Touch-responsive indium tin oxide is very thin and flexible
Normally brittle material can be rolled up like a tube
Read article: Touch-responsive indium tin oxide is very thin and flexible
Read article: Touch-responsive indium tin oxide is very thin and flexible
Tiny inorganic scintillator offers high-resolution radiotherapy dosimetry
With its minute sensitive volume, the new device achieves the high spatial resolution required for external and internal dosimetry in small-field radiotherapy
Read article: Tiny inorganic scintillator offers high-resolution radiotherapy dosimetry
Classical time crystals could exist in nature, say physicists
Computer simulations show coupled oscillators behave as "activated time crystals"
Read article: Classical time crystals could exist in nature, say physicists
Energy efficiency guides lotus leaf growth
Different shapes of lotus leaves grown on and above water are due to mechanical effects, not plant genetics
Read article: Energy efficiency guides lotus leaf growth
Smartphone apps fall short on skin cancer diagnosis
A systematic review of studies assessing skin cancer diagnosis apps reveals that the studies are of poor quality and the apps are unreliable
Read article: Smartphone apps fall short on skin cancer diagnosis
Biodegradable guide can repair gaps in damaged nerves
A biodegradable synthetic nerve guide embedded with growth-promoting proteins can regenerate long sections of damaged nerves
Read article: Biodegradable guide can repair gaps in damaged nerves
Light activation offers non-invasive removal of medical implants
Devices incorporating a light-sensitive hydrogel break down inside the body when exposed to light from an ingestible LED capsule
Read article: Light activation offers non-invasive removal of medical implants
Secrets of nanospiral formation revealed by machine learning
Insights into crystal growth could lead to new optical metamaterials
Read article: Secrets of nanospiral formation revealed by machine learning
Bone marrow-on-a-chip models damage and disease
Human bone marrow chip provides a reliable model to study bone marrow damage by radiation, drugs and disease
Read article: Bone marrow-on-a-chip models damage and disease
Intense terahertz pulses generated with unprecedented efficiency
Improvements to two-colour laser filament technique could help close terahertz gap
Read article: Intense terahertz pulses generated with unprecedented efficiency
