Sunday, 30 November 2025
28.9 C
Singapore
19.5 C
Thailand
21.1 C
Indonesia
28.3 C
Philippines

In brief: Alphabet invests in a start-up which uses beams of light on chips for faster AI

Lightmatter just secures its first backing from a corporate investor: GV, a venture arm of Google parent company Alphabet. This shows that there could be another solution that could speed up AI, which is being leveraged on in several fields beyond technology, like retail and healthcare. GV has signed on alongside existing investors Matrix Partners […]

Lightmatter just secures its first backing from a corporate investor: GV, a venture arm of Google parent company Alphabet. This shows that there could be another solution that could speed up AI, which is being leveraged on in several fields beyond technology, like retail and healthcare. GV has signed on alongside existing investors Matrix Partners and Spark Capital, giving the start-up US$22 million in funding to work with, bringing the total Series A raised to US$33 million.

About Lightmatter

  • Lightmatter was founded by Dr. Nicholas Harris, Thomas Graham and Darius Bunandar at MIT in 2017.
  • In 2015, Harris and Bunandar began looking at fields beyond quantum computing, including Artificial Intelligence (AI).
  • AI technology are prevalent in a wide range of industries, from automotive and robotics to online advertising.
  • The AI models behind these technology are “trained” using large datasets which is a process that requires a lot of resources like time and energy with existing computer processors.
  • Current transistor-based technologies are reaching the limits of their fundamental capabilities, and faster and more energy efficient computers are needed to the continued progress of AI.
  • Lightmatter’s optical computer chips use the unique properties of light to enable fast and efficient inference and training engines.
  • Specifically, Lightmatter’s chip includes an optical component called a Mach-Zehnder interferometer instead of a more common multiplier-accumulator, or MAC, unit.
  • This swap is intended to circumvent limits facing today’s chips.
  • The alternative computing platform currently being developed by Lightmatter will be critical to powering the next generation of AI algorithms.

Hot this week

Statrys expands in Singapore with unified CAB platform for SMEs

Statrys launches a unified platform in Singapore to streamline incorporation, accounting and cross-border payments for SMEs.

Southeast Asia’s Agnes AI partners with Agora to launch real-time AI workspace

Agnes AI and Agora launch a real-time AI workspace that connects human teams and AI agents for collaborative work at scale.

Belkin UltraCharge Pro 3-in-1 Magnetic Charging Dock with Qi2 25W review: Fast, quiet and convenient charging

Belkin UltraCharge Pro 3-in-1 Magnetic Charging Dock with Qi2 25W offers fast, quiet and convenient wireless charging for iPhone, Apple Watch and AirPods.

Singapore sees surge in ransomware attacks during holidays, Semperis study finds

A new Semperis study shows 59% of ransomware attacks in Singapore occur during holidays, driven by reduced staffing and major corporate events.

Lara Croft becomes gaming’s best-selling heroine amid new Tomb Raider rumours

Lara Croft becomes gaming’s best-selling heroine as new Tomb Raider rumours fuel excitement.

Team Cherry confirms more Silksong content without a release date

Team Cherry is working on new Hollow Knight: Silksong content, but no release date has been announced.

Ayaneo unveils the Next II, a powerful handheld with a 9-inch display

Ayaneo reveals the Next II handheld with a 9-inch OLED display, a Ryzen AI Max+ chip, and advanced controls, aimed at high-end gamers.

Meta and Google reportedly close to landmark AI chip agreement

Meta is in talks with Google on a major AI chip deal that could reshape the competitive landscape across cloud and hardware markets.

IBM expands Storage Scale System 6000 to support full-rack capacity of 47PB

IBM expands its Storage Scale System 6000 to a full-rack capacity of 47PB, boosting performance for AI, supercomputing, and large-scale data workloads.

Related Articles

Popular Categories