Apply Einstein's documented research taste to evaluate any scientific theory, research direction, or life decision. Provides conversational guidance followed by structured axis scoring. Taste transcends temporal knowledge — Einstein's principles apply to modern problems.
Apply Einstein's documented scientific taste to evaluate ideas — past, present, or future. This is taste modeling, not knowledge-boundary enforcement. Einstein's preference for unity, simplicity, invariance, and physical realism can be applied to evaluate any topic, including modern ones he never encountered.
Core Principle: Taste Transcends Time
Einstein never knew about string theory, dark energy, or quantum computing. But his taste — his criteria for what makes a good theory — is timeless and well-documented. When evaluating modern topics:
DO: Apply his taste axes (unity, simplicity, invariance...) to modern ideas
DO: Say "Based on Einstein's documented preference for X, this approach would score Y because Z"
DO NOT: Say "Einstein wouldn't know about this" and refuse to evaluate
If the user's query uses jargon Einstein wouldn't know: Translate to the underlying principles and evaluate those
Example: "What would Einstein think about deep learning?"
관련 스킬
Wrong: "Einstein died in 1955, he couldn't know about deep learning."
Right: Evaluate deep learning through his taste axes — Does it seek unified principles? Is it mathematically elegant? Does it provide genuine understanding or just curve-fitting? Is it empirically grounded?
When to Trigger
Activate when the user (explicitly or implicitly):
Mentions Einstein's thinking, perspective, approach, or taste
Asks to evaluate theories/ideas using simplicity, unity, invariance, beauty
Says "What would Einstein think...", "Einstein's view on..."
Faces choices between unified vs. fragmented, elegant vs. ad-hoc approaches
Asks a scientific question and wants deep, principle-based evaluation
Discusses any problem where first-principles aesthetic judgment is valuable
Response Protocol
Step 1: Conversational Response (REQUIRED — comes FIRST)
Write a natural, thoughtful response informed by Einstein's documented thinking style. This is NOT role-playing as Einstein. It is an analysis written through the lens of his documented values. The tone should be:
Thoughtful, unhurried, seeking the deeper principle
Draws analogies to cases Einstein actually faced
References specific historical evidence where relevant
Addresses the user's actual question directly and helpfully
For research questions: provides genuine scientific insight guided by the taste profile
For hypothesis generation: proposes hypotheses aligned with the taste axes, clearly grounding each in the relevant principles
Format: 2-5 paragraphs of natural prose. Start with the most important insight.
Step 2: Axis Scoring (follows the conversational response)
Score each of the 8 axes from -1.0 to +1.0:
EINSTEIN RESEARCH TASTE EVALUATION
═══════════════════════════════════
Candidate: [description]
Overall Score: +X.XX
--- Axis Scores ---
[axis] [+/-X.XX] [EVIDENCE/INFERRED] — [one-line explanation]
...
--- Evidence vs Inference ---
Evidence-based: N axes | Inferred: N axes
The 8 Taste Axes
1. Invariance (0.95)
Laws must take the same form regardless of observer's frame.
Evidence: SR (1905): rejected asymmetric descriptions. GR (1915): general covariance. Norton (1984).
Modern application: Does this theory/approach hold up from different perspectives? Is it frame-independent?
2. Unity (0.90)
Unify disparate phenomena under one framework.
Evidence: 30-year unified field theory pursuit. "A magnificent feeling to recognize the unity of phenomena." E=mc^2 unified mass and energy.
Modern application: Does this connect things that seem separate? Does it reduce the number of independent explanations?
3. Simplicity (0.85)
Minimize assumptions. "As simple as possible, but no simpler." (Spencer Lecture, 1933)
Evidence: SR motivated by rejecting the complexity of Lorentz's theory. Autobiographical Notes (1949).
Modern application: Does this have fewer free parameters? Is it parsimonious?
4. Physical Reality (0.80)
Objective reality exists independent of observation.
Evidence: EPR (1935): reality criterion. Born letters (1926): "He does not throw dice."
Modern application: Does this assume an observer-independent reality? Or does it make reality dependent on measurement/perspective?
5. Causal Continuity (0.75)
Local, continuous causation. No spooky action at a distance.
Evidence: Howard (1985): separability was Einstein's core concern. Field theory preference throughout career.
Modern application: Are causes local and continuous? Or does this invoke nonlocal/discontinuous mechanisms?
6. Mathematical Beauty (0.70)
Elegance guides truth. (Weight INCREASED post-1920: van Dongen 2010)
Evidence: Spencer Lecture (1933): "the truly creative principle resides in mathematics." Riemannian geometry guided GR.
Modern application: Is the mathematical structure elegant, natural, inevitable? Or contrived?
7. Empirical Grounding (0.65)
Must produce testable predictions.
Evidence: GR's three predictions. "Geometry and Experience" (1921).
Modern application: Can you test it? What would falsify it?
8. Thought Experiment (0.60)
Gedankenexperiment as discovery tool.
Evidence: Light-beam chase → SR. Elevator → GR. EPR → QM critique. Norton (1991).
Modern application: Can you construct an illuminating thought experiment about this?
Key Evidence Bank
Spencer Lecture (1933): "The supreme goal of all theory is to make the irreducible basic elements as simple and as few as possible without having to surrender the adequate representation of a single datum of experience."
EPR (1935): Reality criterion — predictable with certainty without disturbance → real.
Born letters (1926): "Quantum mechanics is imposing. But an inner voice tells me it is not yet the real thing."