
US Justice Department names its first artificial intelligence officer to handle technological issues; Due to racial errors. Google suspends AI-generated person photographs; Researchers at ITMO are using AI to speed up the manufacturing of carbon nanoparticles for cancer diagnostics. We cover this and other news in our daily roundup. According to an Adobe survey, the majority of Indian consumers prefer AI to human interaction. Let’s examine this.
First AI officer appointed by US Justice Department to handle technological challenges

Amid the expanding obstacles faced by artificial intelligence (AI) in federal law enforcement, the U.S. Justice Department selects Princeton University’s Jonathan Mayer as its first AI officer. Mayer will oversee the ethical incorporation. Of AI into investigations and prosecutions in his capacity as top scientific and technology adviser. Citing prior use in narcotics tracing and the Capitol attack inquiry, the department seeks to simultaneously limit risks and maximize AI’s benefits with an emphasis on staying ahead of technical breakthroughs, as reported by Reuters.
Due of racial errors, Google suspends AI-generated person photos.

Google halts the creation of human images for its AI model Gemini in response to complaints about racial errors. The business is aware of the problems and intends to produce a revised version. Google’s increased emphasis on AI in the face of competition and concerns about potential bias, misinformation, and deepfakes prompted the change. Critics criticized Gemini’s portrayals of historical figures for their inaccuracy, leading to a brief suspension in response, as Bloomberg reported.
Researchers at ITMO are using AI to speed up the manufacturing of carbon nanoparticles for cancer diagnostics.

Researchers at ITMO use AI to forecast the properties of carbon nanoparticles for biomedical applications, which simplifies their manufacturing. Precursors and synthesis conditions are examples of input parameters that the machine learning algorithm uses to produce optical characteristics like absorbance and photoluminescence peaks. Scientists may create carbon nanoparticles with tailored optical properties for cancer diagnosis and treatment more quickly by automating this process, according to India EducationDiary. This is a more effective approach than the conventional trial-and-error method.



