English

Google works with magic leap on AR optics and manufacturing

1150
2024-05-31 17:01:29
See translation

In the 2010s, Magic leap is one of the most hyped augmented reality companies, with a lot of money, including from Google. When the magic leap one headset was introduced in 2018, it was not a technological breakthrough in display technology that was once derided. Since then, Magic leap has persevered and has now signed a "multifaceted strategic technology partnership" with Google.

Google announced today that it was interested in "magic leap's leadership in optics and manufacturing.". This will be "combined" with unspecified Google technologies and platforms, with the goal of bringing "a broader immersive experience to market.".

Everything is murky, from magic leap's use of Android XR and access to AR services to Google's desire for magic leap's display technology and manufacturing capabilities for the headphones or eyewear hardware it may be developing.

Here's what magic leap says it can do today in optics and manufacturing while continuing to sell magic leap 2 (launched in mid-2022) to corporate customers. Most similar to Microsoft hololens, it has a truly transparent display that drapes graphics over your line of sight. A separate battery/computing pack connects to the headset.

Google said its partnership with Samsung would not be affected by the magic leap deal, Reuters reported.
Android XR was not announced on I/O 2024, while ar news focused on bringing a virtual experience to Google maps. According to the latest rumors, Google has not developed its own smart glasses or pursued an OEM partner model, as Samsung did on its head display. That was before the hardware layoffs that affected Google's first augmented reality hardware team in January.

Source: laser net

Related Recommendations
  • Sweden's powerful laser system generates ultra short laser pulses

    For the first time, researchers at Umeå University, Sweden, have demonstrated the full capabilities of their large-scale laser facility. The team reports generating a combination of ultrashort laser pulses, extreme peak power, and precisely controlled waveforms that make it possible to explore the fastest processes in nature.Umeå’s laser is 11 m long and generates very short pulses László Vei...

    08-20
    See translation
  • Xi'an Institute of Optics and Fine Mechanics has made new progress in the research of attosecond high spatiotemporal resolution imaging

    The attosecond light source has the characteristics of ultra short pulse width, short wavelength, high coherence, and high-precision synchronous control, and has extremely high potential for application in the field of ultrafast imaging. Especially when the attosecond light source reaches the "water window" band, oxygen and hydrogen atoms have weak absorption of X-rays in this band, so water is re...

    2024-10-14
    See translation
  • Skylark Lasers receives a new round of investment to drive international business growth

    Skylark Lasers is a designer and manufacturer of single frequency diode pumped solid-state (DPSS) lasers, headquartered in Edinburgh, Scotland. Recently, the company has received a new round of financing worth millions of pounds to drive international expansion and advance its product development roadmap.Led by long-term key investment partners at Par Equity and Scottish Enterprise, the investment...

    10-11
    See translation
  • Researchers improve laser behavior by tying laser knots

    Researchers have created a new type of laser that, despite environmental noise and manufacturing defects, still performs as expected. Technically speaking, researchers have created a topology, time, and mode-locked laser. This study has the potential to improve sensors and computing hardware.A mode-locked laser emits light with regular pulses instead of a continuous beam. Pulses can be very counta...

    2024-03-07
    See translation
  • Development, Share, and Industry Insights of the US Laser Processing Market in 2025

    The global laser processing market is expected to grow from $4.2 billion in 2023 to $7.73 billion in 2031, with a compound annual growth rate (CAGR) expected to reach 8.1% during this forecast period. According to DataM Intelligence Comprehensive Report has released its latest report on the "Laser Processing Market Size 2025," providing a detailed analysis of market trends, key growth drivers, c...

    11-13
    See translation