• #21 (no title)
  • About
  • Contact
  • Lab
  • PsyD/PhD Degrees
Zeitgeist Neuroscience
  • News
  • About
  • Contact
Search site...
School

Category / news

  • A realistic illustration of the human brain with glowing neural pathways highlighted in gold, representing dopamine's role as a teaching signal. The pathways connect the visual cortex to the striatum and motor cortex, symbolizing the process of learning a new skill, with one pathway being more prominent to show a personalized learning strategy.

    Dopamine: Your Brain’s Personal Tutor for Mastering New Skills

    New research reveals that the ‘feel-good’ chemical does more than just signal pleasure—it actively shapes how each of us learns, creating personalized pathways to expertise.…

    September 5, 2025
    news
  • A realistic illustration of a healthy older adult taking the Fastball EEG test at home, with a small EEG cap on and a computer screen displaying abstract images.

    A Breakthrough in Alzheimer’s Detection: The Fastball Brainwave Test

    Subtitle: How a Three-Minute EEG Could Revolutionize Early Diagnosis for Memory Impairment Alzheimer’s disease is notorious for its silent early progression. By the time memory…

    September 4, 2025
    news
  • A realistic illustration of dopamine neurons in the substantia nigra showing some neurons overactivated and beginning to break down, representing cellular degeneration in Parkinson's disease

    Overworked Neurons: How Chronic Strain Fuels Parkinson’s Disease

    New Insights Into Why Dopamine Neurons Die and What It Means for Parkinson’s Patients Every time you move a muscle—whether to type, walk, or smile—your…

    September 4, 2025
    news
  • A realistic image of a sleek, dual-armed robot in a lab setting, with glowing blue tactile sensors on its metallic fingertips as it carefully fastens a black zip tie around a bundle of wires.

    More Than Meets the Eye: Robots Are Gaining a Human-Like Sense of Touch

    A groundbreaking new system combines sight and touch, allowing machines to handle complex objects with unprecedented dexterity. This could be the key to bringing truly…

    September 4, 2025
    news
  • A realistic illustration of a person wearing modern in-ear headphones, eyes closed in serene reflection, with subtle, glowing lines representing brainwaves connecting to a cloud of warm, nostalgic memories.

    The Soundtrack of Your Mind: Hacking Nostalgia with a Brain-Computer Interface

    New research unveils a system that reads your brainwaves to find the perfect songs for boosting well-being and memory, with powerful implications for healthy aging.…

    September 3, 2025
    news
  • A realistic illustration of a common shrew in a winter forest, with a glowing, translucent overlay of its brain showing neural pathways.

    The Incredible Shrinking Brain: How a Tiny Mammal Could Revolutionize Brain Disease Treatment

    Scientists have discovered that shrews shrink their brains by losing water, not cells—a remarkable feat of nature that could revolutionize how we approach neurodegenerative disorders.…

    September 2, 2025
    news
  • A realistic, detailed illustration of muscle fibers at a microscopic level, with some fibers appearing disorganized and atrophied, representing the effects of a myopathy, with DNA strands overlaid to signify the genetic cause.

    Unraveling a Genetic Puzzle: How Novel Mutations Illuminate a Rare Muscle Disorder

    A recent case study dives deep into MYH2-associated myopathy, revealing how a unique combination of genetic errors can cause debilitating muscle weakness and expanding our…

    September 1, 2025
    news
  • A realistic illustration of a human brain with glowing strands of DNA intertwined, symbolizing the newly discovered role of LINE-1 transposons in neurodevelopment

    The Hidden Architects of the Brain: How ‘Junk DNA’ Shapes Our Very Minds

    For decades, scientists dismissed 98% of our DNA as useless. A groundbreaking study reveals these hidden sequences are actually crucial conductors of brain development and…

    August 31, 2025
    news
  • A realistic illustration depicting the brain's glymphatic system with Aquaporin-4 channels on astrocytes, conceptually linked to a person with Parkinson's disease learning to balance on a stabilometer.

    Unlocking Parkinson’s ‘Freeze’: A Brain-Water Protein May Hold the Key

    New research reveals a surprising link between Aquaporin-4, a protein that manages water in the brain, and the debilitating freezing of gait and impaired balance…

    August 30, 2025
    news
Previous
12…1213141516…2122
Next

Neuroscience Lab

© 2026 Zeitgeist Neuroscience –