Wearable technology
Electronics and responsive systems designed to work on, with or close to the human body.
Across these reports, fit is an operating condition rather than a finishing detail. The coverage connects sensing, adhesion, flexibility and integrated power to the realities of wear, repair and human experience.
CONTINUUM coverage
- The Boundary Does the Work
Adaptation becomes useful when the boundary takes on more work without hiding its limits or transferring new burden to the person beside it.
- Form Holds the Logic
The most useful adaptation may begin when fit, sensing, persistence, and power are resolved in form before an interface asks for attention.
- Form Learns to Yield
Adaptation becomes humane when form absorbs variability before the interface asks a person—or a living system—to manage it.
- Form Does the Work
The calmest interface may be the one whose geometry has already resolved part of the task.
- The Signal Does More
The system reads itself more clearly when physical representation carries meaning before software begins to infer.
- State Becomes Service
The calmest adaptive systems begin when state is captured at the material, joint, surface, or field where change actually occurs.
- What Contact Can Tell
A physical system becomes more adaptive when contact is treated as information, not merely resistance.
- The House Divides the Work
The most credible autonomous home may be a federation of small, legible decisions rather than one invisible mind.
- The Handoff Is the Computer
The next personal computer may be the relationship among objects—and the quality of every handoff between them.
- Interfaces Become Systems
The ambient computer is becoming a designed relationship among objects, not another object.
- Wearables, Unbundled
The next wearable may be less a single object than an adaptable relationship between body, device, network, and place.
Sources in this coverage
- Metamaterial-Inspired Dual-Band Flexible Textile Antenna Using Wool-Felt Substrate for Body-Centric Wireless Electronics
- With a Little Help from My Cobot – User-centered Evaluation of Different Human-Cobot Collaboration Types Exemplified in Textile Composite Manufacturing
- Cellulose-Based Flexible Resistive Random-Access Memory Devices for Biodegradable Electronics
- Self-restoration of reactive centers via contaminant-to-catalyst electron replenishment for sustained Fenton-like activity
- A versatile titanium–hydrogel platform bridging hard and soft tissue for joint arthroplasty
- Predictable conformal electronics enabled by a sliding-adhesion competition model
- ThermoPix: an electronic-photonic temperature sensor array with microsecond row readout
- Femtosecond Laser Line-Exposure Fabrication of Planar Chiral Microstructures for OAM-Sign Discrimination and Spatial Encoding