InnovationScienceTechnology

Breakthrough in Room-Temperature Terahertz Generation Using Ultra-Thin Material

Scientists have demonstrated room-temperature terahertz generation using a 70-nanometer mercury telluride film. This breakthrough could pave the way for compact terahertz devices and high-capacity wireless connections in data centers and specialized environments.

Terahertz Breakthrough at Room Temperature

Researchers at Dresden’s HZDR facility have achieved a significant milestone in terahertz technology by generating terahertz signals at room temperature using an ultra-thin material, according to reports. The team used powerful laser pulses to produce terahertz waves from a mercury telluride film measuring just 70 nanometers thick, marking what sources indicate is the first non-cryogenically-cooled demonstration of its kind.

InnovationStartupsTechnology

Muon Space to Integrate Starlink Laser Technology for Real-Time Satellite Data Transmission

Muon Space has announced it will incorporate Starlink’s mini laser technology into its upcoming Halo spacecraft. The partnership marks the first external deployment of SpaceX’s laser communication system, promising revolutionary improvements in satellite data transmission speeds and real-time Earth monitoring capabilities.

Space Laser Partnership Forges New Era in Satellite Communications

Satellite operator Muon Space will become the first company outside SpaceX to integrate Starlink’s mini laser communication technology into its spacecraft, according to company announcements this week. The partnership represents a significant advancement in space-based data transmission, with the first laser-equipped Muon satellite scheduled for launch in 2027.