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Mick Jagger on AI in Music: Innovation Over Imitation

Mick Jagger, the iconic leader of The Rolling Stones, recently shared his perspective on the role of artificial intelligence in the music industry. He highlighted that while AI offers a powerful new tool for musical creation, its primary purpose should be to foster originality and innovation rather than merely mimicking existing styles or artists. Jagger underscored the importance of maintaining a distinct human element in the creative process, suggesting that technology should serve as an enhancement rather than a substitute for genuine artistic expression. He also cited his band's recent use of AI for visual effects in a music video, demonstrating a practical application of the technology.

Jagger's comments reflect a broader debate within the creative fields regarding AI's impact. He champions the idea that authentic artistic endeavors stem from unique human input and thought, asserting that leveraging AI to accelerate or streamline mundane tasks is acceptable, but the core creative spark must remain human-driven. This stance aligns with the views of other prominent artists who advocate for responsible and innovative use of AI, ensuring it supports rather than overshadows human ingenuity. The discussion continues to evolve as artists explore the boundaries and potential of AI in shaping the future of music and art.

The Core Principle: Originality in AI-Driven Music Production

Mick Jagger, the charismatic frontman of The Rolling Stones, has articulated a clear principle for the use of artificial intelligence in music: it must prioritize originality. In an interview, he stated his opposition to AI being used merely to replicate the sound of established artists, including his own band. He firmly believes that genuine creative individuals would not resort to such imitation. Instead, Jagger advocates for AI as a sophisticated instrument that can facilitate and expedite various aspects of music production, particularly those that are often tedious or time-consuming. His vision is for AI to serve as a catalyst for new artistic expressions, providing a platform for artists to explore novel sounds and compositions.

Jagger's extensive career has witnessed numerous technological shifts in music creation, from early multi-track recording to advanced digital tools. He views AI as the latest evolution in this progression, acknowledging its potential to streamline processes and enhance efficiency. However, he remains steadfast in his conviction that the essence of songwriting, performance, and live musicality must originate from human talent. While embracing technological advancements like overdubbing, which he has utilized since the 1960s, he draws a crucial distinction: AI should be a partner in creativity, offering new possibilities, but never dictating the artistic direction or replacing the indispensable human spirit. For Jagger, the true value of AI lies in its capacity to empower artists to produce distinctive and authentic works, rather than generating uninspired copies.

The Balance Between Technology and Human Creativity

Mick Jagger's perspective on AI in music highlights a nuanced understanding of its capabilities and limitations, advocating for a balanced integration of technology with human artistry. He acknowledges that AI can be a double-edged sword, capable of producing both groundbreaking and subpar results depending on the nature of the input and the artistic intent behind its use. For Jagger, the key lies in artists leveraging AI to amplify their unique ideas and perspectives, ensuring that the creative output remains deeply personal and original. He envisions AI as a tool that can enrich the creative landscape, provided it is guided by a clear artistic vision and a commitment to innovation.

The Rolling Stones themselves have demonstrated this approach, employing AI to visually transform their younger selves in the music video for "In the Stars." Jagger clarified that this application was solely for visual enhancement, emphasizing that the musical performance and the musicians involved were all authentic. This illustrates his belief that AI should augment reality rather than fabricating it entirely. His views resonate with other artists, such as Jason Derulo, who believes AI lyrics lack the "soul" of human-penned words, and Jack Antonoff, who strongly criticizes the use of AI to "fake making art." These collective sentiments underscore a growing consensus within the music community: while AI offers immense potential for innovation, it must always be subservient to the irreplaceable depth and authenticity of human creative expression.

Redefining AI Success Metrics: Beyond Token Consumption

In the evolving landscape of artificial intelligence, a crucial discussion is underway regarding how businesses ought to assess the effectiveness and value derived from their AI investments. Boris Cherny, the visionary behind Anthropic's Claude Code, has offered a compelling new perspective, challenging the prevailing reliance on 'token burn' as a primary metric. He suggests that a more insightful approach involves quantifying the human effort conserved and the novel opportunities AI unlocks, thereby shifting the focus from computational expenditure to genuine operational impact and strategic advantage.

Innovating AI Performance Measurement

The creator of Claude Code, Boris Cherny, has introduced a groundbreaking method for evaluating the success of artificial intelligence within businesses, moving beyond conventional metrics such as 'token burn' rates. His framework emphasizes a shift towards a more holistic understanding of AI's contribution, focusing on its ability to save human labor and enable new capabilities. This approach challenges organizations to consider the broader economic and innovative impacts of AI, rather than just the direct costs associated with its operation.

Cherny's proposed framework, shared through a series of public statements, outlines a four-stage process for integrating AI effectively into enterprise workflows. A key component of this framework is the re-evaluation of AI measurement. He contends that while monitoring AI usage dashboards is informative, it primarily reflects activity, not true return on investment. Instead, companies should ask if the task performed by AI would have otherwise required significant engineering hours, and then calculate the monetary equivalent of those saved hours. This methodology provides a direct and quantifiable measure of AI's economic benefit, offering a clearer picture of its value beyond simply tracking the computational resources consumed. Furthermore, Cherny suggests that the ultimate success of AI lies in its capacity to handle background maintenance and problem-solving, freeing human teams to concentrate on innovative development and pursue projects that were previously considered impossible, thereby expanding the scope of what a company can achieve.

Maximizing Returns on AI Investment

The conversation around artificial intelligence's return on investment (ROI) is gaining significant traction, with leading figures in the tech and finance sectors weighing in on how to best measure and optimize these benefits. Boris Cherny's insights align with a growing sentiment that businesses need more sophisticated metrics than just resource consumption, particularly as the initial 'tokenmaxxing' phase of AI adoption gives way to a demand for tangible business outcomes. This evolving perspective is vital for organizations seeking to integrate AI not just as a cost center, but as a genuine driver of efficiency and competitive advantage.

This re-evaluation of AI's economic impact is crucial as industry leaders, including executives from major corporations like Coinbase and Vercel, are actively exploring strategies to curtail AI-related expenses without compromising its utility. Their efforts include experimenting with more cost-effective AI models, such as those developed in China, demonstrating a widespread recognition of the need for financial prudence alongside technological adoption. Prominent figures like JPMorgan CEO Jamie Dimon and OpenAI CEO Sam Altman have also underscored the escalating costs associated with AI, highlighting the necessity for companies to adopt a rational and strategic approach to managing these investments. The collective consensus points towards a future where AI success is not merely defined by technological advancement, but by its demonstrable capacity to reduce operational burdens, foster innovation, and ultimately, deliver a substantial and measurable return on investment through human capital optimization and strategic growth.

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DeepMind CEO: STEM Background Enhances AI Proficiency Tenfold

DeepMind's CEO, Demis Hassabis, underscores the lasting value of a strong STEM education and computer science fundamentals in an era increasingly shaped by artificial intelligence. He asserts that a solid technical grounding empowers individuals to utilize AI tools with exceptional proficiency, enabling a tenfold increase in effectiveness. Furthermore, Hassabis advocates for the essential role of humanities, such as philosophy and economics, in navigating the complexities of an AI-driven future.

DeepMind CEO Highlights Enduring Value of STEM in AI Era

London, England – On July 17, 2026, DeepMind CEO Demis Hassabis articulated a compelling vision for the future of technology careers during a business conference in London. In a widely circulated video from the event, Hassabis, a co-founder of DeepMind—a company acquired by Google in 2014—stressed that a foundational understanding of software principles is crucial for maximizing the utility of artificial intelligence.

Hassabis likened the evolution of programming languages from machine code to C, then Python, and now potentially English, to a continuous upward progression in abstraction. He firmly believes that while AI may simplify certain coding tasks, the underlying principles of architecture and sound software engineering practices remain indispensable. According to Hassabis, individuals possessing deep technical knowledge will be able to harness AI's power ten times more efficiently than those without such expertise.

Beyond the technical realm, the DeepMind chief also highlighted the increasing importance of ethical and social considerations in the age of AI. He stated that disciplines like philosophy and economics, traditionally considered part of the humanities, are now more critical than ever in shaping the world AI is set to define.

Hassabis's sentiments echo those of other prominent tech figures who are challenging the notion that AI renders traditional technical degrees obsolete. Notably, Geoffrey Hinton, often referred to as the "godfather of AI," remarked in a December interview that while AI can handle routine programming, a computer science degree's value extends far beyond mere coding. Similarly, Max Levchin, CEO of Affirm, earlier this year emphasized on a podcast that a robust computer science foundation is essential for discerning quality code from subpar implementations, attributing his own ability to engage in nuanced programming discussions to this fundamental knowledge.

The discourse surrounding AI's impact on education and career paths continues to evolve. While concerns about job displacement persist, leaders in the field like Hassabis, Hinton, and Levchin consistently point to the enduring and even amplified importance of core STEM and humanities knowledge. Their insights suggest that rather than replacing human intellect, AI serves as a powerful accelerator for those equipped with profound understanding and critical thinking skills.

This discussion by industry leaders serves as a powerful reminder that while AI is undoubtedly a transformative force, it does not negate the necessity of fundamental academic rigor. Instead, it redefines how foundational knowledge is applied and amplified. For students currently pursuing or considering STEM and humanities degrees, Hassabis's insights offer valuable guidance, indicating that a comprehensive education, rather than being overshadowed by AI, becomes an even more potent asset in navigating the future. The emphasis on ethical and societal understanding also points to a broader, more integrated approach to innovation, where technological advancement is tempered and guided by human values and critical thought. This perspective suggests a future where interdisciplinary knowledge is not just an advantage, but a necessity, fostering a generation of innovators who can not only build intelligent systems but also wisely steer their development and integration into society.

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