
Neural Networks vs. Biological Neurons: A visual comparison of AI and the human brain.
The article visually compares neural networks to biological neurons, showcasing the differences between AI and human brains.

The article visually compares neural networks to biological neurons, showcasing the differences between AI and human brains.
The article discusses how self-talk can affect stress, emotions, and overall confidence.

The article explores the psychological phenomenon of perception where small problems can feel bigger at night.
The article reviews challenges and advancements in biocompatibility for implantable neural interfaces used in brain-computer technologies.
A thin, flexible microelectrode array developed for brain-machine interfaces aims to enhance neural connectivity.
Neural interfaces are devices that can detect or modulate neuronal activity when connected to the brain.
The article explores advancements in brain-computer interfaces driven by progress in semiconductor technology and artificial intelligence.
The article discusses the possibility that consciousness may not be created by the brain, challenging traditional views.

The article outlines practical Gemini prompts that leverage learning science to enhance productivity.
The article discusses how individuals unable to move or speak might use a computer through brain-computer interface technology.
The overview details how neural electrical signals are captured using brain-computer interfaces.
Paradromics implanted its first brain-chip device with the goal of restoring speech for patients.
This research provides a framework for sensory restoration through brain-computer interfaces.
The article reports on Neuralink's plans for a thought-to-text clinical trial, highlighting advancements in brain-computer interface technology.
The article discusses various companies innovating in brain-computer interfaces, with a focus on wearable technology.
An overview discusses the clinical applications and advancements of brain-computer interfaces.
Researchers developed a wearable Brain-Computer Interface to detect hidden consciousness in patients.

This article discusses how to predict neural activity based on brain regions, providing insights into cognitive science.
Researchers have developed a neural implant that provides real-time streaming of thoughts.

An international team identifies disrupted neural circuits behind Huntington’s Disease and applies targeted brain stimulation in mice to restore normal brain activity and improve movement.
Meta has released version two of its brain-computer interface capable of converting thoughts into keypresses.
The authors introduce Brain2Qwerty, a model that decodes typed sentences from brain activity.
This research explores a connection between cognitive neuroscience and graph intelligence, focusing on a multi-view hypergraph learning approach to detect web finance fraud.
Research on a specific brain region suggests it may act as a cognitive 'reservoir' in old age.

The article discusses the limitations of science in explaining consciousness.

The article explores the neuroscience behind memory storage and the factors influencing retention.
The article explores how brain activity under anesthesia challenges previous understandings of consciousness.
This research focuses on decoding brain activity through geometry-aware functional alignment techniques.
The article describes the development of a neural signal security system for brain-computer interface devices.
Scientists have redesigned MRI hardware using metamaterials to reveal the brain and eye with unprecedented clarity.
The article presents a method for classifying neural spikes using a deep binarized neural network designed for implantable brain-computer interfaces.
Dr. Matthew Willsey, a neurosurgeon, describes his experience implanting Paradromics' first long-term brain chip in a patient.

The article discusses the intricate details of a human brain dissection performed in 2025.
Researchers found that extensive training allows the brain to better multitask by rewiring itself.

The article emphasizes the cognitive benefits of word search puzzles as an engaging way to exercise the brain.
Researchers have identified a previously overlooked mechanism of brain cell death in Alzheimer's.
The article discusses the author's realization of underlying brain issues affecting focus.

The article explores the challenges of measuring brain signals and the complexities involved in using technology to do so.

The article discusses the concept of consciousness in relation to digital neurons and computational limits.

The article explains how a neural network learns to retain previous information.
The article examines a neural circuit that connects social memory and emotional responses in the brain.
The article proposes a pseudo-labeling workflow for classifying cell types from recordings of explanted brain slices.
Dallas Cowboys player Marshawn Kneeland was diagnosed with a brain disease prior to his death by suicide.
Neuroscientists have developed technology that can be operated by thought, advancing brain-computer interface capabilities.
The article investigates the use of Riemannian self-attention for robust EEG decoding in brain-computer interfaces.
A new study suggests that learning and remembering speech relies more on how the brain processes sounds than previously thought.

This article discusses a perspective on consciousness as a receiver rather than a generator, based on the work of a Czech-born inventor and mystic.
A new study suggests the brain starts making decisions earlier than previously thought.
The study explores cognitive workload recognition through the analysis of eye movements.
A new magnetic blob technology shows promise for more effective treatment of brain tumors.
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