b'LawAI is no longer limited to the silver screen or the pages of a Huxley novel. Maybe Skynet is not just a figment of James Camerons imagination but something that is doomed to ravage society in the not so distant future. Could the Cylons be saddling up to take over the world? Has all of this happened before and will all of it happen again? I have no idea but I do know that AI is having an indelible impact on Law and how law firms operate in England today.Contract drafting and legal document writing used to be a hidden art that would take lawyers many billable hours, but generative AI has smashed the time taken to smithereens. AI has been really successful in doing this and freed up lawyers to spend more time on strategic matters rather than drafting clauses and sub-clauses. What was once a cornerstone of legal practice is becoming dislodged in real time.One of the most exciting (or scary) potential applications of AI is in predictive analyticsit will analyse historical trends and datasets to assess the likelihood of a certain suit and case, thus giving lawyers a new tool in their armoury to manage risks, anticipate challenges and become the white-collared superheroes of the future. Technology has irrevocably changed the way our law is written, the way it operates and the ways it can be avoidedno doubt the best is yet to come!Mr HarveyDTThe 3D printing process was developed in the 1980s and allowed companies to create prototypes quickly and accurately. Over time, compact desktop 3D printers have been developed, and costs have decreased, making the technology more accessible.3D printing requires a digital file that instructs the printer where to place material. The process involves building an object layer by layer, typically using molten plastic. As each layer cools and solidifies, the next layer is printed on top, gradually forming the complete object.3D printing technology is still evolving, and people havebegun printing with materials such as metal, food, andeven prosthetic limbs.Miss HillScience IT has also resulted in advances in bioengineering, agriculture, and synthetic biology, where computer-aided design is used Biology has been transformed byto construct artificial genes. By anticipating Information Technology (IT), which haschemical interactions, both machine learning made it possible for large-scale researchand artificial intelligence (AI) significantly collaboration, sophisticated modelling,speed up drug discovery and reduce the and rapid data processing. The field oftime and financial burden of creating novel bioinformatics enables researchers totherapies. Furthermore, real-time sharing and develop databases to sequence genomes,processing of biological data by international analyse intricate biological data, and createresearch teams is now possible due to cloud personalised therapy. This has been onecomputing and sophisticated data analytics. of the most revolutionary developmentsIn addition to expanding our knowledge of life, in biotechnology. Only thanks to IT-driventhese developments have opened the door for improvements in processing power andground-breaking discoveries in environmental data storage was the Human Genomescience, biotechnology, and health.Project finished in 2003. Mr Ahmed12'