Latest articles
Semiconductors & Electronics 27 Dec 2023
The Evolution of Silicon Pixel: How Tiny Chips Transformed Particle Physics
Silicon pixel sensors revolutionized particle detection with microscopic tracking precision, enabling huge physics discoveries.
Connectivity 20 Dec 2023
How Fiber Optics Went From Lab Experiment to Backbone of the Internet
Discover how fibre optic communication has reshaped modern communication and connected the world.
Semiconductors & Electronics 18 Dec 2023
Czochralski vs Float Zone: Which Silicon Process Wins?
Czochralski vs Float Zone silicon growth compared — how each works, their strengths and limits, and which to choose for your application.
Semiconductors & Electronics 12 Dec 2023
How Radiation Damage Degrades Silicon Detectors (And How Physicists Fight It)
The impact of radiation on silicon's sensors from leaky currents to doping fluctuations
Connectivity 9 Dec 2023
Copper vs Fibre Cable: Speed, Reach and Bandwidth Compared
Copper or fibre for a data-centre link? How reach, channel checks, handling and quoted cost decide it, with three 100G examples.
Semiconductors & Electronics 7 Dec 2023
Spintronics Explained: GMR, MRAM and the Road to Spin Logic
Spintronics already reads every hard-drive bit and ships as embedded MRAM. The physics, the devices that work, and why spin logic is still in the lab.
Semiconductors & Electronics 6 Dec 2023
Graphene vs Silicon: Properties, Band Gap and Real Uses
Graphene beats silicon on mobility, strength and heat flow, but has no band gap. A sourced property table, the 2024 band-gap result and what ships today.
Semiconductors & Electronics 6 Dec 2023
Charge Carriers 101: Understanding How Electricity Flows in Semiconductors
How electrons and holes are created in a semiconductor: energy bands, the band gap, and the energy it takes to free a charge carrier, explained clearly.
Connectivity 6 Dec 2023
Is 6G a Thing? What Is Real and What Is Hype
Is 6G a thing? Yes — standards work has officially started, but not the way the hype says. What is real in 2026, and what arrives by 2030.
Semiconductors & Electronics 1 Dec 2023
CMOS Active Pixel Sensors (APS). Everything you need to know
What a CMOS active pixel sensor is, how each pixel amplifies its own charge, and why it replaced the passive-pixel design in almost every camera sold today.
Semiconductors & Electronics 8 Nov 2023
Optical Computing: Could Light Replace Electricity in Your Next Computer?
Optical computing has gained renewed interest due to its potential speed and energy-efficiency advantages over electronics. Check how this is possible.
Semiconductors & Electronics 4 Sep 2023
The Minority Carrier Lifetime in Silicon Wafer
Minority carrier lifetime sets how long an electron or hole survives before recombining in silicon -- and why bulk defects and surface states both cut it short.
Semiconductors & Electronics 4 Sep 2023
FinFET to Nanosheet: The Transistor Shift Powering Your Next CPU
Exploring the evolution of transistor technology, a pivotal shift from traditional lithography to advanced FinFET and Nanosheet technologies is underway.
Connectivity 31 Aug 2023
Hollow Core Fibres: How Novel Fibres Smashed Loss Records Through Air Guidance
Hollow core fibres guide light in air, not glass, enabling huge leaps in speed and capacity and smashing loss records. Discover how.
Connectivity 11 Aug 2023
Silicon Photonics: How This is Changing High-Speed Data Communication
See how Silicon Photonics will save the communication world from the Moore's Law curse
Semiconductors & Electronics 26 Jul 2023
CCD vs CMOS: Which Camera Sensor Actually Takes Better Photos?
Explore the differences between CMOS and CCD sensors. Master the key distinctions that influence image quality.
Semiconductors & Electronics 26 Jul 2023
How the Scaling of the CMOS Technology is Impacting Modern Microelectronics
Navigating the CMOS technology scaling race: Explore how the relentless pursuit of smaller transistors is reshaping modern microelectronics.
