Combining Boolean logic with cell engineering allows precise tumour targeting and less collateral damage in CAR-T therapy
Read article: CAR-T cells turned into molecular computers destroy tumours more effectively
Century-old “Knudsen flow” model remains valid for holes just 0.3 nm across
Read article: Gas flows follow conventional theory even at the nanoscale
Cooper pairs in a superconductor split and electrons collected by quantum dots
Read article: Entangled electron pairs created using heat
CT and X-ray images of retained ballistic fragments help identify whether patients with gunshot wounds are safe to have MRI scans
Read article: X-ray images determine MRI safety of embedded bullet fragments
Output of so-called "retinomorphic" device spikes in response to changing light levels
Read article: Perovskite sensor sees more like the human eye
Research could be applied to the next generation of ion storage rings
Read article: How to cool ion beams using electron pulses
Lab-based experiment could lead to a new treatment for deep vein thrombosis
Read article: ‘Ultrasound drill’ and nanodroplets break apart blood clots
Single-wall carbon materials come in no fewer than 466 different hues – a finding that could benefit electrochromic displays and solar panels
Read article: Nanotubes show their true colours
An artificial neural network can generate high-contrast near-infrared images recorded using biocompatible probes
Read article: Deep learning sharpens near-infrared images for cancer diagnostics
Technique for trapped ions could lead to more reliable quantum computers
Read article: ‘Lattice surgery’ entangles fault-tolerant topological qubits
