In a groundbreaking stride towards architectural innovation, the Kingdom of Saudi Arabia proudly unveils the world’s inaugural 3D-printed mosque, nestled within the Al-Jawhara suburb of Jeddah. Spanning an impressive 5,600 square meters, this architectural marvel serves as a tribute to the late equestrian Abdulaziz Abdullah Sharbatly and stands as a testament to the kingdom’s embrace of cutting-edge technology. Spearheaded by Forsan Real Estate and employing state-of-the-art 3D printing technology from Guanli, the mosque’s construction was completed in a mere six months, under the visionary leadership of Wajnat Abdulwahed, the spouse of the esteemed Abdulaziz Abdullah Sharbatly.

Designed to foster tranquility amongst worshippers while seamlessly integrating natural light, the mosque boasts distinctive minarets, elevating it to the status of a neighborhood landmark. Its inauguration heralds Saudi Arabia’s ascent as a global technological hub, outpacing even the United Arab Emirates in a similar endeavor. While Dubai had previously announced plans for the world’s first 3D-printed mosque last May, Saudi Arabia has now taken the lead, demonstrating the boundless possibilities of this emerging construction technique.

At Stanford University, researchers have unlocked a transformative advancement in 3D printing technology, enabling the rapid production of highly detailed microscopic particles with a wide array of applications. These particles, smaller than visible dust, find utility in drug delivery, microelectronics, microfluidics, and precision manufacturing. However, the intricate coordination required between light delivery, stage movement, and resin properties has historically hindered scalable fabrication of such custom microscale particles.

In a groundbreaking study published in Nature, Jason Kronenfeld, a PhD candidate in the DeSimone lab at Stanford, unveils a novel processing technique capable of printing up to 1 million intricately detailed microscale particles per day. This achievement represents a significant leap forward in particle fabrication, offering unprecedented speed and complexity in production.