A licensed nationwide Internet Service Provider delivering secure, high-performance connectivity since 2010
Established in 2010, ICC Communication Limited is a Bangladesh Telecommunications Regulatory Commission (BTRC) licensed nationwide Internet Service Provider. We deliver carrier-grade connectivity solutions for homes, enterprises, financial institutions, and government organizations.
Our redundant backbone infrastructure, Multiple Points of Presence (PoPs), and fully staffed 24/7 Network Operations Center ensure uninterrupted service, low latency, and enterprise-level reliability across fiber, wireless, and satellite networks.
To deliver reliable, secure, and cost-effective ICT solutions nationwide through advanced technology and customer-focused service excellence.
To empower Bangladesh’s digital future by enabling seamless connectivity, innovation, and inclusive access to information.
Author: A. Lex Research Unit, Institute for Precision Metrology & Material Science
Conventional fracture mechanics categorizes cracks by scale: nanometers (lattice dislocations), micrometers (grain boundary failures), and millimeters (macroscopic structural damage). However, quality control inspectors and restoration conservators frequently encounter a frustrating intermediate: a crack too large to ignore but too small to photograph with a standard smartphone. We propose naming this regime the minimeters crack (from mini- + meter , implying “small but measurable in millimeters”).
The phrase “minimeters crack” describes a hypothesized class of subcritical microfractures occurring within a discrete length scale of 0.1 to 1.0 millimeters—the “minimeter” range. Unlike macro-cracks (visible to the naked eye) or micro-cracks (requiring electron microscopy), minimeters cracks occupy a critical threshold where optical coherence and tactile inspection overlap. This paper proposes a definition, observational criteria, and preliminary modeling of minimeters cracks in thin-film composites, ceramic glazes, and aged polymers. We argue that the minimeters crack represents the smallest fracture that can be reliably detected via 10x hand lens without digital enhancement, making it a pragmatic unit for field inspection.
The author thanks the anonymous pottery studio that first uttered “look at those minimeters cracks” during a glaze firing critique.
Author: A. Lex Research Unit, Institute for Precision Metrology & Material Science
Conventional fracture mechanics categorizes cracks by scale: nanometers (lattice dislocations), micrometers (grain boundary failures), and millimeters (macroscopic structural damage). However, quality control inspectors and restoration conservators frequently encounter a frustrating intermediate: a crack too large to ignore but too small to photograph with a standard smartphone. We propose naming this regime the minimeters crack (from mini- + meter , implying “small but measurable in millimeters”).
The phrase “minimeters crack” describes a hypothesized class of subcritical microfractures occurring within a discrete length scale of 0.1 to 1.0 millimeters—the “minimeter” range. Unlike macro-cracks (visible to the naked eye) or micro-cracks (requiring electron microscopy), minimeters cracks occupy a critical threshold where optical coherence and tactile inspection overlap. This paper proposes a definition, observational criteria, and preliminary modeling of minimeters cracks in thin-film composites, ceramic glazes, and aged polymers. We argue that the minimeters crack represents the smallest fracture that can be reliably detected via 10x hand lens without digital enhancement, making it a pragmatic unit for field inspection.
The author thanks the anonymous pottery studio that first uttered “look at those minimeters cracks” during a glaze firing critique.
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