Iran is set to officially launch its most advanced research facility for primate studies later this year, according to the head of the Academic Center for Education, Culture and Research (ACECR).

A newly developed Iranian wind turbine uses a magnetic rotor and a 360-degree wind guidance system to harvest energy from low-speed, changing winds while allowing up to 10 units to be stacked vertically.

By developing the Oncopore G2121, a domestically-produced electrochemotherapy (ECT) system featuring proprietary probe technology with no foreign analogues, Iran has joined the United Kingdom and Italy as one of only three nations worldwide capable of manufacturing this advanced cancer treatment device.

Iran joins elite ADC-producing countries with Tederox and Padynex, cutting costs by over 90 percent, expanding HER2-positive cancer treatment access, and showcasing rapid biopharmaceutical advancement despite sanctions.

Iran ranks fourth globally in high-impact research on advanced aircraft engines, including hypersonic propulsion, reflecting a focused, sanctions-resistant scientific strategy that has positioned it ahead of several traditional aerospace powers.

The mysterious death of young Iranian AI researcher Dr. Ali Ehsanian in France fits neatly into a decades-long Israeli campaign to decapitate Iran’s scientific progress – targeting nuclear scientists, AI pioneers, and strategic technologies alike.

Iran’s domestically developed ProSPECT II cardiac SPECT scanner has positioned it among a select group of countries capable of manufacturing advanced nuclear imaging systems, offering world-class diagnostic performance, lower costs, rapid servicing, and proven clinical reliability.