✨ 100% Free to Start

🔬 BrainWave AI for Researchers

Your AI research assistant. Summarize papers, translate sources, explain findings — accelerate your research.

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😫 The Research Reality

📚 "200 papers to review this week..."

Literature reviews are endless. You need to identify relevant papers quickly, but reading every abstract takes forever.

🌍 "The key paper is in Mandarin..."

Important research happens globally. The methodology section you need is in a language you don't read.

🧬 "This methodology section is impenetrable"

Dense statistical methods, unfamiliar techniques, jargon-heavy explanations. You need to understand it to replicate it.

✍️ "Simplify this for the grant proposal"

Your findings are rigorous but the funder isn't a specialist. You need to explain complex results in accessible language.

✅ BrainWave Accelerates Your Research

📝 Instant Paper Summaries

Select abstract + conclusion, right-click → "Summarize". Quickly assess if a paper is worth deep reading.

🌐 Research Translation

Select foreign text, right-click → "Translate". Get accurate translations that preserve technical meaning.

💡 Method Explanations

Highlight complex methodology, right-click → "Explain". Get plain-language explanations of statistical techniques.

✨ Accessible Rewrites

Select technical text, right-click → "Rewrite". Get clearer versions for proposals, presentations, or public communication.

📊 Research Workflow

1

Discover

Find papers in your field

2

Screen

Summarize to assess relevance

3

Understand

Explain complex methods

4

Communicate

Rewrite for your audience

📋 See It In Action

From a Paper (Methods Section):

"We employed a mixed-effects model with restricted maximum likelihood estimation to account for the hierarchical structure of the data. The fixed effects included treatment condition and time, while random intercepts were specified for participants nested within clusters. Model fit was assessed using the Akaike Information Criterion and likelihood ratio tests."

After "Explain":

"They used a statistical method designed for data where measurements are grouped (like patients within hospitals). The analysis looked at how treatment and time affected the outcome, while accounting for the fact that people in the same group might be more similar to each other. They checked if the model fit the data well using standard statistical measures."

🎮 Try It Yourself

🔬 Perfect For

🎓

PhD Students

Literature reviews, comprehensive exams, dissertation writing

🔬

Scientists

Cross-disciplinary papers, international collaboration

📊

Analysts

Industry reports, market research, technical documents

🏛️

Policy Researchers

Synthesize findings for stakeholders and decision-makers

🚀 Research Smarter

Free to use. No signup required. Works in Chrome and Firefox.

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