Frontier: Cutting-Edge Research Explorer
Discover the latest research frontiers in any domain. Focus on L4 (cutting-edge) level: specific researchers, recent papers, emerging concepts.
When to Use
- •"Frontier [domain]"
- •"Latest research in [domain]"
- •"What's cutting edge?"
- •"What's new in [field]?"
- •"[domain] trends"
- •"2024-2025 [domain] papers"
- •Understanding current research direction
When NOT to Use
- •Learning fundamentals → use
domain-vocab - •Understanding concept history → use
trace - •Broad domain survey → use
deep-dive
Core Value
Standing at the research frontier, you can see what's coming next.
Frontier provides temporal depth (what's happening NOW) vs. deep-dive's conceptual breadth.
Workflow
Phase 1: Domain Frontline Identification
Input: Domain name
Actions:
- •Identify active research areas within domain
- •Find top venues (conferences, journals) for recent work
- •Identify leading research groups/labs
- •Map current "hot topics" from recent publications
Output:
domain: "Large Language Models"
timeframe: "2024-2025"
active_frontiers:
- name: "Reasoning & Chain-of-Thought"
heat: "🔥🔥🔥"
key_venues: ["NeurIPS", "ICLR", "ACL"]
- name: "Efficient Inference"
heat: "🔥🔥🔥"
key_venues: ["MLSys", "ICML"]
- name: "Multimodal Integration"
heat: "🔥🔥"
key_venues: ["CVPR", "NeurIPS"]
- name: "Alignment & Safety"
heat: "🔥🔥🔥"
key_venues: ["NeurIPS", "ICML", "specialized workshops"]
leading_labs:
- "OpenAI"
- "Anthropic"
- "Google DeepMind"
- "Meta FAIR"
- "Stanford HAI"
Phase 2: Recent Paper Discovery
Objective: Find the latest impactful papers (last 12-18 months)
Actions:
- •Query arXiv for recent papers in domain
- •Filter by:
- •Recency (prioritize last 6 months)
- •Early citation velocity
- •Author reputation
- •Venue quality (if published)
- •Identify paper types:
- •Breakthrough: New capability or paradigm
- •Advancement: Significant improvement on existing work
- •Survey: Comprehensive field overview
- •Position: Future direction proposals
Heuristics for "Frontier Paper":
| Signal | Score | Note |
|---|---|---|
| Posted in last 3 months | +3 | Very fresh |
| Posted in last 6 months | +2 | Fresh |
| Author has 10K+ citations | +2 | Established researcher |
| From top lab | +2 | Resource-backed |
| High early citation velocity | +3 | Community interest |
| Addresses known limitation | +2 | Practical impact |
| Novel architecture/method name | +2 | Potential paradigm |
Output:
recent_papers:
breakthroughs:
- title: "..."
authors: ["..."]
date: "2024-11"
arxiv: "2411.xxxxx"
contribution: "..."
why_frontier: "First to demonstrate..."
advancements:
- title: "..."
authors: ["..."]
date: "2024-10"
improves_on: "Previous SOTA by X%"
surveys:
- title: "..."
date: "2024-09"
covers: "Complete overview of..."
Phase 3: Researcher Spotlight
Objective: Identify who's driving the frontier
Actions:
- •Extract frequent authors from recent papers
- •Identify rising stars (high recent output, growing citations)
- •Map researcher → lab → focus area
- •Find their most recent work
Output:
frontier_researchers:
established_leaders:
- name: "Researcher Name"
affiliation: "Lab/University"
focus: "Specific area"
recent_work: "Paper title (2024)"
twitter/website: "..."
rising_stars:
- name: "Researcher Name"
affiliation: "..."
focus: "..."
why_notable: "First author on breakthrough X"
Phase 4: Emerging Concept Extraction
Objective: Identify newly coined terms and concepts
Actions:
- •Extract terms that appear frequently in recent papers but not in older ones
- •Identify new architectural components, techniques, benchmarks
- •Track terminology evolution
- •Note concepts that don't yet have Wikipedia entries
Output:
emerging_concepts:
new_terms:
- term: "Constitutional AI"
coined_by: "Anthropic (2022)"
meaning: "Training AI with explicit principles"
maturity: "Established in research, entering practice"
- term: "Mixture of Experts at Scale"
coined_by: "Multiple (2024)"
meaning: "Sparse expert routing for efficiency"
maturity: "Active research area"
evolving_terms:
- term: "Alignment"
old_meaning: "Value alignment (philosophical)"
new_meaning: "Practical training techniques (RLHF, DPO)"
watch_list:
- term: "..."
first_seen: "2024-Q4"
papers_using: 5
potential: "May become standard term"
Phase 5: Trend Analysis
Objective: Identify research trajectory and predict near-future directions
Actions:
- •Analyze paper volume trends by sub-topic
- •Identify declining vs. rising areas
- •Note convergence patterns (multiple lines merging)
- •Predict likely next developments
Output:
## Trend Analysis: LLMs (2024-2025) ### Rising Trends 📈 - **Reasoning**: Chain-of-thought → Tree-of-thought → Graph-of-thought - **Efficiency**: Quantization, distillation, speculative decoding - **Evaluation**: Moving beyond benchmarks to capability assessment ### Stable Trends ➡️ - **Scale**: Continued scaling with efficiency focus - **Multimodal**: Text + Vision standard, Audio emerging ### Declining Trends 📉 - **Pure RLHF**: Shifting to DPO and variants - **Single-task fine-tuning**: Replaced by instruction tuning ### Predicted Next (6-12 months) 1. **Agent architectures**: LLMs as components in larger systems 2. **Inference-time compute**: Scaling test-time, not just training 3. **Synthetic data**: Self-improvement loops
Phase 6: Frontier Vocabulary Export
Objective: Provide L4-level tokens for prompting
Output:
frontier_tokens:
must_know:
- "constitutional AI"
- "direct preference optimization (DPO)"
- "speculative decoding"
- "mixture of experts"
emerging:
- "inference-time scaling"
- "chain-of-thought distillation"
- "self-play fine-tuning"
researcher_names:
- "Yann LeCun"
- "Ilya Sutskever"
- "Percy Liang"
lab_names:
- "Anthropic"
- "EleutherAI"
- "Together AI"
prompt_example:
before: "How do I make my LLM better at reasoning?"
after: "Compare chain-of-thought prompting vs inference-time compute scaling (like OpenAI o1) for improving reasoning. When would I use speculative decoding?"
Output Formats
Format A: Frontier Report (Default)
# [Domain] Frontier Report
**Generated:** {date}
**Timeframe:** Last 12 months
## Executive Summary
{3-4 sentences on current state of frontier}
## Hot Topics
{ranked list with heat indicators}
## Recent Breakthrough Papers
{top 5-10 papers with summaries}
## Key Researchers
{leaders + rising stars}
## Emerging Vocabulary
{new terms with definitions}
## Trend Analysis
{rising/stable/declining + predictions}
## L4 Token Vocabulary
{export for prompting}
Format B: Paper List
Compact list of recent papers with arXiv links.
Format C: Researcher Network
Visual map of who's working on what, collaboration patterns.
Format D: Timeline
timeline
title LLM Frontier Timeline 2024
2024-Q1 : Gemini Ultra
: Mixtral 8x7B (Open MoE)
2024-Q2 : Llama 3
: Claude 3 Opus
2024-Q3 : GPT-4o (multimodal)
: Open weights momentum
2024-Q4 : o1 (reasoning)
: Efficiency focus
Timeframe Options
| Option | Papers From | Focus |
|---|---|---|
--fresh | Last 3 months | Bleeding edge |
--recent | Last 12 months | Standard (default) |
--year | Full calendar year | Annual review |
Example Session
Input: "Frontier reinforcement learning"
Output Summary:
# Reinforcement Learning Frontier (2024-2025) ## Hot Topics 1. 🔥🔥🔥 **Offline RL / Decision Transformers** 2. 🔥🔥🔥 **RL from Human Feedback (RLHF) variants** 3. 🔥🔥 **World Models & Model-Based RL** 4. 🔥🔥 **Multi-Agent RL** 5. 🔥 **Safe RL** ## Recent Breakthroughs - "Decision Transformer" lineage → applied to robotics - DPO surpassing PPO for LLM alignment - Dreamer v3: World models that scale ## Key Researchers - Sergey Levine (Berkeley): Offline RL - Chelsea Finn (Stanford): Meta-RL, robotics - Pieter Abbeel (Berkeley/Covariant): Applied RL ## Emerging Terms - "Offline RL": Learning from fixed datasets - "Conservative Q-Learning (CQL)": Pessimistic value estimation - "Return-Conditioned Policies": Transformer-based RL - "Direct Preference Optimization": RLHF without reward model ## Trend: RL → LLM Integration RL techniques increasingly applied to LLM training (RLHF, DPO) LLM techniques applied to RL (Decision Transformers) → Convergence happening ## L4 Tokens for Prompting "Conservative Q-Learning", "implicit Q-learning", "decision transformer", "return-conditioned", "DPO vs PPO", "Sergey Levine", "offline dataset"
Integration with Other Skills
| From Frontier | To Skill | Use Case |
|---|---|---|
| Emerging concept found | trace | Trace its (short) lineage |
| Gap in understanding | domain-vocab | Learn foundational concepts |
| Deep interest in area | deep-dive | Full concept + paper treatment |
Error Handling
| Situation | Recovery |
|---|---|
| Domain too broad | Ask for sub-field focus |
| Too recent (no papers) | Expand timeframe, note as "pre-publication" |
| Mostly preprints | Note peer-review status, include anyway |
| Field moving fast | Recommend re-running monthly |