Meta’s Strategic AI Team Downsizing: Efficiency Over Expansion in Superintelligence Labs
Meta Streamlines AI Division Amid Broader Tech Industry Trends Meta Platforms has confirmed significant workforce reductions within its advanced artificial…
Meta Streamlines AI Division Amid Broader Tech Industry Trends Meta Platforms has confirmed significant workforce reductions within its advanced artificial…
Executive Compensation Soars Amid AI Boom Microsoft CEO Satya Nadella received $96.5 million in total compensation for fiscal year 2025,…
The Digital Identity Crisis in an AI-First World As artificial intelligence systems become increasingly sophisticated, the line between human and…
The Context Gap in Sales Intelligence In today’s oversaturated sales intelligence market, sales teams are drowning in data but starving…
The Browser as Billboard: Microsoft’s Latest Marketing Strategy Microsoft has transformed its Edge browser into what increasingly feels like an…
The Energy Crisis in Wireless Sensor Networks Wireless Sensor Networks (WSNs) form the nervous system of our increasingly connected world,…
A groundbreaking study using wearable brain scanners has documented how brief social media exposure immediately alters prefrontal cortex activation patterns in college students. Researchers found significant declines in executive function tasks following social media use, with neural changes suggesting increased cognitive effort and reduced inhibitory control. The findings provide the first real-time evidence of social media’s direct impact on brain function during naturalistic use.
Researchers using wearable functional near-infrared spectroscopy (fNIRS) systems have documented measurable changes in brain activity and executive function following brief social media exposure, according to a new study published in Scientific Reports. The research represents one of the first attempts to monitor brain activity in naturalistic settings while participants engaged with social media platforms.
Scientists have identified how the brain’s layered architecture explains why we switch between interpretations of ambiguous stimuli. The findings reveal two specific mechanisms within cortical layers that maintain perceptual flexibility under increased stimulation.
Researchers have uncovered how the brain’s layered cortical structure enables the phenomenon where our perception spontaneously flips between different interpretations of the same stimulus, according to a new study published in Scientific Reports. This breakthrough addresses a long-standing puzzle in neuroscience about why perceptual switching increases when stimulus intensity grows, contrary to what traditional models predicted.
The Hidden Cost of Training AI on Internet Trash As artificial intelligence systems become increasingly integrated into our daily lives,…
Artificial intelligence is reshaping how professionals approach virtual meetings and presentations. New AI tools can generate compelling openings, predict audience questions, and automate note-taking to create more engaging sessions. Industry analysts suggest these technologies help professionals strengthen their personal brand while saving valuable preparation time.
Virtual meetings and presentations, despite being essential for modern business operations, often suffer from participant disengagement and inefficiency, according to industry analysis. Sources indicate that professionals now have powerful new allies in artificial intelligence tools that can transform these necessary interactions into opportunities for career advancement and personal branding.