וואלהרעידת אדמה בעוצמה 6.12 הורגשה בפפואה גינאה החדשהThe Jerusalem PostThe thought that changes everything - opinionESPNAfter Watson's rough opener, Browns to evaluate QB situation before Week 3Punch2027: Over 6,000 NDC members defect to PDP in EnuguInquirerCalabarzon cleanup hauls 35,105 kilos of coastal wasteUOLQuem protege os brasileiros dos protetores da democracia?3DNewsУчёные нашли способ замедлить остывание электронов в солнечных панелях в 1000 раз — это путь за нынешний предел КПД경향신문‘게리맨더링’보다 더 노골적인 공화당의 꼼수 ‘투표 사막화’The GuardianCeltic v Rangers: Scottish Premiership – liveDaily MailChloe Ferry says she will expose a 'friend' who has sent her 'extremely hurtful and threatening messages on social media'OnetPutin knuje przy granicy Rosji z NATO. "Dąży do stworzenia innej Europy"20 MinutenNach 14-Mio.-Sanierung stürzte Decke ein – und nun Pilzbefall
The Daily Newsstand · Free, Always
Sunday, September 20, 2026

Egyptian physicist Ahmed Al-Gendy wins global Marie Curie Medal for nanotech cancer treatment

Translate

Egyptian physicist Ahmed al-Gendy, an associate professor of physics at the University of Texas at El Paso (UTEP), has earned global scientific acclaim after receiving the 2026 Marie Curie Medal for his breakthrough work applying nanotechnology to cancer treatment.

Conferred by the Sweden-based International Association of Advanced Materials (IAAM), the prestigious award honors groundbreaking research in advanced materials science.

Al-Gendy was chosen for his pioneering contribution to magnetic nanomaterials and their targeted application in oncology.

The UTEP’s College of Science formally announced the honor across its official platforms, celebrating the milestone.

A second major honor from the IAAM

The recognition marks al-Gendy’s second major distinction from the International Association of Advanced Materials in just two years, following his receipt of the IAAM Advanced Materials Award in 2024.

Securing back-to-back honors from the international body reflects the scientific community’s interest on his research into magnetic nanostructures.

Targeting solid tumors with magnetic nanoparticles

The award coincides with the publication of new research by al-Gendy’s team in the journal Acta Biomaterialia.

The study details the development of specialized magnetic nanoparticles engineered to directly target and destroy solid tumors when activated by an alternating magnetic field.

View the original on Egypt Independent

KioskNews shows a cleaned-up reading view extracted from the publisher’s page — the original always lives on their site, not ours.