• General

Seaborough and Luminus Devices announce partnership to bring the world’s first LEDs with nano-engineered Eu3+-based phosphor to market

Seaborough and Luminus Devices partner to bring EuroLED™ to market, the world’s first nano-engineered Eu³⁺-based phosphor for LEDs. This breakthrough enables more efficient, sustainable warm white lighting and marks a major step forward in solid-state lighting innovation.

  • General

Momentum Capital starts sale of last ventures from Momentum Tech Fund I

Momentum Capital has initiated the sale of the final portfolio companies from Momentum Tech Fund I. This strategic move marks the final phase of a decade-long investment cycle focused on high-potential deeptech ventures.

  • Materials
  • General

Current Chemicals and Seaborough partner up to industrialize efficient nano engineered phosphor materials for LEDs

Current Chemicals and Seaborough have joined forces to industrialize Seaborough’s breakthrough nanoscale phosphor technology, EuroLED™. The partnership aims to scale up production and accelerate the global adoption of this next-generation solution for efficient, high-quality LED lighting.

  • Materials

Nog betere ledlampen met Europium (Dutch article)

(Dutch article) Ledlampjes zitten tegenwoordig overal in, maar uitontwikkeld is de technologie nog zeker niet. Nieuwe leds worden steeds zuiniger en van een betere lichtkwaliteit. Daar werkt Marie Anne van de Haar aan.

  • Materials

Review: YAG:Ce3+ Phosphor: From Micron-Sized Workhorse for General Lighting to a Bright Future on the Nanoscale

The renowned yellow phosphor yttrium aluminum garnet (YAG) doped with trivalent cerium has found its way into applications in many forms: as powder of micron sized crystals, as a ceramic, and even as a single crystal. However, additional technological advancement requires providing this material in new form factors, especially in terms of particle size.

  • Materials

Eu3+ Sensitization via Nonradiative Interparticle Energy Transfer Using Inorganic Nanoparticles

Phosphors have been used successfully for both research and commercial applications for decades. Eu3+-doped materials are especially promising, because of their extremely stable, efficient, and narrow red emission lines.