Author: Kyle Gorman

Noam on phonotactics

(Emphasis mine.)

Take the question of sound structure. Here too the person who has acquired knowledge of a language has quite specific knowledge about the facts that transcend his or her experience, for example, about which nonexistent words are possible words and which are not. Consider the forms strid and bnid. Speakers of English have not heard either of these forms, but they know that strid is a possible word, perhaps the name of some exotic fruit they have not seen before, but bnid, though pronounceable, is not a possible word of the language. Speakers of Arabic, in contrast, know that bnid is a possible word and strid is not; speakers of Spanish known that neither strid nor bnid is a possible word of their language. The facts can be explained in terms of rules of sound structure that the language learner comes to know in the course of acquiring the language.

Acquisition of the rules of sound structure, in turn, depends on fixed principles governing possible sound systems for human languages, the elemnts of which they are constituted, the manner of their combination and the modifications that they may undergo in various contexts. These principles are common to English, Arabic, Spanish, and all other human languages and are used unconsciously by a person acquiring any of these languages…

Suppose one were to argue that the knowledge of possible words is derived “by analogy.” The explanation is empty until an account is given of this notion. If we attempt to develop a concept of “analogy” that will account for these facts, we will discover that we are building into this notion the rules and principles of sound structure. (Chomsky 1988:26)

 

References

Chomsky, N. 1988. Language and Problems of Knowledge: the Managua Lectures. MIT Press.

Defectivity in Tagalog

[This is part of a small but growing series of defectivity case studies. Here I am well out of my linguistic comfort zone, working with a language I know very little about, so please take my comments cum salo granis.]

The behavior of the Tagalog actor focus (AF) infix (and occasionally, prefix) -um- has received an enormous amount of attention since the days of prosodic morphology. Schachter & Otanes (1972; henceforth SO), cited in Orgun & Sprouse (1999), claim that “-um- does not occur with bases beginning with /m/ or /w/” (p. 292). Presumably this statement means such bases are defective with respect to their actor focus form; that is certainly how Orgun & Sprouse—and most of the subsequent literature—has interpreted this. I am aware of one complication, however. First off, many verbs instead use the prefix mag– to mark actor focus; SO could simply be making a distributional statement about two allomorphs of the actor focus marker. As I understand it, whether a verb takes -um-, mag-, or both is conditioned by verb semantics, whether or not the verb is derived or a bare root, whether or not the verb is borrowed or not, and so on, and there is probably some regional, register, and individual variation too.1 And there are other focus markers beyond -um- and mag-.

Orgun & Sprouse (henceforth OS) provide just a few examples (p. 206). According to them, there is no AF form *mumahal ‘to become expensive’ (< mahal). It’s not really clear what we ought to reason from *mumahal. First, do all adjectives have a corresponding AF verb form? Secondly, one might ask whether magmahal is the AF form of this adjective. According to Wiktionary, it is, so this is probably just an instance of ordinary morphological blocking. Third, this is obviously a loanword, which might have something to do with its choice of AF affix and/or whether it participates in the AF system at all. Similarly, OS give the example *mumura ‘to become cheap’ (< mura), but Wiktionary says magmura exists and has the relevant reading. If this is correct, OS may have confused defectivity and blocking.

OS provide two other types of examples of what they call defectivity.

First, OS claim that /Cw…/-initial stems borrowed from English can form AF forms of the form /C-um-w…/ but not /Cw-um…/. Thus the AF infinitive sumwer (< Eng. swear) well-formed, but *swumer is not. It is not clear this generalization is correct, since Ross (1996) elicits the AF infinitive [twumɪtɘɾ] (< Eng. twitter; p. 15) from “a native speaker of Tagalog in her thirties who had recently come to Canada from Manila…” who was “asked to ‘borrow’ hypothetical English loanwords…” (p. 2).2 OS do not discuss /Cm-…/-initial borrowings, and they give us no reason to suspect that /Cw…/- and /Cm…/-initial loanword stems would behave differently, but Ross also elicits [smumajl] (< Eng. smile; p. 15).

Secondly, OS claim that /m, w/-initial stems borrowed from English do not form AF verbs in -um-. I have not been able to find any of their examples in a Tagalog dictionary, so these may just be poorly assimilated loanwords. 

OS note that there is no general restriction on homomorphemic /…mum…/ sequences in Tagalog, and they note that reduplication may also produce /…mum…/. Even if their description is correct, it is a mystery why this restriction holds only of a specific AF affix. But I suspect that OS have either misunderstood SO, or perhaps misgeneralized from OS’s admittedly vague comment.

Before I conclude, I should note that the empirical situation for Tagalog linguistics is dire. The language has many tens of millions of speakers, and has long been of interest to linguists. There are extensive grammatical resources on Tagalog in English and Spanish. Yet any time I interact with Tagalog examples in the literature, I find data inconsistencies, analytical laziness, or both. As a student put it to me: “As a Filipina it feels disrespectful and offensive, and as a linguist it feels super shady and raises so many philosophy of science red flags.” There may be some relevant results in Zuraw 2007, which elicits a corpus of the AF forms of Tagalog loanwords, including forms in /Sm-…/, but I am unable to reconcile those findings with Ross 1996, despite the fact that Ross and Zuraw are the same person.

Endnotes

  1. For roots that take both affixes, the two AF forms may or may not be synonymous. For example, pumunta and magpunta are roughly equivalent AF forms of ‘to go’. However, bumuli means ‘to buy’ whereas magbili means ‘to sell’.
  2. Note that it was the ’90s, mannnnnn, so this is about songbirds; it has nothing to do with microblogging.

References

Orgun, C. O. and Sprouse, R. L.  1999. From MPARSE to CONTROL: deriving ungrammaticality. Phonology 16:191-224.
Ross, K. 1996.  Floating phonotactics: variability in reduplication and infixation in Tagalog loanwords. Master’s thesis, University of California, Los Angeles.
Schachter, P. and Otanes, F. 1972. Tagalog Reference Grammar. University of California Press.
Zuraw, K. 2007. The role of phonetic knowledge in phonological patterning: corpus and survey evidence from Tagalog infixation. Language 83: 277-316.

Magic and productivity: Spanish metaphony

In Gorman & Yang 2019 (henceforth GY), we provide an analysis of metaphonic patterns in Spanish. This is just one of four or five case studies and it is a bit too brief to go into some interesting representational issues. In this post I’ll try to fill some of the missing details as I understand them, with the caveat that Charles does not necessarily endorse any of my proposals here.

The tolerance principle approach to productivity is somewhat unique in that it is not tied to any particular theory of rules or representations, so long as such theories provide a way to encode competing rules applying in order of decreasing specificity (Pāṇini’s principle or the elsewhere principle). Yet any particular tolerance analysis requires us to commit to a specific formal analysis of the phenomenon⁠—the relevant rules and the representations over which they operate—so that we know what to count. The way in which I apply the tolerance principle also presumes that productivity (e.g., as witnessed by child overregularization errors) or its lack (as witnessed by inflectional gaps) is a first-class empirical observation and that any explanatorily-adequate tolerance analysis ought to account for it. What this means to me is that the facts productivity can adjudicate between different formal analyses, as the following example shows.

The facts are these. A large percentage of Spanish verbs, all of which have a surface mid vowel (e or o) in the infinitive, exhibit alternations targeting the nucleus of the final syllable of the stem. In all three conjugations, one can find verbs in which this surface mid vowel diphthongizes to ie [je] or ue [we], respectively.1 Furthermore, in the third conjugation, there is a class of verbs in which the e in the final syllable of certain forms alternates with an i.2

The issue, of course, is that there are verbs which are almost identical to the diphthongizing or e–i stems but which do not undergo these alternations (GY:178f.). One can of course deny that magic is operating here, but this does not seem workable.3 We need therefore to identify the type of magic: the rules and representations involved.

There is some reason to think that conjugation class is relevant to these verb stem alternations. For example, Mayol et al. (2007) analyzes verb stem errors in a sample of six children acquiring Spanish, a corpus of roughly 2,000 verb tokens. Nearly all errors in this corpus involve underapplication of diphthongization to diphthongizing verbs in the first and second conjugation; errors in the third conjugation are extremely rare. Secondly the e-i alternations are limited to the third conjugation. As Harris (1969:111)  points out, the e form surfaces only when the stem is followed by an i in the first syllable of the desinence. This suggests that the alternation is a lowering rather than a raising one, and explains why this pattern is confined to the third (-i-) conjugation. Finally, there are about a dozen Spanish verbs, all of the third conjugation, which are defective in exactly those inflectional forms—those in which there is either stress on the stem or those in which the stem is followed by a desinential /i/ in the following syllable—which would reveal to us whether the stem is diphthongization or lowering. These three facts seem to be telling us that these alternations are sensitive to conjugation class.

Jim Harris has long argued for an abstract phoneme analysis of Spanish diphthongization. In Harris 1969, diphthongization reflect abstract phonemes, present underlyingly, denoted /E, O/; no featural decomposition is provided, but one could imagine that they are underspecified for some features related to height. Harris (1985) instead supposes that the vowels which undergo diphthongization under stress bear two skeletal “x” slots, one linked and one unlinked, as follows.

o
|
X X

This distinguishes them from ordinary non-alternating mid vowels (which only have one “x”) and non-alternating diphthongs (which are prelinked to two “x”s). Harris argues this also provides explanation for why stress conditions this alternation.

One interesting property of Harris’ account, one which I do not believe has been remarked on before, it is that it seems to rule out the idea that diphthongization vs. non-diphthongization is “governed by the grammar”: it is purely a fact of lexical representation and surface forms follow directly from applying the rules to the abstract phonemic forms. To put it more fancifully, there is no “daemon” inside the phonemic storage unit of the lexicon deciding where the diphthongs or lowering vowels go; such facts are of interest for “evolutionary” theorizing, but are accidents of diachrony.

However, I believe the facts of productivity and the conditioning effects of conjugation support an alternative—and arguably more traditional—analysis, in which diphthongization and lowering are governed by abstract diacritics at the root level, in the form of rule features of the sort proposed by Kisseberth (1970) and Lakoff (1970).

I propose that verbs with mid vowel in the final syllable of their stem which do not undergo diphthongization, like pegar ‘to stick to’; (e.g., pego ‘I stick to’), are marked [−diph], and those which do undergo diphthongization, like negar ‘to deny’ (niego ‘I deny’) are marked [+diph]; both are assumed to have an /e/ in underlying form. Similarly, I propose that verbs which undergo lowering, like pedir ‘to ask for’ (e.g., pido ‘I ask for’), are specified [+lowering] and non-lowering verbs, like vivir ‘to live’ (vivo ‘I live), are specified [−lowering]; both have an underlyingly /i/. Then, the rule of lowering is

Lowering: i -> e / __ C_0 i

or, in prose, an /i/ lowers to /e/ when followed by zero or more consonants and a /i/. I assume a convention of rule application such that rule R can apply only to those /i/s which are part of a root marked [+R]; it is as if there is an implicit [+R] specification on the rule’s target. Therefore, the rule of lowering does not apply to vivir. This rule feature convention is assumed to apply to all phonological rules, including diphthongization.

I furthermore propose that [diph] and [lowering] rule features are inserted during the derivation according to GY’s tolerance analysis. For first (-a-) and second (-e-) conjugation verbs, [−diph] is the default and [+diph] is lexically conditioned.

[] -> [+diph] / __ {√neg-, ...}
   -> [-diph] / __

For third (-i-) conjugation verbs, I assume that there is no default specification for either rule feature.

[] -> [+lowering] / __ {√ped-, ...}
[] -> [-lowering] / __ {√viv-, ...}

I have not yet provided formal machinery to limit these generalizations to the particular conjugations, but I wish to stay agnostic about morphological theory and so I assume that any adequate model of the morphophonological interface ought to be able to encode conjugation class-specific generalizations like the above.

I leave open the question as to how roots which fail to satisfy the phonological conditions for lowering (like those which do not contain a final-syllable /i/) or diphthongization (like those which do not contain a final-syllable mid vowel) are specified with respect to the [diph] and [lowering] features. I am inclined to say that they remain underspecified for these features throughout the derivation. However, all that is essential here is that such roots are not in scope for the tolerance computation.

Let us suppose that we wish to encode, synchronically, phonological “trends” in the lexicon with respect to the distribution of diphthongizing and/or lowering verbs, such as Bybee & Pardo’s claim that e–ie diphthongization is facilitated when followed by the trill rr. Such observations could be encoded at the point in which rule features are inserted, if desired. It is unclear how a similar effect might be achieved under the abstract phoneme analysis. I remain agnostic on this question, which may ultimately bear on the past tense debate.

In future work (if blogging can be called “work”), it would be interesting to expand the proposal to other cases of morpholexical behavior studied by Kisseberth (1970), Lakoff (1970), and Zonneveld (1978), among others. Yet my proposal does not entail that we draw similar conclusions for all superficially similar case studies. For instance, I am unaware at present of evidence contradicting Rubach’s (2016) arguments that the Polish yers are abstract phonemes.

Endnotes

  1. Let us assume, as does Harris, that the appearance of the [e] in both diphthongs is the result of a default insertion rule applying after diphthongization converts the nucleus to the corresponding glide.
  2. This of course does not exhaust the set of verbal alternations, as there are highly-irregular consonantal and vocalic alternations in a handful of other verbs.
  3. Albright et al. (2001) and Bybee & Pardo (1981) are sometimes understood to have found solid evidence for a “non-magical” analysis, in which the local context in which a stem mid vowel is found is the sole determinant. This is a massive overinterpretation. Bybee & Pardo identify some local contexts which seem to favor diphthongization, and the results of a small nonce word cloze task are consistent with these findings. Albright et al. use a simple computational model to discover some contexts which seem to favor diphthongization, and find that subjects’ ratings of possible nonce words (on a seven-point Likert scale) are correlated with the models’ predictions for diphthongization. Schütze (2005) gives a withering critique of the general nonce word rating approach. Even ignoring this, neither study links nonce word tasks in adult knowledge of, or child acquisition of, actual Spanish words.

References

Albright, A., Andrade, A., and Hayes, B. 2001. Segmental environments of Spanish diphthongization. UCLA Working Papers in Linguistics 7: 117-151.
Baković, E., Heinz, J., and Rawski, J. In press. Phonological abstractness in the mental lexicon. In The Oxford Handbook of the Mental Lexicon, to appear.
Bale, A., and Reiss, C. 2018. Phonology: a Formal Introduction. MIT Press.
Bybee, J., and Pardo, E. 1981. Morphological and lexical conditioning of rules: experimental evidence from Spanish. Linguistics 19: 937-968.
Gorman, K. and Yang, C. 2019. When nobody wins. In F. Rainer, F. Gardani, H. C. Luschützky and W. U. Dressler (ed.), Competition in Inflection and Word Formation, 169-193. Springer.
Harris, J. 1969. Spanish Phonology. MIT Press.
Harris, J. 1985. Spanish diphthongisation and stress: a paradox resolved. Phonology Yearbook 2:31-45.
Lakoff, G. 1970. Irregularity in Syntax. Holt, Rinehart and Winston.
Kisseberth, C. W. 1970. The treatment of exceptions. Papers in Linguistics 2:44-58.
Mayol, Laia. 2007. Acquisition of irregular patterns in Spanish verbal morphology. In Proceedings of the Twelfth ESSLLI Student Session, 1-11.
Schütze, C. 2005. Thinking about what we are asking speakers to do. In S. Kepser and M. Reis (ed.), Linguistic Evidence: Empirical, Theoretical, and Computational Perspectives, pages 457-485. Mouton de Gruyter.
Zonneveld, W. 1978. A Formal Theory of Exceptions in Generative Phonology. Peter de Ridder.

Markdown isn’t good enough to replace LaTeX

I am generally sympathetic with calls to replace LaTeX with something else. LaTeX has terrible defaults, Unicode and font support is a constant problem, the syntax is deliberately obfuscatory, and actual generation is painfully slow (probably because the whole thing is a big pasta factory of interpreted code instead of a single static library).

But at the same time, I don’t think Markdown is really good enough for LaTeX. Of course one can use Pandoc to generate LaTeX from Markdown notes, and its output is often a decent thing to copy and paste into your LaTeX document. But Markdown just doesn’t solve any of the issues I mention, except making the syntax a tad more WYSIWYG than it would be otherwise. And Markdown is quite a bit worse at one thing: the extended syntax for tables is very hard to key in and still much less expressive than LaTeX’s actually pretty rational tabular environment.

On the different types of magic

In two earlier posts, I discussed the idea of magic, my term for the deductive necessity that some linguistic property distinguishes those morphemes which undergo or do not undergo surface-unpredictable alternations. For instance, the Spanish verb negar ‘to deny’ diphthongizes under stress (e.g., niego ‘I deny’), whereas the superficially similar pegar ‘to stick to s.t.’ does not (pego ‘I stick to s.t.’), and there must be something different about the two stems that causes this.

In a forthcoming handbook chapter, Baković, E., Heinz, J., and Rawski (in press; henceforth BHR) take up the familiar Kiparskian question of the locuses of phonological abstractness, and in doing so, they discuss several ways in which this magic might be encoded. I would like to briefly review their taxonomy.

Under the suppletive analysis, magic verbs like negar have two stems underlying, perhaps /neg-/ and /njɛg-/, the latter used when primary stress falls on the stem. Linguists have—rightly, I think—been uncomfortable with this kind of analysis when the supposedly suppletive stem allomorphs are phonologically similar, and when the distribution of the allomorphs are easily stated in phonological or morphosyntactic terms; both are the case here. However, Aronoff (1994) argues that one must recognize the existence of suppletive patterns and his major case studies (from Hebrew and Latin) involve less-similar stem allomorphs whose distributions are not so easily stated.  I am not immediately convinced by Aronoff’s arguments, but I think they should be taken seriously. BHR are similarly skeptical of the use of suppletion except in cases where the allomorphs share little material (e.g., the Korean nominative, which is realized as /-ka/ or /-i/ depending on context).2

Under the abstract diacritic analysis, magical stems bear an feature which is part of the environment for some rule. One concrete version of this is to make the diacritic literally a rule feature, such that rule R cannot apply to a stem unless that stem bears the feature [+R]. For instance, we might represent the stems of the two Spanish verbs as /neg- {+diph}/ and /peg- {−diph}/.1 We of course need then to write the diphthongization structural change (but this is not hard) and to specify its environment (but this no more or less hard than it would be under the suppletive analysis).

Finally, under the abstract phoneme analysis, magical stems contain phonemes3 which are “abstract” (in a sense to be specified shortly) and trigger the relevant rule (here, diphthongization). BHR discern two types of abstract phonemes: absolutely abstract phonemes are feature bundles which do not appear on the surface, and restrictedly abstract phonemes consist of surface-licit feature bundles which surface in the some, but not all, of the contexts in which they are posited.4

The distinction between abstract diacritics and abstract phonemes seems important. It is probably not surprising that self-described morphologists seem to prefer abstract diacritics whereas phonologists prefer abstract phonemes.

Endnotes

  1. One can further imagine that {−diph} is not present underlyingly but is filled in by a lexical redundancy rule early in the derivation, at least for 1st (-a-) and 2nd (-e-) conjugation verbs for which non-diphthongization seems to be the default (see Gorman & Yang 2019 and citations therein). Similar redundancy rules will be called for all rules of “pure phonology”, those which do not show morpholexical conditioning.
  2. This type of analysis is closely related to Gouskova and Pater’s concept of “exceptional morphs” in Optimality Theory.
  3. I note it is not exactly the phoneme itself which is abstract, but rather the overall phonemic form of the morph. For instance, according to Lieber (1987:100f.), German umlaut (a fronting of a [+back] stem vowel) is triggered by a “floating” [−back] feature which is underlyingly present in just those stems which undergo umlaut.
  4. It is not clear to me whether BHR treat this distinction as an object of grammar, or whether it’s just a descriptive notion.

References

Aronoff, M. 1994. Morphology by Itself. MIT Press.
Baković, E., Heinz, J., and Rawski, J. In press. Phonological abstractness in the mental lexicon. In The Oxford Handbook of the Mental Lexicon, to appear.
Gorman, K. and Yang, C. 2019. When nobody wins. In Franz Rainer, Francesco Gardani, Hans Christian Luschützky and Wolfgang U. Dressler (ed.), Competition in inflection and word formation, pages 169-193. Springer.
Harris, J. 1969. Spanish Phonology. MIT Press.
Harris, J. 1985. Spanish diphthongisation and stress: a paradox resolved. Phonology Yearbook 2:31-45.
Lieber, R. 1987. An Integrated Theory of Autosegmental Processes. State University of New York Press.

Python hasn’t changed much

Since successfully sticking the landing for the migration from Python 2 (circa 3.6 or so), Python has been on a tear with a large number of small releases. These releases have cleaned up some warts in the “batteries included” modules and made huge improvements to the performance of the parser and run-time. There are also a few minor language features added; for instance, f-strings (which I like a lot) and the so-called walrus operator, mostly used for regular expression matching.

When Python improvements (and they are improvements, IMO) are discussed on sites like Hacker News, there is a lot of fear and trepidation. I am not sure why. These are rather minor changes, and they will take years to diffuse through the Python community. Overall, very little has changed.

Noam on neural networks

I just crashed a Zoom conference in which Noam Chomsky was the discussant. (What I have to say will be heavily paraphrased: I wasn’t taking notes.) One back-and-forth stuck with me. Someone asked Noam what people interested in language and cognition ought to study, other than linguistics itself. He mentioned various biological systems, and said however, that they probably shouldn’t bother to study neural networks, since they have very little in common with intelligent biological systems (despite their branding as “neural” and “brain-inspired”). He stated that he is grateful for Zoom closed captions  (he has some hearing loss), but that one should not conflate that with language understanding. He said, similarly, that he’s grateful for snow plows, but one shouldn’t confuse such a useful technology with theories of the physical world.

For myself, I think they’re not uninteresting devices, and that linguists are uniquely situated to evaluate them—adversarily, I hope—as models of language. I also think they can be viewed as powerful black boxes for studying the limits of domain-general pattern learning. Sometimes we actually want to ask whether certain linguistic information is actually present in the input, and some of my work (e.g., Gorman et al. 2019) looks at that in some detail. But I do share some intuition that they are not likely to greatly expand our understanding of human language overall.

References

Gorman, K., McCarthy, A. D., Cotterell, R., Vylomova, E., Silfverberg, M., and Markowska, M. Weird inflects but OK: making sense of morphological generation errors. In Proceedings of the 23rd Conference on Computational Natural Language Learning, pages 140-151.

O in truncated compounds

English uses stump compounds formed by taking (roughly) the first syllable of two (or three) words and adjoining them. This is the presumably the process behind real-estate neologisms like Soho (< South of Houston) and Noho (< North of Houston), truncated brand names like HoJo (< Howard Johnson, a hotel chain), and nicknames for celebrities like BoJo (< Beau Johnson) and FloJo (< Florence Griffith Joyner). One strange property of these compounds—documented in an unpublished paper I presented with Laurel MacKenzie at an LSA meeting many years ago—is that when such compounds contain an orthographic <o>, it is almost always pronounced with the GOAT vowel (e.g., American English [oʊ]) even when that is unfaithful to the underlying pronunciation. Thus Soho is [ˈsoʊ.hoʊ], not the more faithful [ˈsaʊ.haʊ]. And, the second syllable of Samohi, a stump compound for Santa Monica High School, is presumably read […moʊ…] even though it stands in for [ˈmɑ.nɪ.kə].

(h/t: Laurel, of course.)

banner reading "Samohi"

Defectivity in Swedish

[This is part of a small but growing series of defectivity case studies.]

Swedish has two genders: a common (or uter) and a neuter. The uter form consists solely of the adjectival stem, whereas the neuter is formed by appending a suffix normally spelled -tt. This suffix, by hypothesis /-tː/, triggers voice assimilation, degemination and/or vowel shortening in some stems. For instance, the neuter form of röd [røːd] ‘red’ is rött [rœt]: here /…d-tː/ is realized as just [t] as the result of assimilation and degemination, and long /øː/ is shortened to short (and lower) [œ].

However, not all adjectives have a well-formed neuter (e.g., Hellberg 1972, Eliasson 1975, Iverson 1981, Löwenadler 2010). Some of the defective categories, after Löwenadler, are:

  • Both monosyllabic adjectives ending in a short vowel followed by -dd: fadd ‘stale’, and rädd ‘scared’. (However, Hellberg notes that neuter past participles, which have the same surface form, are well-formed: thus fött is the well-formed neuter past participle of föda ‘to feed’. Presumably the past participle formative /-d-/ is treated differently than stem-final /-d/.)
  • Certain monosyllabic adjectives with long vowels ending in -t or -d: lat ‘lazy’, flat ‘ibid.’, kåt ‘horny’, rät ‘straight’, pryd ‘prudish’, vred ‘wrathful’, snöd ‘vile’.
  • Most polysyllabic adjectives in -d with final stress, many of which are borrowings from French: morbid ‘ibid.’, hybrid ‘ibid.’, rapid ‘ibid.’, gravid ‘pregnant’, timid ‘ibid.’. (However, Hellberg reports that solid ‘ibid.’ has a neuter: solitt [sulitː] is apparently well-formed.)
  • Adjectives ending in a stressed vowel: disträ ‘absent-minded’, blasé ‘ibid.’, kry ‘healthy’.

As with Norwegian, I am left wondering whether there are other places in Swedish grammar where -dd affixation might lead to ineffability. Eliasson (1975) and Iverson (1981) claims that verbs in -dd never follow the second or third conjugation, in which certain cells would pose similar problems to the neuter adjectives. Instead such verbs all belong to the first conjugation, which has a theme marker -a- which avoids this issue.

It also seems that the wellformedness of solitt will be an important point for any final theory. There is clearly some individual variation too, as documented by Löwenadler (2010).

Other theoretical accounts of this phenomena, which I didn’t find much to say about, include Buchanan 2007, Lofstedt 2010, and Raffelsiefen 2002.

References

Buchanan, C. H. 2007. Deriving asymmetry in Swedish and Icelandic inflexional paradigms. Master’s thesis, University of Tromsø.
Eliasson, S. 1975. On the issue of directionality. In K.-H. Dahlstedt (ed.), The Nordic Languages and Modern Linguistics 2, pages 421-455. Almqvist & Wiksell.
Hellberg, S. 1972. Ordering relations in the phonology of Swedish adjectives. Gothenburg Papers in Theoretical Linguistics 13: 1-16.
Iverson, G. 1981. Rules, constraints, and paradigm lacunae. Glossa 15: 136-144.
Lofstedt, I. P. M. 2010. Phonetic effects in Swedish phonology: allomorphy and paradigms. Doctoral dissertation, University of California, Los Angeles.
Löwenadler, J. 2010. Restrictions on productivity: Defectiveness in Swedish adjective paradigms. Morphology 20: 70-107.
Raffelsiefen, R. 2002. Quantity and syllable weight in Swedish. Ms.

On getting fired

I probably shouldn’t say too much about this, but I am genuinely baffled why an extremely well-compensated tech employee would torpedo their career just to tell us that they think girls are bad at math, or that they think a language model is sentient. Even if true, what are the material consequence for these claims? What is the right framework for thinking about this? Is clout worth more than a job (“in this economy”)?