Discover how researchers from Cornell University and NASA designed a real-life stillsuit inspired by Dune: a compact system that recycles 87% of urine into drinking water in five minutes for lunar and Martian spacewalks.
Explore the real neuroscience behind Sword Art Online: how neuroengineering, brain-computer interfaces, and somatosensory microstimulation explain NerveGear’s FullDive technology and the future of full-sensory virtual immersion.
Explore how neuromorphic computing and Spiking Neural Networks (SNNs) eliminate the Von Neumann bottleneck, enabling processors like Intel Loihi 2 and IBM NorthPole to execute AI workloads on biological power budgets.
A deep dive into Organoid Intelligence (OI) and biocomputing: how living 3D human brain organoids on microelectrodes learn in real time, consume 10⁶ times less power than GPUs, and pioneer biological cloud servers.
Explore the science of epigenetic reprogramming and Yamanaka factors. Learn how partial in vivo reprogramming and DNA methylation clocks are resetting cellular age to treat degenerative diseases and maximize human healthspan.
Explore the fusion of synthetic DNA and semiconductors. Learn how bio-hybrid chips store 215 Petabytes per gram and perform in-memory computing for AI workloads with near-zero electrical power consumption.
Discover how personalized mRNA cancer vaccines are transforming oncology. Learn how bioengineers map patient-specific neoantigens to train the immune system to hunt malignant tumors with surgical precision.
Explore the revolutionary science of CRISPR-Cas9, Base Editing, and Prime Editing. Discover real-world clinical cures, the biological reality of super-soldier traits, and the profound bioethical dilemmas facing humanity.