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Tech Now Unveils AI Avatar, Palace Restoration Tech, and Living‑Computer Research

Tech Now's Feb 5 episode covers AI avatars, tech-aided Blenheim Palace restoration, and brain‑cell living computers, showing tech's impact on culture and science.

Alex Mercer/3 min/GB

Senior Tech Correspondent

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Tech Now Unveils AI Avatar, Palace Restoration Tech, and Living‑Computer Research
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Tech Now’s latest episode showcases AI‑driven heritage restoration at Blenheim Palace, a musical avatar interview with KT Tunstall, and pioneering work on living computers built from brain cells.

Tech Now released a new episode on 5 February 2026, continuing its series that pairs cutting‑edge technology with real‑world applications. The show’s format blends on‑site reporting with expert interviews, delivering concise, fact‑based stories for a general audience.

The first segment follows Shiona McCallum inside Blenheim Palace, the UNESCO World Heritage site undergoing a multi‑year restoration. Engineers employ 3‑D laser scanning to map structural deformations and drones equipped with photogrammetry software to capture high‑resolution images of deteriorating stonework. The digital models feed into predictive algorithms that prioritize repairs, reducing manual inspection time by an estimated 40 %. The technology promises to preserve the palace’s baroque architecture while cutting costs for the National Trust.

In a contrasting cultural piece, Jacqui Wakefield joins singer‑songwriter KT Tunstall for a conversation with Tunstall’s musical avatar—a synthetic persona generated by deep‑learning models trained on the artist’s vocal catalog and performance style. The avatar responds in real time, allowing Tunstall to explore new lyrical ideas without a human intermediary. Wakefield notes the experience highlights how generative AI can augment, rather than replace, human creativity.

The episode closes with Zoe Kleinman’s interview of neuroscientists developing “living computers.” Researchers culture cortical neurons on micro‑electrode arrays, enabling the cells to process information and adapt like a biological processor. Early prototypes have demonstrated pattern‑recognition tasks comparable to simple machine‑learning models, suggesting a future where bio‑hybrid systems could operate with lower energy consumption than silicon chips.

These three stories illustrate a broader trend: technology is moving from isolated labs into heritage sites, entertainment, and even biology. Restoring historic structures with digital twins reduces physical intervention, AI avatars expand artistic workflows, and living computers could redefine computing efficiency. As Tech Now’s lineup shows, the convergence of these fields may accelerate cross‑disciplinary innovation.

What to watch next: upcoming Tech Now episodes will explore AI‑driven climate litigation and smart‑tech advances from IFA Berlin, offering further insight into how emerging tools reshape policy and industry.

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