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We explore both of these aspects: the deep learning application to improve the efficiency of waste recognition on recycling plant’s conveyor, as well as carbon dioxide emission from the computing devices used in this process.
What began as a simple task—growing larger DNA condensates—led to the unexpected discovery of a sharply defined, non-classical diffusion front. This serendipitous observation sparked a new scientific journey, revealing a previously unrecognized diffusion mechanism in soft matter systems.
The success of sugarcane development is the main subject of this work, which combines a variety of machine learning techniques to remotely sense sugarcane crop data and distinguish between dense and sparse vegetation.
Sodium’s melting curve shows a mysterious minimum under pressure, linked to several unresolved crystal phases. Using a data-driven structure search, we predict the tI50 phase and reveal it as a weakly metallic electride.
Science is the backbone of food safety — it empowers us to detect risks, prevent foodborne illnesses, and protect lives. This World Food Safety Day (7 June 2025), we’re celebrating the vital role of science in reducing illness, cutting costs, and ensuring safe food for everyone.
Do you think of models, liposuction and facelifts when you hear "plastic surgery"? You may be surprised to hear that aesthetic procedures makeup a relatively small portion in the field of PRS. Here we discuss how the specialty originated with a focus on the first patients.
By engineering BiFeO3 and its based materials, scientist improved its physical properties to further promote the information storage applications under electric field or illumination: 1) https://doi.org/10.1038/s41467-025-58594-9 (Nat Commun) https://doi.org/10.1126/sciadv.ads4925 (Sci Adv)
2025 Summer Highlights: Interview with Dr. Robert Langer, Sc.D. (MIT) on Professional Development and His Insights on Nanoscience
We're keeping going on AI integration into new materials discovery. And this time happy to share our latest research published at Nature Portfolio npj Computational Materials. It is about enhancing the performance of fast ionic conductors.
Using a multidisciplinary approach, we uncovered the genetic and metabolic basis of Bilophila wadsworthia colonisation and its impact on the host. Our findings show how microbial interactions and dietary context drive this pathobiont’s switch from harmless resident to inflammatory agent.
Peach breeding faces challenges like a narrow genetic pool and complex traits. The PeachSNP170K array, with high marker density and broad germplasm coverage, supports genetic dissection and genomics-assisted breeding (GAB) for traits, enhancing breeding efficiency.
On June 11th, Nature Cancer and Nature Biotechnology editors are organising a webinar on the current trends in applications of liquid biopsies in cancer diagnosis, prognosis and therapy and the features of robust liquid biomarkers.
Our primary goal was to assess the patterns, frequency, and severity of in-ring injuries and collect data for the sports authorities andthe literature. The second goal was to determine the relationship between the ... :) You can access our article in full text in the attachment.
A polymerized cell–gel hybrid enables immunological synapse formation to stably capture antigen-specific T cells. The material innovation overcomes affinity barriers and enhances cancer and virus-targeted T cell isolation.
This research paper introduces a novel framework modelling space-time as a compressible fluid, unifying general relativity, quantum mechanics, and cosmology. Gravity emerges from pressure gradients as mass creates low-pressure voids in the fluid. Time is entropy flow.
A recent article published in Nature Ecology & Evolution presents inductive link prediction as a new approach to uncover missing species interactions and enable cross-community inference, offering a powerful tool for ecologists.
Using a 25-qubit quantum computer, we calculate the ground state of a 25-body Ising model using the newly introduced Greedy Gradient-free Adaptive VQE (GGA-VQE) approach which requires only five circuit measurements per iteration, regardless of the number of qubits and size of the operator pool.
A new terminology - “Confugenics” is thus proposed to describe the prospective intersection of such emerging human enhancement and reprogenetic technologies with the fixation on academic achievements and social status shaped by hyper-competitive social norms within East Asian societies.
Results from the GENESIS-IPF Phase IIa trial, now published in Nature Medicine, signal the emergence of artificial intelligence-based tools as a practical, efficient paradigm for drug discovery.
The gut microbiome affects our health, including in Parkinson’s disease. While the gut-brain axis and microbial translocation have been suggested, identifying specific bacteria has been challenging. Our meta-analysis of over 1,000 samples aimed to uncover these hidden players: https://rdcu.be/epiUV
Cancer does not have a universally agreed-upon description, but it is characterized by the unregulated proliferation of cells, which may result in the infiltration of the cell basement or the spread to other organs in the body.
The study presents a novel approach to protect rural heritage using YOLOv8 for damage detection. Results show high accuracy in identifying issues like yellowing and stains, crucial for maintaining traditional dwellings in Zhejiang Province.