Micro- & Nanofabrication
Micro- and nanofabricated platforms where materials, surfaces, structures, fabrication processes, and device performance are tightly coupled.
Fabrication is where the design either holds or it does not. The articles here are about the discipline of getting fabrication processes to deliver predictable devices: etch chemistries, surface engineering, anodic bonding, water purity, cleanroom commissioning, and the lessons that translate from one fab to the next.
Articles in this area (7)
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Microneedles: The Unfulfilled Promise of Painless Drug Delivery
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Unraveling the Enigma of Deionized Water Supply: Applying First Principles in Clean Room Commissioning at IIT Bombay
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Breaking Boundaries in Glass: Innovation and Mentorship through Anodic Bonding
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From Coulter's Vision to Silicon's Precision: An Odyssey of Microfabrication at IIT Bombay
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Precision Under Pressure: The Intricate Dance of Lyophilization in Medical Diagnostics
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The Hidden Hero: How Precision Fabrication and Strategic Modularity Unlock Design Potential
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Precision and Simplicity: The Dual Forces Behind Innovating the Microjet