Read article: Laser-induced graphene for ‘edible electronics’
Laser-induced graphene for ‘edible electronics’
Carbon sheet can be produced on a wide variety of substrates and even materials such as food, cloth and paper
Read article: Laser-induced graphene for ‘edible electronics’
Read article: Ozone loss may have caused mass extinction
Ozone loss may have caused mass extinction
Have dwarf pines revealed the secrets of the end of the Permian?
Read article: Cancer ‘vaccine’ eliminates tumours in mice
Cancer ‘vaccine’ eliminates tumours in mice
Injecting immune-stimulating agents directly into a mouse tumour eliminated all cancer in the animal, including untreated metastases
Read article: Enzyme leaps explain puzzling phenomenon
Enzyme leaps explain puzzling phenomenon
New evidence shows that enzymes leap through solution when catalysing chemical reactions
Read article: Mussels modify sinking of small-sized ocean plastics
Mussels modify sinking of small-sized ocean plastics
Biofouling enhances microplastic deposition to marine sediments
Read article: Nanomesh sensors for home healthcare
Nanomesh sensors for home healthcare
Flexible on-skin sensor can display the moving waveform of an electrocardiogram
Read article: Multiple terminal memtransistors step up to mimic brains
Multiple terminal memtransistors step up to mimic brains
Researchers develop the first multiterminal memristor device using polycrystalline 2D MoS2
Read article: Physicists beat Lorentz reciprocity for microwave transmission
Physicists beat Lorentz reciprocity for microwave transmission
New device could boost telecommunications and be adapted for photonics
Read article: Children in developing countries can benefit from proton therapy
Children in developing countries can benefit from proton therapy
In silico study reveals that protons significantly reduce radiation-induced cancers and death in paediatric radiotherapy patients
Read article: Foetal movements crucial to skeletal development
Foetal movements crucial to skeletal development
Combining cine-MRI and biomechanical modelling enables quantification of stresses and strains in utero in the human foetal skeleton
