#A new graphene-based phototransistor operates at petahertz speeds in #AmbientConditions, paving the way for computers up to a million times faster than current processors. Nature Communications doi.org/g9kqgp phys.org/news/2025-05-w…

TTN Research Alert: Petahertz Logic: Lightwave Quantum Switching at Room Temperature; Graphene Phototransistor Flips States in 630 Attoseconds - In the quest to tame electron motion at its natural timescale, a team led by Mohammed Th. Hassan and colleagues has pushed the

My interview with Prof Prof. Erika Hamden in her New Frontiers show. youtu.be/TOoiabb0Hq4?si…

BIO5 member Mohammed Hassan is developing the first phototransistor to run at petahertz speeds in ambient conditions (1 petahertz = 1 million billion cycles/sec). This could revolutionize electronics with ultra-fast, energy-efficient tech. More: bit.ly/4kqngnZ

linkedin.com/posts/mohammed…

In our new published article we demonstrate 1- ultrashort quantum light pulses 2- first measurement of quantum uncertainty in real time 3- ultrafast and ultra secure quantum communication of decoded data on quantum laser pulses International Year of Quantum 2025 nature.com/articles/s4137…

#LSA_Highlight: [Article] Attosecond quantum uncertainty dynamics and ultrafast squeezed light for quantum communication. University of Arizona BIST-Barcelona Institute of Science and Technology Universität München #Quantum_optics #Ultrafast_photonics nature.com/articles/s4137…

##QuantumUncertainty has been captured and controlled in real time using femtosecond light pulses, paving the way for advances in secure communication and ultrafast #QuantumOptics. doi.org/g95zc3 phys.org/news/2025-10-q…

3️⃣ الاكتشاف الجديد بحسب العالم المصري محمد ثروت حسن يتيح لهم التحكم في "عدم اليقين" لأول مرة منذ اكتشاف العالم الألماني هايزنبيرغ للمبدأ قبل نحو قرن ⚛️⬇️

For nearly a century, Heisenberg’s uncertainty principle has defined the limits of what we can know about the quantum world. But now, scientists have achieved something extraordinary: real-time control of quantum uncertainty using ultrafast pulses of “squeezed light.” 🔬 By

The correct reference Sennary, M., Rivera-Dean, J., ElKabbash, M. et al.Attosecond quantum uncertainty dynamics and ultrafast squeezed light for quantum communication.Light Sci Appl 14, 350 (2025). doi.org/10.1038/s41377… nature.com/articles/s4137…