet to heat up to temperatures of 80°C, it’s expected that consumer use will only cause the sheet to rise slightly above room temperature.
According to Kaili Jiang, a member of Fan’s team, the speakers have a great deal of potential in them for uses that you wouldn’t see from a conventional speaker. The team has found that the flexible sheets can be stretched until they become transparent. They could then be attached to the front of an LCD screen to replace standard speakers. They even mentioned the possibility of singing and speaking jackets.