Read the following two passages regarding the methodological treatment of anomalous data in the physical sciences.
Passage A
In the practice of observational astronomy, the encounter with anomalous data—measurements that stubbornly refuse to align with the predictions of the prevailing theoretical framework—must be treated not as a minor nuisance, but as a mandate for immediate and rigorous theoretical re-evaluation. To dismiss such discrepancies as mere instrumental noise, or to intentionally relegate them to the margins of scientific inquiry, is to betray the fundamental empiricism of the discipline. When planetary orbits deviate even infinitesimally from calculated trajectories, it is precisely this deviation that often harbors the seed of the next theoretical revolution. The integrity of the scientific method demands that these known anomalies be placed at the center of astronomical discourse, forcing the current paradigm to either robustly account for them or yield to a more comprehensive framework. Tolerating confirmed anomalies without aggressive investigation breeds theoretical complacency.
Passage B
The history of physics and astronomy reveals a pragmatic truth: at any given moment, the dominant theoretical paradigm is swimming in a sea of anomalous data. If scientists were to halt their primary research programs to aggressively scrutinize every observational discrepancy, scientific progress would be completely paralyzed. Many anomalies are ultimately resolved not by grand theoretical revolutions, but by eventual improvements in instrumentation or by the identification of subtle, previously unmodeled background variables. Consequently, it is an entirely rational and methodologically sound practice for researchers to deliberately bracket or set aside minor anomalies, continuing to refine and apply the dominant theory in the interim. Only when an anomaly proves extraordinarily persistent, and fundamentally disrupts the core utility of the paradigm, does it warrant the concerted, immediate attention of the theoretical community.
Based on the passages, the authors would be most likely to disagree over whether:
- Athe ultimate resolution of most astronomical anomalies requires the development of fundamentally new theoretical frameworks.
- Bthe prevailing theoretical paradigm should be discarded the moment it fails to perfectly predict a new observational measurement.
- it is methodologically defensible for researchers to temporarily set aside certain unexplained observational discrepancies in order to maintain scientific momentum.Answer
- Danomalous observational data primarily arises from subtle background variables that have not yet been mathematically modeled.
- Ethe fundamental empiricism of astronomy requires that scientists completely halt their primary research programs whenever an anomaly is detected.