India now requires messaging apps to stay tied to active KYC SIMs and enforce six-hour logouts to curb scams and cross-border fraud.
With AI compute demands soaring, silicon photonics is emerging as a next-generation technology poised to reshape the landscape. According to Hankyung, sources say that Samsung Electronics’ Device Solutions (DS) Division has designated the technology as a future strategic priority and begun recruiting experts for its Singapore-based R&D center, led by Vice President King-Jien Chui, a former TSMC executive. The report highlights that Samsung is expanding its team in Singapore and working with Broadcom to move the technology toward commercialization.
As the report indicates, citing industry sources, Samsung’s 2027 target for CPO (Co-Packaged Optics) commercialization suggests that its real contest with TSMC will begin at that point. By 2030—when silicon photonics is expected to be applied at the individual-chip level—the technology will likely become the central battleground of the foundry market. Although TSMC currently leads, Samsung is gearing up, viewing the technology as a key to attracting major foundry clients, the report adds.
As this month’s string of powerful X-class solar flares sparked brilliant auroras that lit up skies across an unusually wide swath of the globe—from northern Europe to Florida—researchers at NJIT’s Center for Solar-Terrestrial Research (CSTR) captured a less visible, but crucial, record of the storm’s impact on Earth’s upper atmosphere.
Recent measurements recorded by NJIT’s new network of radio telescopes show how a rare sequence of intense flares from Nov. 9–14, including an X5.1 event marking 2025’s strongest flare so far, jolted the ionosphere—the plasma-filled atmospheric layer essential for radio signals, GPS accuracy and satellite orbits.
The flares triggered R3 (strong) radio blackouts across Africa and Europe, with several coronal mass ejections (CMEs) fueling a major geomagnetic storm and aurora at unusually low latitudes.