wanyu/IteraTeR_v2 huggingface dataset:
Original:  He is well known for the poem "Another Letter from Another Father to Another Son", which won the First Prize in the All India Poetry Competition 2013 organized by The Poetry Society (India) in collaboration with the MHRD.
Revised:  He is known for the poem "Another Letter from Another Father to Another Son", which won the First Prize in the All India Poetry Competition 2013 organized by The Poetry Society (India) in collaboration with the MHRD.
Edit intent: clarity
Original: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Revised: Agnotology Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Edit intent: fluency
Original: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Revised: Agnotology Cancel culture Chinese room Demarcation problem Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Edit intent: clarity
Original: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Revised: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Edit intent: fluency
Original: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Revised: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Edit intent: fluency
Original: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law List of misnamed theorems List of scientific misconduct incidents Little Science,
Revised: Agnotology Cancel culture Chinese room Demarcation problem Denialism Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of military technology History of science History of science policy History of technology Interdisciplinarity Invalid science List of examples of Stigler's law Little Science,
Edit intent: coherence
Original:  technology and society Scientific misconduct Scientometrics Serendipity Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Stigler's law of eponymy Technological singularity Women in computing Women in science Women in STEM fields Woozle effect Workplace bullying in academia
Revised:  technology and society Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Stigler's law of eponymy Technological singularity Women in computing Women in science Women in STEM fields Woozle effect Workplace bullying in academia
Edit intent: coherence
Original: Agnotology Chinese room Demarcation problem Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of science History of science policy Interdisciplinarity Invalid science List of examples of Stigler's law Little Science,
Revised: Agnotology Demarcation problem Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of science History of science policy Interdisciplinarity Invalid science List of examples of Stigler's law Little Science,
Edit intent: clarity
Original: Agnotology Chinese room Demarcation problem Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of science History of science policy Interdisciplinarity Invalid science List of examples of Stigler's law Little Science,
Revised: Agnotology Chinese room Demarcation problem Economics of science Economics of scientific knowledge Hard and soft science Historiography of science History of science History of science policy Interdisciplinarity Invalid science Little Science,
Edit intent: coherence
Original:  Big Science Matilda effect Matthew effect Mertonian norms Philosophy of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Reproducibility Project Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science ,
Revised:  Big Science Matilda effect Mertonian norms Philosophy of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Reproducibility Project Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science ,
Edit intent: fluency
Original:  Big Science Matilda effect Matthew effect Mertonian norms Philosophy of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Reproducibility Project Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science ,
Revised:  Big Science Matilda effect Matthew effect Mertonian norms Philosophy of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science ,
Edit intent: clarity
Original:  technology and society Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Stigler's law of eponymy Technological singularity Women in computing Women in science Women in STEM fields Woozle effect Workplace bullying in academia
Revised:  technology and society Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Technological singularity Women in computing Women in science Women in STEM fields Woozle effect Workplace bullying in academia
Edit intent: clarity
Original:  technology and society Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Stigler's law of eponymy Technological singularity Women in computing Women in science Women in STEM fields Woozle effect Workplace bullying in academia
Revised:  technology and society Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Stigler's law of eponymy Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Edit intent: clarity
Original: Naomi Oreskes identifies another factor that "turns people off": scientists' frequent use of jargon – of expressions that tend to be misinterpreted  or incomprehensible to laymen .Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88..
Revised: Naomi Oreskes identifies another factor that "turns people off": scientists' frequent use of jargon – of expressions that tend to be misinterpreted by, or incomprehensible to laymen .Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88..
Edit intent: fluency
Original: Naomi Oreskes identifies another factor that "turns people off": scientists' frequent use of jargon – of expressions that tend to be misinterpreted  or incomprehensible to laymen .Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88..
Revised: Naomi Oreskes identifies another factor that "turns people off": scientists' frequent use of jargon – of expressions that tend to be misinterpreted or incomprehensible to , laypersons .Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88..
Edit intent: fluency
Original:  but for most laymen , "it conjures reassuring images, such as receiving praise from your boss.
Revised:  but for most laypersons , "it conjures reassuring images, such as receiving praise from your boss.
Edit intent: fluency
Original:  Naomi Oreskes, "Is Science Actually 'Right'?: It doesn't deliver absolute truth, but it contains useful elements of truth", Scientific American, vol. 325, no. 1 (July 2021), p. 78. Science, writes Oreskes, is not a fixed, immutable set of discoveries but "a process of learning and discovery [...].
Revised:  Science, writes Oreskes, is not a fixed, immutable set of discoveries but "a process of learning and discovery [...].
Edit intent: coherence
Original:  Naomi Oreskes, "Is Science Actually 'Right'?: It doesn't deliver absolute truth, but it contains useful elements of truth", Scientific American, vol. 325, no. 1 (July 2021), p. 78.
Edit intent: coherence
Original: '" Naomi Oreskes, "Is Science Actually 'Right'?: It doesn't deliver absolute truth, but it contains useful elements of truth", Scientific American, vol. 325, no. 1 (July 2021), p. 78. Science, writes Oreskes, "is not simple, and neither is the natural world;
Revised: '" Science, writes Oreskes, "is not simple, and neither is the natural world;
Edit intent: coherence
Original:  Naomi Oreskes, "Is Science Actually 'Right'?: It doesn't deliver absolute truth, but it contains useful elements of truth", Scientific American, vol. 325, no. 1 (July 2021), p. 78. "Scientific theories", according to Oreskes, "are not perfect replicas of reality, but we have good reason to believe that they capture significant elements of it."
Revised:  "Scientific theories", according to Oreskes, "are not perfect replicas of reality, but we have good reason to believe that they capture significant elements of it."
Edit intent: coherence
Original:  Naomi Oreskes, "Is Science Actually 'Right'?: It doesn't deliver absolute truth, but it contains useful elements of truth", Scientific American, vol. 325, no. 1 (July 2021), p. 78. Steven Weinberg, 1979 Nobel laureate in physics, and a historian of science, writes that the core goal of science has always been the same: "to explain the world";
Revised:  Steven Weinberg, 1979 Nobel laureate in physics, and a historian of science, writes that the core goal of science has always been the same: "to explain the world";
Edit intent: coherence
Original:  The Institute has three computational divisions dedicated respectively to astrophysics, biology, and quantum physics, and is working on a fourth division for climate modeling that will involve interfaces of geology, oceanography, atmospheric science, biology, and climatology.
Revised:  The institute has three computational divisions dedicated respectively to astrophysics, biology, and quantum physics, and is working on a fourth division for climate modeling that will involve interfaces of geology, oceanography, atmospheric science, biology, and climatology.
Edit intent: fluency
Original: Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. . Naomi Oreskes identifies another factor that "turns people off": scientists' frequent use of jargon – of expressions that tend to be misinterpreted by, or incomprehensible to, laypersons.
Revised: Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. Naomi Oreskes identifies another factor that "turns people off": scientists' frequent use of jargon – of expressions that tend to be misinterpreted by, or incomprehensible to, laypersons.
Edit intent: fluency
Original: Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. . In climatological parlance, "positive feedback" refers to amplifying feedback loops, such as the ice-albedo feedback.
Revised: Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. In climatological parlance, "positive feedback" refers to amplifying feedback loops, such as the ice-albedo feedback.
Edit intent: fluency
Original:   Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. . Viviane Callier, "Idea Epidemic: An infectious disease model shows how science knowledge spreads", Scientific American, vol. 320, no. 2 (February 2019), p. 14.
Revised:  . Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. . Viviane Callier, "Idea Epidemic: An infectious disease model shows how science knowledge spreads", Scientific American, vol. 320, no. 2 (February 2019), p. 14.
Edit intent: fluency
Original:   Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. . Viviane Callier, "Idea Epidemic: An infectious disease model shows how science knowledge spreads", Scientific American, vol. 320, no. 2 (February 2019), p. 14.
Revised:  Naomi Oreskes, "Scientists: Please Speak Plainly", Scientific American, vol. 325, no. 4 (October 2021), p. 88. Viviane Callier, "Idea Epidemic: An infectious disease model shows how science knowledge spreads", Scientific American, vol. 320, no. 2 (February 2019), p. 14.
Edit intent: fluency
Original:  Ioannidis, "Rethink Funding: The way we pay for science does not encourage the best results" (State of the World's Science, 2018), Scientific American, vol. 319, no. 4 (October 2018), pp. 53–55. </ref> Steven Johnson, Where Good Ideas Come From: The Natural History of Innovation, New York, Riverhead Books, 2010, . Christopher Kasparek, "Prus' Pharaoh: the Creation of a Historical Novel," The Polish Review, vol. XXXIX, no. 1 (1994), pp. 45–50.
Revised:  Ioannidis, "Rethink Funding: The way we pay for science does not encourage the best results" (State of the World's Science, 2018), Scientific American, vol. 319, no. 4 (October 2018), pp. 53–55. Steven Johnson, Where Good Ideas Come From: The Natural History of Innovation, New York, Riverhead Books, 2010, . Christopher Kasparek, "Prus' Pharaoh: the Creation of a Historical Novel," The Polish Review, vol. XXXIX, no. 1 (1994), pp. 45–50.
Edit intent: coherence
Original: of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis  Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science and technology studies Scientific misconduct Scientometrics  Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge  Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Revised: of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Reproducibility Project Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science and technology studies Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Edit intent: clarity
Original: of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis  Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science and technology studies Scientific misconduct Scientometrics  Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge  Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Revised: of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science , technology and society Scientific misconduct Scientometrics Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Edit intent: clarity
Original: of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis  Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science and technology studies Scientific misconduct Scientometrics  Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge  Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Revised: of science Politicization of science Pseudoscience Publication bias Replicability Replication crisis Role of chance in scientific discoveries Science and technology studies Science of science policy Science studies Science and technology studies Scientific misconduct Scientometrics Serendipity Sociology of knowledge Sociology of science Sociology of scientific ignorance Sociology of scientific knowledge Technological singularity Women in computing Women in science Women in STEM fields Woozle effect 
Edit intent: clarity
Original:  He is best known for his expedition down the Ohio and Mississippi rivers in the spring and summer of 1796, through the Illinois and Louisiana territories then held by the Spanish crown, during which he     made maps and observed fortifications and the country's military preparedness, almost certainly on a secret mission on behalf of the French Republic.
Revised:  He is best known for his expedition down the Ohio and Mississippi rivers in the spring and summer of 1796, through the Illinois and Louisiana territories then held by the Spanish crown, during which he He made maps and observed fortifications and the country's military preparedness, almost certainly on a secret mission on behalf of the French Republic.
Edit intent: fluency
Original:  His survey was translated into English and published in 1826.
Revised:  His account of his travels was translated into English and published in 1826.
Edit intent: clarity
Original:  Werner Seibt and Ivan Jordanov, on the other hand, distinguish between the various references of the name, equating the Soterioupolis of the De administrando imperio with Pitsunda, which in the mid-11th century formed part of a military command with nearby Anakopia that Byzantine presence in coastal Abchasia and the northern Caucasus in general, where Byzantium had commercial and strategic interests.
Revised:  Werner Seibt and Ivan Jordanov, on the other hand, distinguish between the various references of the name, equating the Soterioupolis of the De administrando imperio with Pitsunda, which in the mid-11th century formed part of a military command with nearby Anakopia , securing Byzantine presence in coastal Abchasia and the northern Caucasus in general, where Byzantium had commercial and strategic interests.
Edit intent: clarity
Original:  Werner Seibt and Ivan Jordanov, on the other hand, distinguish between the various references of the name, equating the Soterioupolis of the De administrando imperio with Pitsunda, which in the mid-11th century formed part of a military command with nearby Anakopia that Byzantine presence in coastal Abchasia and the northern Caucasus in general, where Byzantium had commercial and strategic interests.
Revised:  Werner Seibt and Ivan Jordanov, on the other hand, distinguish between the various references of the name, equating the Soterioupolis of the De administrando imperio with Pitsunda, which in the mid-11th century formed part of a military command with nearby Anakopia that Byzantine presence in coastal Abchasia and the northwestern Caucasus in general, where Byzantium had commercial and strategic interests.
Edit intent: clarity
Original:  The seat of the strategos of the Escorial Taktikon, however, is considered to be located further south, at the fortress Bourzo (identified by Nicolas Oikonomides and B. Baumgartner with modern Borçka in Turkey), to which are to be attributed the seals of the kleisourarches of Soteropolis, as well as the references preserved in the collections of miracles of Saint Eugenius of Trebizond, according to which the strategos was a subordinate of the doux of Chaldia.
Revised:  The seat of the strategos of the Escorial Taktikon, however, is considered to be located further south, at the fortress Bourzo (identified by Nicolas Oikonomides and B. Baumgartner with modern Borçka in Turkey), to which are to be attributed the seals of the kleisourarches of Soteropolis, as well as the references preserved in the collection of miracles of Saint Eugenius of Trebizond, according to which the strategos was a subordinate of the doux of Chaldia.
Edit intent: fluency
Original:  The Escorial Taktikon, written in the 970s, records a "strategos of Soterioupolis or Bourzo", and the contemporary Notitiae Episcopatuum record that it was the seat of an autonomous archbishopric.
Revised:  The Escorial Taktikon, written in the 970s, mentions a "strategos of Soterioupolis or Bourzo", and the contemporary Notitiae Episcopatuum record that it was the seat of an autonomous archbishopric.
Edit intent: clarity