Nicolaus Copernicus

Record year1543

summaryCopernicus rearranged the order of the planets around a moving Earth, explained retrograde phenomena, and organized geometric models and computational tables into a six-volume system of mathematical astronomy.

M rationaleThis system supplied an intergenerational basis for subsequent specialized calculation and research on planetary models. The magnitude assessment includes the continuation of known frameworks, while attribution distinguishes the author, antecedent materials, publication, and dissemination; it does not claim later figures' new laws as his own.

attribution rationaleAttribution to this person: Nicolaus Copernicus (56.00%): completed the theoretical choice, synthesis, and written presentation of the mathematical system. Full attribution budget: Nicolaus Copernicus (56.00%): completed the theoretical choice, synthesis, and written presentation of the mathematical system; classical and Ptolemaic mathematical-astronomy frameworks (8.00%): supplied inherited geometric, conceptual, and textual frameworks, excluding separately listed numerical data; existing observations and numerical data from the Alfonsine Tables (5.00%): supplied observational and tabular numerical inputs and do not duplicate the theoretical framework; Regiomontanus and fifteenth-century mathematical resources (6.00%): supplied fifteenth-century critical, trigonometric, and model resources; Georg Joachim Rheticus (8.00%): undertook the introduction of the system, the manuscript's route to publication, and mathematical exchange, without thereby being deemed the originator of the theory; Johannes Petreius and the printing establishment (2.00%): undertook the actual printing and publication; unresolved transmission and assistance (11.00%): unverified inputs of dissemination, consultation, and manuscript work remain here, and similarity of methods is not directly treated as evidenced transmission; publication supporters such as Giese and Schönberg (4.00%): provided documented encouragement for publication, without duplicating Rheticus or the actual printing.

overlap boundaryEarly drafts, the six-volume text, internal models, and tables are counted as one outcome; subsequent computational services and new laws are handled separately as independent outcomes and shared attribution.

Evidence gapsThe transmission routes of some mathematical methods remain disputed; the critical text has not yet been checked volume by volume, nor has a systematic account of adoption histories in different places been completed.

Record year1609—1619

summaryFrom observational constraints and model comparison, Kepler proposed elliptical orbits, equal areas in equal times, and the relation between periods and orbital scale, giving planetary motion a set of quantitative laws.

M rationaleThe three laws formed a predictive, testable foundation for planetary motion and entered celestial mechanics across generations; the magnitude assessment does not include successors' gravitational explanation or all spaceflight applications.

attribution rationaleCredit for the focal person: Johannes Kepler (55.00%): he carried out model comparison, derived three interrelated quantitative laws from observational constraints, and published them in two stages; the share assesses authorial actions and is not inferred from fame or M. Full attribution budget: Johannes Kepler (55.00%): he carried out model comparison, derived three interrelated quantitative laws from observational constraints, and published them in two stages; the share assesses authorial actions and is not inferred from fame or M; Tycho Brahe (22.00%): high-precision observations of Mars and the Sun were necessary data inputs for deriving the first two laws, and there is clear evidence of his personal observational and organizational role; Tycho's observation team (5.00%): retains long-term observation, recording, and calculation labor in Tycho's observation program that has not been resolved person by person; Nicolaus Copernicus (6.00%): the Copernican heliocentric planetary system supplied a clear model premise; this is only prior-work credit and does not incorporate Kepler's laws into Copernicus's achievements; contributors to geometrical astronomy and Gilbert's prior work (4.00%): retains inherited geometrical astronomy and Gilbert's physical inspiration; these do not amount to completing the three laws and are not deducted again in M; editing, printing, and dissemination institutions (3.00%): editing, printing, and circulation of the two works made the laws public and testable knowledge, with a bounded delivery role; unresolved research inputs (5.00%): retains unresolved calculation assistance, transfer of materials, and prior-work contributions, avoiding strong attribution of the unknown to the author or named predecessors.

overlap boundaryThe three laws are combined as one item and do not include Newton's gravitational explanation or all later space-engineering achievements; this item uses the same achievement identity and attribution budget as the Kepler page.

Evidence gapsThe three laws differed in timing and form of acceptance; the early reception history has not yet completed checking of all primary records.

Record year1517—1526

summaryCopernicus analyzed money's role as a common measure, coinage debasement, and the coexistence of bad and good coinage, and proposed recommendations on coinage for Prussia.

M rationaleThe relevant memoranda have parliamentary statements, deliberation records, and contemporary manuscript circulation, supporting a regional contribution to institutional knowledge; there is as yet no evidence that his recommendations were successfully implemented.

attribution rationaleAttribution to this person: Nicolaus Copernicus (70.00%): wrote the monetary analysis and synthesized recommendations; the share is an evaluative judgment and does not establish that he drafted every version alone. Full attribution budget: Nicolaus Copernicus (70.00%): wrote the monetary analysis and synthesized recommendations; the share is an evaluative judgment and does not establish that he drafted every version alone; existing monetary knowledge and conditions of coinage (15.00%): existing European and Prussian knowledge of coinage, terminology, and debasement problems formed the analytical premises; Prussian and Warmian institutional channels (10.00%): institutional demand, assemblies, and deliberation-record channels in Prussia and Warmia brought the recommendations into public discussion; unresolved inputs of translation and consultation (5.00%): the inputs of translation, copying, consultation, and transmission in the various versions have not yet been individually clarified.

overlap boundaryThe relevant memoranda, statements, and letters from 1517 to 1526 are combined as one outcome, without repeatedly scoring individual versions or later monetary policy.

Evidence gapsFurther checking is needed of the critical edition of the 1526 text and of records of the adoption and continuing use of particular recommendations.

Record year1524

summaryCopernicus criticized Werner's account of the motion of the eighth sphere, identifying problems in time calculation and in claims about uniform stellar motion before Ptolemy.

M rationaleThis is an astronomical and chronological criticism with a definite object; the current evidence supports a limited knowledge contribution and does not establish broad adoption.

attribution rationaleAttribution to this person: Nicolaus Copernicus (70.00%): wrote calculations and criticism directed at Werner's account. Full attribution budget: Nicolaus Copernicus (70.00%): wrote calculations and criticism directed at Werner's account; existing astronomy and Werner's account (15.00%): existing astronomy, chronology, observations, and the criticized text supplied the problem and knowledge premises; Bernard Wapowski (5.00%): as the named requester and recipient, undertook transmission of the exchange and is not deemed a coauthor of the calculations; unresolved manuscript and consultation inputs (10.00%): remaining inputs from manuscripts, observations, and consultation await clarification.

overlap boundaryThe criticism does not state heliocentrism and is kept separate from On the Revolutions; differing calculations and surviving copies receive no additional score.

Evidence gapsThe complete critical text of the letter has not yet been read; manuscript transmission, particular readers, and actual use still need to be supplemented.

Record year1509

summaryCopernicus translated Simocatta's Greek collection of letters into Latin and published it in Kraków, giving this literary work a new language version.

M rationaleA published complete translation provided a clear channel for reading; current materials do not establish that it led to sustained curricular adoption or broad literary influence.

attribution rationaleAttribution to this person: Nicolaus Copernicus (65.00%): completed the Latin translation of this collection of letters; the share does not represent a word-by-word measure of originality. Full attribution budget: Nicolaus Copernicus (65.00%): completed the Latin translation of this collection of letters; the share does not represent a word-by-word measure of originality; Simocatta and the Greek original (25.00%): the Greek original and its literary content provided the basis for the translation; Kraków printing and dissemination channels (5.00%): printing and dissemination channels in Kraków made the translation publicly readable; unresolved base-text and editorial inputs (5.00%): other inputs in the Greek base text, editing, and transmission have not yet been individually clarified.

overlap boundaryThe whole translation is counted as one outcome, rather than adding its 85 letters separately; the literary content of the original is not credited as the translator's original work.

Evidence gapsThe current basis is scholarly abstracts and catalogues of critical editions; the 1509 print edition and complete critical text have not been read, and records of early readers and uses still need to be supplemented.

Record yearEarly sixteenth century (traditional attribution)

summaryObservation lines and a mirror on the castle wall constitute a solar-observation instrument. Material dating and traditional attribution connect it with Copernicus's period of office.

M rationaleThe assessment concerns the locally built capacity of the observational instrument; authorship attribution still has gaps, and possible uses reconstructed from it are not stated as demonstrated historical measurement achievements.

attribution rationaleAttribution to this person: Nicolaus Copernicus (45.00%): his design and organizational role is assessed on traditional attribution, without being deemed an evidenced sole maker. Full attribution budget: Nicolaus Copernicus (45.00%): his design and organizational role is assessed on traditional attribution, without being deemed an evidenced sole maker; prior work on reflecting sundials and astronomical observation (25.00%): supplied the prior work of reflecting-sundial geometry and observational practice; Olsztyn Castle and production resources (15.00%): castle architecture, plaster, pigment, mirrors, and production materials supported physical realization; unresolved design and production inputs (15.00%): remaining inputs to design, production, the reference meridian, and observation await clarification.

overlap boundaryThe construction of the instrument is kept separate from the astronomical system and does not duplicate the latter's model or computational-table benefits.

Evidence gapsThere is no direct manuscript or commission record proving the designer; a successful measurement sequence, improved precision, or effects on calendar reform have not been established.

Record yearAround 1521

summaryCopernicus requested and coordinated the supply of defensive materials; historical research records that Jan Sculteti organized their dispatch and that the materials arrived.

M rationaleA cross-local supply with a recorded delivery demonstrates local organizational support; it does not attribute the city's rescue or victory in the war as a whole to this action.

attribution rationaleAttribution to this person: Nicolaus Copernicus (15.00%): undertook the request and coordination of supply. Full attribution budget: Nicolaus Copernicus (15.00%): undertook the request and coordination of supply; Jan Sculteti (25.00%): organized the dispatch of supplies; the cathedral chapter and bishop (20.00%): provided church and episcopal resource support; supply and transport participants (30.00%): carried out the actual provision and transport of supplies and are not thereby credited with inventing new equipment; unresolved supply inputs (10.00%): the remaining inputs in the supply chain have not yet been clarified.

overlap boundaryCounts only the recorded supply; unfulfilled letters requesting aid, other procurement plans, and the war as a whole are not included.

Evidence gapsThe current basis is historical research's account of the letter; the original letter has not been read independently, and the actual use of the supplies and the burdens on soldiers and civilians are unknown.

Record year1541

summaryAt a request, Copernicus went to care for Kunheim, then consulted the physician Jan Benedict Solfa and relayed his opinion.

M rationaleThe record supports actual care for a named patient and the relaying of a consultation, valued as small-scale assistance; it does not establish a cure, effective treatment, or an innovation in medical method.

attribution rationaleAttribution to this person: Nicolaus Copernicus (35.00%): undertook the visit, care, request for consultation, and relaying of advice. Full attribution budget: Nicolaus Copernicus (35.00%): undertook the visit, care, request for consultation, and relaying of advice; Jan Benedict Solfa (25.00%): supplied the medical advice that was relayed and is not thereby deemed to have participated in on-site care; ducal and church permission channels (15.00%): the duke's request and church permission enabled this care; unresolved care and communication inputs (25.00%): other inputs to care assistance and communication delivery have not yet been clarified, and unknown treatment efficacy is not converted into attribution shares.

overlap boundaryCounts only this care and consultation support, without extending it to an entire career as a physician or to therapeutic efficacy.

Evidence gapsThe original 1541 communication and specific treatment records have not been read; the patient's subsequent health outcome cannot be attributed to this care.

Record year1516

summaryCopernicus participated in material support for a named farming household and in remission of that year's rent; the record also mentions that the village headman provided a guarantee.

M rationaleActual supplies and remission constitute a small-scale assistance; the outcome is not enlarged on the basis of an administrative title, number of settlements, or promised quantities.

attribution rationaleAttribution to this person: Nicolaus Copernicus (25.00%): undertook the named authorization and remission decision. Full attribution budget: Nicolaus Copernicus (25.00%): undertook the named authorization and remission decision; the cathedral chapter (60.00%): supplied the institutional resources for material support and rent remission; the Jonkowo village headman (name to be determined) (5.00%): the headman in the record provided a guarantee, and the name remains to be confirmed; unresolved delivery and recordkeeping inputs (10.00%): other inputs to delivery and recordkeeping have not yet been clarified.

overlap boundaryThe supplies and remission are combined; two horses promised but not evidenced as delivered are not included, and no inference is made about long-term local prosperity.

Evidence gapsThe original register has not been read independently; the guarantor's burden and the household's subsequent gains require investigation.