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Published news and blog articles, organized by category. Browse older coverage by month or search for a topic. Undated blog guides appear after dated news.
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How memristors are designed
How memristors are designed | N43 N43 ANALYSIS AI · 022 N43 ANALYSIS · AI / NANOELECTRONICS How memristors are designed A memristor is not built from wires and transistors but from atomic filaments that rearrange themselves under voltage.…
How memristors could change technology
How memristors could change technology | N43 N43 ANALYSIS AI · 024 N43 ANALYSIS · AI / FUTURE COMPUTING How memristors could change technology If memristors deliver on their promise, the boundary between memory and computation dissolves.…
How Memristors Work
How Memristors Work | N43 N43 ANALYSIS AI · 021 N43 ANALYSIS · ARTIFICIAL INTELLIGENCE How Memristors Work The fourth fundamental circuit element, theorized in 1971 and realized in 2008, stores information through resistance memory — and…
How Mughal architecture shaped history
Mughal architecture made power legible through domes, gardens, gateways, water, craft and memory. Its history is a story of synthesis: Timurid and Iranian inheritances transformed by Indian materials, climates, builders and political…
How Mughal Architecture Were Built and Organized
Mughal buildings were assembled as systems: site, foundation, structure, garden, workshop and ceremony. Their organization made imperial power visible—and usable.
How neuromorphic chips are designed
How neuromorphic chips are designed | N43 N43 ANALYSIS AI · 018 N43 ANALYSIS · ARTIFICIAL INTELLIGENCE How neuromorphic chips are designed Designing a brain-inspired processor means co-designing circuits, memory, routing, algorithms, and…
How Neuromorphic Chips Could Change Technology
How Neuromorphic Chips Could Change Technology | N43 N43 ANALYSIS AI · 020 N43 ANALYSIS · ARTIFICIAL INTELLIGENCE How Neuromorphic Chips Could Change Technology From edge sensors to autonomous robots, neuromorphic silicon promises to…
How neuromorphic chips work
How Optical Computers Are Designed
How Optical Computers Are Designed | N43 N43 ANALYSIS AI · 014 N43 ANALYSIS · ARTIFICIAL INTELLIGENCE How Optical Computers Are Designed From waveguide layout to foundry tape-out: the engineering pipeline that turns optical physics into…
How optical computers could change technology
How optical computers could change technology | N43 N43 ANALYSIS AI · 016 N43 ANALYSIS · AI / PHOTONICS How optical computers could change technology Optical computers could change technology by replacing electrical signals with photons…
How Optical Computers Work
How Optical Computers Work | N43 N43 ANALYSIS AI · 013 N43 ANALYSIS · ARTIFICIAL INTELLIGENCE How Optical Computers Work Photons instead of electrons: how optical computers use light waves produced by lasers to process, store, and…
How Phoenician trade shaped history
How Phoenician trade were built and organized
How photolithography are designed
How photolithography are designed | N43 N43 ANALYSIS AI · 030 N43 ANALYSIS · AI / HARDWARE How photolithography are designed Before light touches a wafer, engineers design the geometry, corrections, rules, and process window that make a…
How photolithography could change technology
How photolithography could change technology | N43 N43 ANALYSIS AI · 032 N43 ANALYSIS · AI / HARDWARE How photolithography could change technology Every generation of lithography reshapes what computing can become. From EUV to chiplets to…
How photolithography work
How photolithography work | N43 N43 ANALYSIS AI · 029 N43 ANALYSIS · AI / HARDWARE How photolithography work Light, chemistry, optics, and feedback turn a mask pattern into the microscopic layers of a chip. This is how photolithography…
How Polynesian Navigation Shaped History
Polynesian navigation turned stars, swells, winds, birds and inherited memory into a way across an immense ocean. The resulting voyages did more than connect islands: they shaped settlement, exchange, language and the map of human history.
How Polynesian Navigation Was Built and Organized
Polynesian navigation was built from seaworthy canoes, trained crews, ecological observation and oral instruction. Its organization was distributed across people and practices, so no single instrument—or single navigator—can explain how a…
How Protein Folding Could Change Technology
How Protein Folding Could Change Technology | N43 N43 ANALYSIS AI · 071 N43 ANALYSIS · AI How Protein Folding Could Change Technology From designed enzymes and drug discovery to biomaterials and molecular machines: how solving the protein…
How Protein Folding Is Designed
Protein design works backward from a desired function, using computation to propose sequences and experiments to discover which molecules actually fold and work.
How Protein Folding Works
Protein folding is the physical search by which an amino-acid chain becomes a functional three-dimensional ensemble—and the cellular quality-control problem that follows.
How Quantum Sensors Are Designed
How Quantum Sensors Are Designed | N43 N43 ANALYSIS AI · 006 N43 ANALYSIS · QUANTUM ENGINEERING How Quantum Sensors Are Designed Designing quantum sensors means engineering the full stack — from quantum system selection and coherence…
How Quantum Sensors Could Change Technology
How Quantum Sensors Could Change Technology | N43 N43 ANALYSIS ai · 008 N43 ANALYSIS · QUANTUM TECHNOLOGY How Quantum Sensors Could Change Technology From brain imaging to GPS-free navigation to mineral exploration, quantum sensors are…
How Quantum Sensors Work
How Quantum Sensors Work | N43 N43 ANALYSIS AI · 005 N43 ANALYSIS · QUANTUM TECHNOLOGY How Quantum Sensors Work Quantum sensors exploit superposition, entanglement, and atomic coherence to measure physical quantities with sensitivities…
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