One very rare Singer DLS will be auctioned off by RM Sotheby’s this month and is expected to sell for between $3.25 million and $3.7 million. To put that into perspective, that’s roughly the same as a ...

Dynamic light scattering (DLS) is a valued sizing technique for proteins, colloids and dispersions, which comfortably extends to the sub 1 nm region. The observation of scattered light helps determine ...

Nearly a week after the car’s public debut at the Goodwood Festival of Speed (FOS), we finally have a satisfying clip of Singer Vehicle Design’s new 911 Dynamics and Lightweighting (DLS), which is ...

What Happens During a DLS Measurement? In a DLS measurement, particles diffusing by Brownian motion scatter incident light back to a detector, where interference of the light scattered by every ...

California-based Singer Vehicle Design, known for its “reimagined” restorations based on classic Porsches, is back with its latest creation, and the name is quite the mouthful. Meet the Porsche 911 ...

Dim’s fascination with cars began when he was just six. Born into a family of car enthusiasts and racing drivers, he started learning basic mechanics and driving from an early age. While he loves ...

The Singer DLS Turbo is a modern-day reinterpretation of the Porsche 934/5 endurance racers from the 1970s. Based on 964-generation 911s, Singer's latest custom-built cars boast a carbon-fiber ...

Dynamic light scattering (DLS) is a proven and mature technology for nanomaterial characterization, while nanoparticle tracking analysis (NTA) is a recent addition to the range of particle ...

Dynamic light scattering (DLS) is a technique used to determine particle size distributions of bioformulations. Traditionally, DLS measurements have been used for studying dilute solutions, but ...

Unmatched particle sizing accuracy: Three different detection angles to measure a wide array of samples, while eliminating errors risk with automatic angle selection. Plus, the Multi-Angle Particle ...

Let me start by saying I am the first to admit no mathematical system to reset targets in interrupted limited-overs matches will ever be 100% perfect. To that end, I am always interested in listening ...