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Photography and AI

Photography and AI (Artificial Intelligence) have become increasingly intertwined in recent years. AI has been applied to various aspects of photography, from image enhancement to automated image recognition and tagging.


One of the main areas where AI has had a significant impact on photography is in image enhancement. AI algorithms can analyze an image and make adjustments to the colors, contrast, sharpness, and other factors to enhance the overall quality of the image. This can save time for photographers who might otherwise need to manually adjust each image.


AI has also been used for automated image recognition and tagging. This involves training algorithms to recognize and categorize different objects, people, and scenes within an image. This can be useful for organizing large collections of photos, making it easier to search for specific images by keywords or tags.


Another area where AI is being used in photography is in the creation of synthetic images. AI algorithms can generate realistic images of people, landscapes, and other subjects, which can be used for a variety of purposes, such as advertising or virtual reality applications.


Overall, the integration of AI into photography has the potential to improve the quality and efficiency of image processing and organization, as well as open up new creative possibilities for photographers and other professionals in the field.


There have been several notable works of art made with AI in recent years, ranging from paintings to music compositions. Here are some examples of the most important works of art made with AI:


Portrait of Edmond de Belamy by Obvious: This painting was created by the Paris-based art collective Obvious using a Generative Adversarial Network (GAN) algorithm. The painting sold for over $400,000 at Christie's auction house in 2018, marking the first time that an AI-generated artwork had been sold at a major auction.


Portrait of Edmond de Belamy by Obvious

The Next Rembrandt: This project was a collaboration between advertising agency J. Walter Thompson Amsterdam, Dutch bank ING, and technical partners. They used machine learning algorithms to analyze Rembrandt's style and techniques, then created a 3D-printed painting that imitated his style.


AIVA (Artificial Intelligence Virtual Artist): AIVA is an AI-based music composer developed by a Luxembourg-based company, which can compose original music pieces in various genres. The AI can analyze data about different composers, music styles, and cultural trends to create unique compositions.


The Flow Machine: The Flow Machine is a research project developed by the Sony Computer Science Laboratory in Paris, which creates original music by combining machine learning algorithms with the creative input of human composers. The project has produced several albums of music, which have been released to critical acclaim.


DALL-E: DALL-E is an AI-based image generation program developed by OpenAI that can create images based on textual descriptions. The program has been used to create a wide range of images, from whimsical creatures to realistic objects.


image created with DALL.E



Jyo John Mulloor

Jyo John Mulloor is an Indian artist and designer who is known for his unique and thought-provoking artistic projects. One of his most notable projects is called "101 Lost Stories," which involves creating illustrations that depict stories of endangered species and their habitats.


The project was created in collaboration with various conservation organizations, including the Wildlife Conservation Society and the World Wildlife Fund, and aims to raise awareness about the plight of endangered species and their ecosystems. Each illustration is accompanied by a short story that provides context and insight into the challenges facing the species.


The illustrations in "101 Lost Stories" are highly detailed and feature a mix of traditional and digital techniques. They are intended to be both aesthetically pleasing and educational, providing viewers with a glimpse into the beauty and complexity of the natural world.


In addition to "101 Lost Stories," Mulloor has worked on other artistic projects that explore themes related to nature, conservation, and social justice. His work has been featured in exhibitions and publications around the world and has won numerous awards for its innovative approach and powerful messaging.


Jyo John Mulloor has also explored the intersection of art and technology, particularly through his work with photography and artificial intelligence (AI). He has collaborated with computer scientists and engineers to develop new ways of creating and manipulating images using AI algorithms.


One of his notable projects in this area is called "Artificial Intelligence & Machine Learning in Photography," which involves using AI algorithms to generate new images based on existing photographs. The project involves training neural networks to recognize patterns and styles in photographs and then using those patterns to generate new images with similar aesthetics.


Mulloor's work with AI and photography is part of a larger trend in the art world, where artists are exploring the potential of AI and machine learning as creative tools. By using algorithms to generate and manipulate images, artists like Mulloor are pushing the boundaries of traditional art-making techniques and exploring new ways of expressing ideas and emotions through visual media.


Jyo John Mulloor has also explored the intersection of art and technology

Jyo John Mulloor's work in photography and AI reflects his innovative and interdisciplinary approach to art-making, as well as his commitment to using art as a means of raising awareness about important social and environmental issues.


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