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Technology

  • Generative Model - How Is It Used In Studying Brain Dynamics?

    Generative Model - How Is It Used In Studying Brain Dynamics?

    A generative model might be a set of equations that define the development of human patient signals depending on system factors.

  • Space Technology - The Current Difficulties And Potential Solutions

    Space Technology - The Current Difficulties And Potential Solutions

    Space technology is any kind of technology that is used to travel to space or do other work outside of the Earth's atmosphere. Spacecraft, satellites, space stations, and orbital launch vehicles are all examples of space vehicles, as are deep-space communication, in-space propulsion, and many other technologies.

  • Object Detection - Considering Current And Future Directions

    Object Detection - Considering Current And Future Directions

    Object detection is often the first thing that computer vision systems do because it makes it possible to get more information about the object and the scene. Once an object instance, like a face, has been found, more information can be gathered, such as the ability to recognize the particular instance (for example, to recognize the subject's face), to track the object over an image sequence (for example, to track the face in a video), to extract more information about the object (for example, to figure out the subject's gender), and to infer the presence or location of other objects.

  • Dental Bonding - How It Has Aided In Teeth Restoration
  • Biomimetic Nanomaterials - Its Role In Non-Invasive Disease Diagnosis

    Biomimetic Nanomaterials - Its Role In Non-Invasive Disease Diagnosis

    Current threats to human life include serious illnesses like cancer and cardiovascular disease. In order to treat disease and practice individualized care, non-invasive approaches for the early detection of major diseases are essential. Nanomaterials typically have sizes of between 1 and 100 nm, which puts them on par with the smallest biological structures.

  • Carbon Dioxide Storage - Challenges And Opportunities

    Carbon Dioxide Storage - Challenges And Opportunities

    Maximizing the potential of carbon dioxide removal from the atmosphere and carbon dioxide storage technologies will aid in meeting global climate targets.

  • Convective Boundary Layer - Overview Of Its Role In Mountainous Terrain

    Convective Boundary Layer - Overview Of Its Role In Mountainous Terrain

    Convective boundary layers in lowlands and basins, where hazardous pollutant deposition is of particular concern, are better understood than convective boundary layers on slopes, ridges, or mountain summits.

  • Neutrino Mass Ordering - Analyzing Current Status And Future Opportunities

    Neutrino Mass Ordering - Analyzing Current Status And Future Opportunities

    One of the most significant outstanding difficulties in completing our understanding of masses and mixings in the lepton sector is identifying the neutrino mass ordering.

  • Soil Carbon Sequestration - A Biological Negative Emission Strategy

    Soil Carbon Sequestration - A Biological Negative Emission Strategy

    Soil carbon sequestration depends on better management methods that enhance the amount of carbon stored as soil organic matter, especially in crops and grazing fields.

  • Metaverse Property - Is It Worth Investing In The Future Virtual Reality World?

    Metaverse Property - Is It Worth Investing In The Future Virtual Reality World?

    Multi-functional gadgets such as laptops and smartphones have been made possible by modern technology. Computers are becoming quicker, more portable, and more powerful than ever. The famous virtual reality world that is soon to be launched is known as the "metaverse". We will discuss here so many things about this famous VR world, and the metaverse property that you should be familiar with.

  • Minimal Cell – Simulation Model Explained Its Behaviour

    Minimal Cell – Simulation Model Explained Its Behaviour

    According to scientific reductionism, the best method to grasp the fundamental principles of cellular biology is to employ a minimal cell in which the roles of all genes and components are known.

  • Artificial Intelligence - How Does It Help In Understanding Human Creativity?

    Artificial Intelligence - How Does It Help In Understanding Human Creativity?

    Research on creativity in psychology has tended to follow well-worn paths: straightforward assessments of creativity (such as the alternate uses test), correlations with IQ measures, and more recently, brain correlates of creativity such as EEG and fMRI. The use of artificial intelligence (AI) development to produce tools for researching human creativity is one area of research that hasn't received much attention.

  • Deep Learning In Electron Microscopy – Overview Of Its Applications

    Deep Learning In Electron Microscopy – Overview Of Its Applications

    The application of deep learning in electron microscopy is increasing, resulting in enormous data sets that cannot be analyzed using manually built methods.

  • Fluorescence Guided Surgery – Benefits And Future Opportunities

    Fluorescence Guided Surgery – Benefits And Future Opportunities

    Fluorescence guided surgery is an imaging technology that enables the surgeon to see structures and kinds of tissue that may not be apparent under white light settings during a surgical operation.

  • Augmented And Virtual Reality – Development History And Future Advances

    Augmented And Virtual Reality – Development History And Future Advances

    Augmented and virtual reality is changing how we see and interact with digital information.

  • Soft Composites - Multifunctional Magnetic Soft Composites

    Soft Composites - Multifunctional Magnetic Soft Composites

    Soft composites with magnetic fillers that respond to magnetic fields are magnetically responsive soft materials. Magnetically responsive soft materials are made of soft composites with magnetic fillers that are mixed into soft polymeric matrices.

  • The Virtual Brain - A Simulator Of Primate Brain Network Dynamics

    The Virtual Brain - A Simulator Of Primate Brain Network Dynamics

    A neuroinformatics platform called "The Virtual Brain (TVB)" uses medically accurate connections to simulate complete brain networks. This simulation environment makes it possible to figure out, using models, the neurophysiological processes that cause large-scale neuroimaging signals like functional MRI (fMRI), EEG, and MEG across different brain scales.

  • High Intensity Therapeutic Ultrasound – Its Uses And Characterization Techniques

    High Intensity Therapeutic Ultrasound – Its Uses And Characterization Techniques

    High-intensity therapeutic ultrasound is gaining favor as a promising therapy option for cancers of the uterus, liver, and prostate, among others.