The four stages of Artificial Intelligence

The first stage, ANI
The second stage, AGI
The third stage, ASI
The fourth stage, DBC
Currently, most large corporations worldwide are using significant computational power to search for algorithms that lead to AGI . Some research teams are even using mouse brains, induced from stem cells, to cultivate bio-electrical brains specifically designed through genetic modification. The concept of biological computation is also being explored at Australian universities. This global AGI race is empowering a growing number of people with increased creativity.
NVIDIA's neural network ecosystem
asml
The photolithography machine is the greatest invention in the world. It's the culmination of the wisdom of scientists from over a dozen countries. It engraves an entire city full of transistors onto a fingernail-sized area. The concept it embodies allows people to utilise the products of the microscopic world.
Carl Zeiss
Carl Zeiss enabled early scientists to observe more of the microscopic world's truths, including today's cryo-electron microscopes and various other types of microscopes. They have made immense contributions to lens technology, and simultaneously, have given short-sighted people the opportunity to see the world clearly.
TSMC
TSMC has made a tremendous contribution to the world by manufacturing a variety of complex chip designs. The very existence of TSMC gives many companies the courage to design and innovate chips, rather than fearing that their designs won't be realised after completion. By accepting chip design blueprints from all over the world, TSMC has also incorporated numerous advantages into its own chip design processes.
Shin-Etsu
Shin-Etsu, through its silicon wafer collection and manufacturing technology, has enabled the global semiconductor industry to contribute significantly to the field of electronic devices. This includes the supercomputers used by various space agencies, allowing humanity to uncover more truths about space, as well as the Earth's subterranean and oceanic environments.
TOKYO OHKA KOGYO CO., LTD
TOKYO OHKA KOGYO CO., LTD's contribution to the world lies in providing photoresists, which enable photolithography machines to engrave complex electrode circuits onto tiny chips. They are a key material supplier for photolithography machines and also one of the participants in realising microscopic technology. Recently, they have also invested heavily in bio-chip engineering.
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Pose
Depth
Canny
The Future Directions of Artificial Intelligence
Biosynthesis
Gene and Protein Design
Commercial Bionic Humans
Nanorobots
Regarding my work at the BBC News department in the UK
BBC Newsroom AI Management and R&D Department

My job involves collecting, compiling, and analysing information from various fields, gathered by intelligence operatives worldwide. In my free time, I also conduct on-site information gathering myself. What I most enjoy doing is showing the world the lives and inner thoughts of children affected by hereditary diseases and genetic mutations. This will help reduce impulsive and irresponsible behaviour among people globally. Additionally, I collect information on politicians, scientists, and artists with great minds, as well as those actively pursuing beautiful dreams, to allow more people to witness the birth of great ideas.
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Apply motion, pose, and perspective from one video to another, maintaining consistency without sacrificing creativity.
Some organisations doing great things with artificial intelligence
CRISPR-Cas9 molecular scissors
The greatness of Colossal Biosciences lies in successfully combining ancient dire wolves with modern dog breeds to produce hybrid pups.
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odour molecule generator
Digital identification of molecular gas odours, followed by their transcription into chemical formulae for synthesised scents, which are then realised as perceptible smells for users via an odour molecule generator.
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aiphafold3
AlphaFold 3 is capable of predicting the 3D structures of proteins, DNA, RNA, ligands, and ions. It has even been credited with contributing to numerous Nobel Prizes in Chemistry. Its significance lies in its potential for effectively treating viruses, bacteria, parasites, cancer, and mutational diseases, as well as in designing new drugs and understanding the entire human biological structure. AlphaFold 3's success in the scientific field brings the world closer to an AGI future.
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A brief introduction about myself

I'm 5 foot 8 inches tall，I weigh 55 kilos，I love all kinds of extreme sports. My way of thinking has been different from many people's since childhood. I learn new things every day by Browse natural science websites or papers from other sites. I enjoy thinking and developing new interests, and I'm an independent woman in every aspect.

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