The Garmin Forerunner 70 stands out as a practical, entry-level running watch designed for those who value essential fitness metrics over premium features. In this review, The Quantified Scientist examines its performance across key areas, including heart rate monitoring, sleep tracking and GPS accuracy. For example, the watch delivers a strong heart rate correlation of […]
Choosing between the Pocket 4P and the Sony a6700 involves weighing portability against performance. The Pocket 4P stands out with its built-in gimbal stabilization and lightweight design, making it a practical choice for travelers and casual videographers. However, its fixed lens system and smaller sensor may limit creative flexibility and low-light performance. The Sony a6700, […]
Google has officially teased the Pixel 11 Pro Fold, its latest addition to the ultra-premium foldable smartphone market. This highly anticipated device emphasizes refinement over radical innovation, offering subtle yet meaningful upgrades in design, performance, and functionality. However, its premium pricing raises questions about its value proposition for consumers in an increasingly competitive landscape. Refined […]
Upgrading a Mac for faster networking, such as moving from 10-gigabit to 25-gigabit Ethernet, can be prohibitively expensive due to the high cost of Thunderbolt adapters. Jeff Geerling highlights a cost-effective alternative by repurposing server pull hardware and using fiber optic cables to achieve similar performance. This method offers a practical way to enhance connectivity […]
The idea of merging a smartwatch and a smartphone into a single device has been floating around the industry for years, mostly because the obvious inconvenience is right there: two screens on two separate devices, one tiny and worn on the wrist, the other large and kept in a pocket, each doing essentially half the job the other can’t. The logical question is whether one of those devices could do both jobs depending on the situation.
Motorola’s latest patent, officially registered as US12,693,705 under the title “Pivoting wearable reconfigurable screen,” proposes exactly that. The device starts on the wrist as a conventional smartwatch, its flexible display curved around the band. When more screen real estate is needed, the strap pivots and unfolds, flattening into a short, wide display format that functions as a handheld device. A third configuration folds the bottom quarter into an “L” shape, turning the unit into a self-standing desk display.
The mechanism that makes it possible is the strap itself. Rather than housing a traditional watch face with a fixed display, almost the entire outer surface of the band carries a flexible screen. Worn, it reads like a standard wearable. Removed and unfolded, that same surface becomes the display area of a compact, landscape-oriented device. The pivot point is what separates this from simply being a wrist-wrap phone like earlier concepts.
That distinction matters because Nubia tried the wrist-phone idea back in 2018 with the Alpha, and the result was a fascinating but limited object. The Alpha wrapped a 4.01-inch OLED display around the upper wrist, delivering more screen real estate than any smartwatch before it, but the display stayed wrapped. It curved beautifully, could make calls, take photos, and run apps, but it never transformed into anything. The watch was the watch, full stop.
Nubia Alpha
Motorola’s patent reverses the logic. Rather than making a phone you can wear, it proposes a watch you can unfold. The distinction isn’t purely semantic. A device that starts as a watch and transforms into a handheld is solving a different problem than one that starts as a phone and straps to your wrist. The first carries a reasonable identity in both states; the second always feels like a compromise in one of them.
Nubia Alpha
The Nubia Alpha’s sticking point wasn’t the display, which was genuinely impressive and ahead of its time. It was the software, the battery, and the form factor’s limits in practice. Nubia never took the concept further after the original and a 2020 follow-up. The flexible display remained horizontal and wrist-bound, never taking the step toward becoming a genuinely detachable, self-sufficient screen.
Whether Motorola’s patented concept eventually ships as a real device is a separate question entirely. Patents are filed routinely without becoming products, and this one would require flexible display technology durable enough to handle daily wrist bending and regular unfolding, a battery that fits within strap dimensions, and software that transitions cleanly between modes. None of those are trivial problems.
Still, the direction of thinking has clearly shifted since 2018. Nubia asked what happens when a smartphone lives on your wrist. Motorola is asking what happens when a watch becomes a screen the moment you need one.
Apple has yet to release the new iOS 27 Beta 5; it was expected this week. For years, Apple has maintained a predictable rhythm, releasing beta updates either weekly or bi-weekly. However, this marks the first significant disruption in two years, sparking curiosity among developers and users alike. While the delay has raised questions, the […]
China’s rise to dominance in the global battery industry is often attributed to surface-level factors like low labor costs or government subsidies, but the reality is far more complex. As explored by Just Have a Think, the foundation of this success lies in a deeply integrated industrial ecosystem and a strategic alignment between government policies […]
Apple is poised to reshape the smartphone industry with the launch of the iPhone Ultra, a foldable device that challenges the core principles of the iPhone legacy. This strategic move comes at a critical juncture as the company grapples with market saturation and a maturing customer base. By introducing a product that combines innovative technology […]