CATEGORY
New possibilities created by machines, autonomous systems and physical technologies that cross meaningful limits.
An electrochemical process extracted lithium from simulated end-of-life lithium iron phosphate powder and formed thin metal foils. Working test cells demonstrate potential, not commercial recycling at scale.
An iodine-sulfur electrode improved reaction rates and cycling longevity in a research cell. The results are measurable, but come from different lab protocols and do not establish the lifetime of a commercial battery pack.
Iodide added to a tin solution made previously inefficient redox chemistry reversible. A tin-bromine flow battery achieved 89% energy efficiency under test, and a kilowatt-scale stack operated stably for more than 1,000 hours.
NanoTS combines nanopore transcriptome reads with haplotype information to identify single-base genetic variants. Benchmark and patient-derived cell-line studies are encouraging, but clinical diagnostic benefit remains unproven.
SVPG analyzes long-read DNA against a graph containing multiple genomes rather than one linear reference. Tests on human and cancer-related data improved structural variant calls and sped up graph updates nearly tenfold, without proving clinical utility.
By chemically modifying a bacterial pore, researchers built a sensor for amino acids, nucleotides, sugars and peptides using changes in electric current. The reported 98.7% accuracy applies to controlled classification experiments.
Starfish Space's Otter 24C launched on 1 October for a NASA-funded demonstration. It is designed to visit up to four inactive objects, but autonomous inspection is not yet proven.
A small vehicle designed and tested in Abu Dhabi is ready for integration into an asteroid-belt mission. That is a tangible engineering milestone, not yet a successful space mission.
The platform moves, splits and merges nanolitre droplets under machine-vision control. If a signal is too weak or saturated, the assay automatically changes the next step.
The Project Suncatcher prototype reached orbit and Google confirmed contact. It can now measure radiation, heat and flight stress on the real hardware; no in-orbit TPU performance results have been published yet.
