Beyond-Standard-Model (BSM) physics and synthetic biology intersect in exploring phenomena beyond the current understanding of particle physics, aiming to apply these insights to develop innovative biological systems and processes.
Current limitations in synthetic biology where existing knowledge of physics is insufficient for fully understanding and manipulating biological systems at a fundamental level, particularly in areas like gene regulation and signal transduction.
By incorporating principles from BSM theories, researchers can design new genetic circuits or metabolic pathways that could potentially enable more complex or efficient bioengineering tasks. This involves using advanced computational models and experimental techniques to test theoretical predictions in real-world applications.
Involves both the development of novel genetic constructs and the physical fabrication of devices or organisms that can be used to test these constructs. This includes molecular biology techniques such as CRISPR-Cas9 for genome editing and bioprinting technologies for creating complex biological structures.
The build process starts with theoretical modeling using quantum field theories and other BSM concepts, followed by the design of genetic parts or pathways in silico. These designs are then tested experimentally through iterative cycles of DNA synthesis, transformation into host cells, and characterization of resulting phenotypes.
Field units draw low hundreds to a few kilowatts; fabrication is energy-intensive due to vacuum baking processes required for some materials and equipment operation.
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