🔍 Advanced Research Search
Quick Search Tips
Search Operators
- AND:
neural AND networks
- Both terms must be present - OR:
UMAP OR dimensionality
- Either term can be present - Quotes:
"multi-agent systems"
- Exact phrase - Prefix:
hyperbolic*
- Words starting with "hyperbolic" - Exclude:
AI -chatbot
- Include AI but exclude chatbot
Search by Category
- Multi-Agent Systems:
multi-agent
,swarm
,collective intelligence
- Hyperbolic Geometry:
hyperbolic
,poincare
,geometric deep learning
- GPU Computing:
GPU
,CUDA
,performance optimization
- Dimensionality Reduction:
UMAP
,t-SNE
,manifold learning
- AI Safety:
safety
,alignment
,risk assessment
- Biological Networks:
evolution
,adaptation
,biological systems
Search by Source Type
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- Research Surveys:
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Advanced Filters
By Quality Status
- ✅ Verified Sources: Manually curated with full abstracts
- 🔄 Raw Sources: Extracted, requiring verification
- 📊 Enriched: ArXiv papers with complete metadata
By Research Area
Multi-Agent Systems (15+ sources)
- Biological foundations
- Technical implementation
- Industry applications
Hyperbolic Neural Networks (10+ sources)
- Core mathematical foundations
- Graph neural networks
- Performance benchmarks
GPU Computing (8+ sources)
- Performance optimization
- Memory management
- Parallel processing
Dimensionality Reduction (6+ sources)
- UMAP algorithm
- Visualization techniques
- Scalability analysis
AI Safety & Memory (5+ sources)
- Episodic memory risks
- Safety frameworks
- Alignment research
Biological Networks (8+ sources)
- Evolution dynamics
- Adaptation mechanisms
- Complex systems
By Publication Year
- 2025: Latest research (3 sources)
- 2020-2024: Recent developments (45+ sources)
- 2015-2019: Foundational work (15+ sources)
- Before 2015: Historical context (4+ sources)
By Institution
- Academic: MIT, Stanford, Columbia, Oxford
- Industry: Google, NVIDIA, Microsoft, IBM, Anthropic
- Publishers: Nature, PNAS, ACM, IEEE, Springer
Search Examples
Research Questions
"How do multi-agent systems achieve collective intelligence?"
- Search:
collective intelligence multi-agent
- Focus: Biological foundations, swarm behavior
- Search:
"What are the advantages of hyperbolic neural networks?"
- Search:
hyperbolic neural networks advantages
- Focus: Performance comparisons, mathematical foundations
- Search:
"How does UMAP compare to other dimensionality reduction methods?"
- Search:
UMAP dimensionality reduction comparison
- Focus: Benchmarks, scalability analysis
- Search:
"What are the risks of AI agent memory systems?"
- Search:
AI agent memory risks safety
- Focus: Safety research, risk assessment
- Search:
Technical Implementation
"GPU optimization for graph neural networks"
- Search:
GPU graph neural networks optimization
- Focus: Performance analysis, CUDA implementation
- Search:
"Biological network evolution algorithms"
- Search:
biological network evolution algorithms
- Focus: Evolutionary computation, adaptation
- Search:
"Cost analysis of GraphRAG systems"
- Search:
GraphRAG cost analysis
- Focus: Economic evaluation, scalability
- Search:
Search Results Enhancement
What You'll Find
- Direct Links: Click to access original sources
- Abstracts: Key findings and relevance
- Categories: Research area classification
- Quality Indicators: Verification status
- Citation Data: BibTeX format available
Quality Indicators
- ✅ Verified: Manually reviewed with full analysis
- 🔄 Processing: Automated extraction, needs review
- 📊 Enriched: Complete metadata from academic APIs
- 🎯 Relevant: High relevance to search query
🚀 Quick Start
- Use the search bar at the top of any page
- Try different keywords related to your research interest
- Use quotes for exact phrases
- Combine terms with AND/OR operators
- Browse categories for systematic exploration
Most Searched Topics
- Multi-agent systems applications
- Hyperbolic neural network performance
- GPU acceleration techniques
- UMAP visualization methods
- AI safety frameworks
- Biological network evolution
The search system indexes all 303 sources including titles, abstracts, categories, and metadata. Results are ranked by relevance with verified sources prioritized.
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