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The study of and use of molecular building blocks in molecular electronics is the process of creating electronic components.
It is a multidisciplinary field that includes aspects of materials science, physics, and chemistry. The usage of molecular building blocks to create electronic components is the characteristic that unites them.
Molecular electronics has sparked a lot of interest because it offers the possibility of shrinking the size of electronics by controlling certain qualities at the molecular level.
It offers a possible method for extending Moore’s Law past the predicted boundaries of small-scale conventional silicon integrated circuits.
The Global Molecular electronic devices market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The First Molecular Electronics Chip for Biology is Launched by Roswell Biotechnologies. This chip fulfils a 50-year dream of putting molecules on chips.
The Roswell ME Platform ushers in a new era of digitising biology as a universal, programmable biosensor, much like the first microprocessor ushers in a new era of digitising information.
The Roswell ME Platform develops the first fully scaled biosensors on conventional semiconductor chips by integrating single molecules into electronic circuits that serve as sensor elements.
The sensor converts real-time electrical readings from the dynamic process of molecular interactions. This creates a programmable and versatile biosensor platform where the sensor targets are programmed in accordance with the specific molecule connected into the chip.
A novel and information-rich perspective of biology is now possible because of single-molecule measurements that can resolve individual binding events. This will revolutionise several industries.
With on-chip, a potent biosensor that can scale to any size is produced, making it ideal for use in a variety of applications on small, intelligent devices.
Drug discovery, molecular diagnostics, and sequencing are three areas where the Roswell ME Platform is being developed.
This link will take them to a number of whitepapers on the platform and applications. New perspectives on how molecules interact and novel approaches to enlarge molecular screening are what drive innovation in drug development.
