Images

Applications of AI

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This is an inside look into the internal world of the chip's big brain power. Chips are an integral part of the system, without it, there’s no operation. It’s an imaginative take on chip design to show its complexities in a more artistic way. Being part of this project is such a wonderful experience. I couldn’t ask for a better collaboration. As an artist, working with creative freedom is one of the best things ever.

Champ Panupong Techawongthawon

In this image, I tried to marry the concepts of sustainability and AI. First I visualised AI, represented by the glass cubic structures because to me, AI feels like something structural. Inside the cube are layers of squares and dots. These represent data sets. Once I was happy with it, I started to work on visualising sustainability. I represented it through grass and flowers as it’s something that people can easily relate to and understand.

The outer wider sections of the "Spinal cord" represent a storage of collected data The inner smaller pieces represent the collected data inside this storage, while in the middle of the storage where the data is being scanned for specific information.

AI can solve new problems very easily. It can do stuff humans could never achieve. Therefore, my “problems” in this image are very much simplified. For example, the red wavy shape just needs to find its position in the floor. This could be done by a child. A good metaphor to explain AI’s incredible intelligence. I am very much interested in the topic of AI, it was a huge pleasure for me to create a visual world for that.

Vincent Schwenk

The illustration uses scaffolding as a metaphor for AI’s quest in unearthing the underlying logic and structure of complex organic matter.

Artificial Intelligence can be omnipresent as it is seen in almost every aspect of our daily lives. It is a technology that surrounds us and can be applied invisibly and beneficially to fields as diverse as medicine, transport, urban planning, climate change and energy. This broad application requires an abstract visual response, demonstrated through the concept of ‘volumes’; fog-like 3D ‘atmospheres’ which envelop and embrace their environment. It shows how AI can encompass various themes.

A more literal interpretation of the application of AI is how it can be added to a huge variety of different fields including education, material design and gaming. Here, the application of AI is represented by a ‘wrapper’ which is applied to a series of stylised icons. The icons illustrate the wide range of applications for the technology while the wrap effect roots the concept in a tangible reality.

Champ Panupong Techawongthawon

AI is set to revolutionise chip design. Chips are specifically made for each specific task on an AI. They are designed to perform at their best capacity in a computer vision algorithm as visualised through this artwork.

Champ Panupong Techawongthawon

I wanted to create two different worlds which are divided into a screen (the one in the middle) and a frame (outside one). The uncompressed world isn't nice to look at, it is all super packed and busy, the colors are not very appealing (dark, muddy and grey) this happened because there is just too much data. After the compression of the Data, the image in the middle (represents the final video) is looking way better, the colors are nice and there is even some free space, so that the objects have room to breathe.

Vincent Schwenk

AI can solve new problems very easily. It can do stuff humans could never achieve. Therefore, my “problems” in this image are very much simplified. For example, the red wavy shape just needs to find its position in the floor. This could be done by a child. A good metaphor to explain AI’s incredible intelligence. I am very much interested in the topic of AI, it was a huge pleasure for me to create a visual world for that.

Vincent Schwenk

I wanted to create two different worlds which are divided into a screen (the one in the middle) and a frame (outside one). The uncompressed world isn't nice to look at, it is all super packed and busy, the colors are not very appealing (dark, muddy and grey) this happened because there is just too much data. After the compression of the Data, the image in the middle (represents the final video) is looking way better, the colors are nice and there is even some free space, so that the objects have room to breathe.

Vincent Schwenk

In this image, I tried to marry the concepts of sustainability and AI. First I visualised AI, represented by the glass cubic structures because to me, AI feels like something structural. Inside the cube are layers of squares and dots. These represent data sets. Once I was happy with it, I started to work on visualising sustainability. I represented it through grass and flowers as it’s something that people can easily relate to and understand.

The streams of data which Large Language models produce can be thought of as ‘contours’. Strings of information flowing around the content they are trained on, responding to the tasks they are asked to perform. As with the previous concept, these forms can respond dynamically to objects which represent the issues within technology.

The artwork illustrates AI’s effort in understanding and predicting biological forms and functions.

The results of a Large Language Model can be thought of as ‘ribbons’ of information. In other words, tokens of data arranged piece by piece to create coherent streams of responses to user inputs. These ribbons of data are complex and nuanced, reflecting the flexibility and power of language. But they are also vulnerable to the abuse of such a versatile system. They can assemble in an ordered fashion or become repelled by objects which represent the hazards and issues inherent to technology...

Vincent Schwenk

The illustration slices into the tokamak to find a world inside where fusion fuels the entire planet.

AI can solve new problems very easily. It can do stuff humans could never achieve. Therefore, my “problems” in this image are very much simplified. For example, the red wavy shape just needs to find its position in the floor. This could be done by a child. A good metaphor to explain AI’s incredible intelligence. I am very much interested in the topic of AI, it was a huge pleasure for me to create a visual world for that.

Vincent Schwenk

The illustration depicts how AI helps to control plasma instabiliy with so much ease and mastery that it appears as if its is playing a musical instrument.

The outer wider sections of the "Spinal cord" represent a storage of collected data The inner smaller pieces represent the collected data inside this storage, while in the middle of the storage where the data is being scanned for specific information.

Artificial General Intelligence

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A look ‘under the hood’ of Artificial Intelligence. Repeating patterns represent AI processing image prompts inspired by image generators.

Domhnall Malone

Shapes representing a network of AI agents and within them two shaller shapes indicating data.

Rose Pilkington

A beautiful representation of the fascinating input & output diagrams of artificial intelligence receiving and perceiving information.

Rose Pilkington

AI under the hood - AI represented here by geometric matrices has a go at generating cellular data. It represents a future whereby AI could in theory replicate or generate new organic structures used in areas of research such as medicine and biology.

Domhnall Malone

AI under the hood - AI creating flowing materials or recreating air flows, this could represent how AGI could look while processing.

Domhnall Malone

A beautiful representation of the fascinating input & output diagrams of artificial intelligence receiving and perceiving information.

Rose Pilkington

‘AI’ breaking the bounds of a core central geometric grid or control of a linear grid meets more organic meanderings.

Domhnall Malone

Shapes representing a network of AI agents and within them two shaller shapes indicating data.

AI under the hood - AI creating liquid or gaseous simulations, this could represent how AGI could ‘look’ more organic than typical computerised processes. More flowing than rigid in nature.

Domhnall Malone

When researching AGI, what stuck with me is the idea that it should be able to adapt to an infinite amount of things. It should be able to evolve. With this in mind, I created a ‘centre core’ that represents a newborn AI. The expansion shows its varying specialisations as it evolves, growing in many different directions. The glass material was used for its transparent properties. I wanted each sphere to feel like its own organism/collection of knowledge.

When researching AGI, what stuck with me is the idea that it should be able to adapt to an infinite amount of things. It should be able to evolve. With this in mind, I created a ‘centre core’ that represents a newborn AI. The expansion shows its varying specialisations as it evolves, growing in many different directions. The glass material was used for its transparent properties. I wanted each sphere to feel like its own organism/collection of knowledge.

Learning to Learn

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Christoph Schramm

Depiction of patterns and connections between objects representing of one method in which AI systems learns from their own experiences.

Vincent Schwenk

A complex structure, representative of data passing through a system as per an artifical neural network.

Rose Pilkington

Depiction of patterns and connections between objects representing of one method in which AI systems learns from their own experiences.

Vincent Schwenk

Christoph Schramm

Christoph Schramm

The strings represent data transmittance, with each iteration they change something.

Vincent Schwenk

A complex structure, representative of data passing through a system as per an artifical neural network.

Rose Pilkington

Design focused on pattern recognition.

Vincent Schwenk

Rose Pilkington

With "BRAIN-MODERN" I took a modern, fresh and playful approach, through the language of form and subtle colour selection. The complex brain structure appears lightweight and futuristic through the colourful and abstract setting.

Christoph Schramm

With "UNIVERSE-BRAIN" my approach was to create an eye-catching glass brain. To make it coherent, the shape language is more diffuse and soft, to allow the brain to melt into the generative background.

Christoph Schramm

Design focused on pattern recognition.

Vincent Schwenk

With “BRAIN-FUTURISTIC JOY“ I aimed to create a simple, colorful and playful image, despite the complexity in the brain. The data cables give the brain more space to integrate and to be experienced.

Christoph Schramm

Christoph Schramm

The strings represent data transmittance, with each iteration they change something.

Vincent Schwenk

Vincent Schwenk

Safety and Ethics

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The orb centrepiece stays concrete and strong to ensure that everything is operating smoothly with the AI. With a constant flow of energy revolving around it, it creates trust and accountability in the system.

Champ Panupong Techawongthawon

Champ Panupong Techawongthawon

This represents how AI needs to take constant accountability. Various actions are occurring all around the centre orb which represents AI’s moral responsibilities. The orb centrepiece remains stable to make sure everything is balanced and functional.

Champ Panupong Techawongthawon

Champ Panupong Techawongthawon

A DeepMind initiative

@deepmind.design