Prompt: An ultra-realistic photograph captured with a Sony α7 III camera, equipped with an 85mm lens at F 1.2 aperture setting, portraying a young woman sitting on a wooden bench in a sunlit park. The background is beautifully blurred, highlighting the subject. The park is adorned with lush greenery and blooming flowers, creating a serene atmosphere. Soft sunlight gracefully illuminates the subject’s face and hair, casting a dreamlike glow. The image, shot in high resolution and a 16:9 aspect ratio, captures the subject’s natural beauty and personality with stunning realism –ar 16:9 –v 5.2 –style raw
Prompt: Full body photo. 22-year old mermaid laying in the sand on Iceland’s diamond beach. Wearing space buns hair and a lace bralette top. Dark eye shadow.
Style: Analog Film
Prompt: 1930s, Amelia Earhart and Fred Noonan, capturing the essence of these two figures from the golden age of aviation. The dream unfolds with cinematic allure, portraying their adventurous spirit and the shared journey they undertook together.
Style: Cinematic
Prompt: Request for a neural network for a background for a YouTube channel Goal: Create a background for a YouTube channel called \"AI in Lab\" Input data: Channel name: \"AI in Lab\" Target audience: students, researchers, scientists interested in artificial intelligence Content Type: The latest research in artificial intelligence, how artificial intelligence is being used to solve scientific problems, and the people who are making artificial intelligence a reality Unique selling proposition: making artificial intelligence accessible and understandable to everyone Output: Background for a YouTube channel with the name \"AI in Lab\" Substrate requirements: Duration: 10 seconds Format: MP4 Resolution: 1920x1080 Audio: stereo, 44.1 kHz, 16 bit Recommendations: Use simple and clear elements Use contrasting colors Don't use too many details Detailed description: The background should be bright and memorable in order to immediately attract the attention of viewers. It should reflect the essence of the channel and its name. The substrate must be unique so that it can be easily distinguished from other substrates. The main elements of the substrate can be an image of a microscope or other laboratory equipment, an image of artificial intelligence, or a combination of these images. When choosing colors, you should use contrasting colors to make the background stand out from other videos. Avoid using too many details to keep the backing simple and clear. Here are some specific examples of substrates that can be used: Substrate with an image of a microscope, in which an image of artificial intelligence is visible. Such a logo will be bright and memorable. Background with an image of a robot working in a laboratory. Such a logo will be more modern and dynamic. Background with an image of a formula or equation related to artificial intelligence. This logo will be more intellectual and serious. Of course, the final decision on which logo to choose is up to you. Here is an example of a query that can be used for a neural network: Request for a background for the YouTube channel \"AI in Lab\" Input data title: \"AI in Lab\" target_audience: students, researchers, scientists, interested in artificial intelligence content_type: latest research in AI, how AI is used to solve scientific problems, and the people who make AI a reality unique_selling_point: make AI accessible and understandable to everyone Output duration: 10 seconds format: MP4 resolution: 1920x1080 audio: stereo, 44.1 kHz, 16 bit Requirements simple and understandable elements contrasting colors not too many details Recommendations microscope or other laboratory equipment artificial intelligence combination of microscope and AI contrasting colors not too many details Examples microscope with AI inside robot working in a laboratory formula or equation related to AI
Prompt: Picture representing Optimal control of nonlinear hyperbolic systems on networks: gradient-based and deep Learning approaches
Prompt: Picture representing Optimal control of nonlinear hyperbolic systems on networks: gradient-based and deep Learning approaches
Prompt: Neurons Size: Neurons of different sizes Color: Neurons of different colors Shape: Round, oval, or polygonal shapes Neuronal signals Color: Red, green, or blue colors Shape: Round, oval, or polygonal shapes Direction: Emitted from one neuron, transmitted through synapses to another neuron Synapses Shape: Round or oval shapes Color: Black or gray colors Other Background: Can use white, black, or gray colors Details: Can add additional details, such as the nucleus of the cell on the neuron or the texture on the synapse
