Elite

Elite (pronounced ay-leet (U) or e-leet (non-U))

(1) The choice or best of anything considered collectively, as of a group or class of persons (often used with a plural verb).

(2) Historically, persons of the highest class (used with a plural verb).  Once associated mostly with high birth or social position (the aristocratic or patrician), it’s now a much applied and contested concept.

(3) A group of persons exercising the major share of authority or influence within a larger group.

(4) A typeface, approximately 10-point in printing-type size, widely used in typewriters and having 12 characters to the inch and now included in many digital font sets.

(5) Representing the most choice or select; best; of, relating to, or suitable for an elite; exclusive

1350–1400: From the Middle English (in the sense of "a person elected to office"), from the Middle French e(s)lit (chosen), feminine past participle of e(s)lisre & e(s)lire (to choose), from the Latin ēligere (to elect), the past participle electus; the source of the modern elect, election & related forms.  Variations are created as required such as anti-elite, global-elite, non-elite, power-elite & super-elite.  Words in a similar sense include exclusive, silk-stocking, aristocracy, celebrity, establishment, society, choice, cool, crack, elect, noble, pick, super, top, best, cream & gentility.  The alternative spelling is the French élite and use of the French pronunciation the "U" ay-leet rather than the "non-U" e-leet is one of the "class-identifiers" on which readers of publications like Country Life focus when meeting folk.

Use in English became more frequent after 1823 in the sense of "a choice or select body, the best part".  Earlier, in fourteenth century Middle English it had been borrowed from French with the meaning "chosen person" (and was used much in ecclesiastical documents to describe a bishop-elect) but had died out by the middle of the next century.  Elite was re-introduced to general use when it appeared by in Lord Byron's (1788-1824) epic poem Don Juan (1819-1824); it caught on and was by 1852 an adjective.  The noun elitism (advocacy of or preference for rule or social domination by an elite element in a system or society; attitude or behavior of persons who are or deem themselves among the elite) dates from 1951 and is an early example of the development of the language of critical theory which emerged, encouraged by the vast increase in the social sciences in the expanded universities of the post-war years.

IBM 12 Point Pitch 96 character "Golf Ball" Prestige Elite font for Selectric III Typewriter.

Introduced in 1961, the IBM Selectric (a portmanteau of select(ive) + (elect)ric)) was a landmark of modern industrial design and the last major advance in desktop document production before the word processor.  Built to the high standard for which IBM was once renowned, it allowed users to change font sets within seconds, simply by swapping the "element" which everybody except IBM staff (always in blue suits and white shirts) called "golf balls".  At the time the concept of a swappable character set was actually decades old and systems using flat, rotating "wheels" were the usual alternative approach but the Selectric did it best and in the 1960s there was still a enticing allure to the IBM name.  The most popular of the early fonts were Elite, Gothic & Courier (all available in several variations.  The first Elite typeface was released in 1920 and used by both typewriters and hot metal typesetting.  Prestige Elite (usually referred to as “Prestige” or “Elite”), was a monospaced typeface, created in 1953 for IBM and among the most popular of those available for the Selectric.  Optimized for the particular technology of the typewriter, Prestige Elite was characterized by the large x-height and moderate stroke thickness suitable for ribbon-based impact printing.  Unlike the similar Courier, the Elite sets did not transition to the digital age although TrueType, PostScript and other formats of variations of Elite are commercially available.

The rise in use of the adjective elitist (advocating or preferring rule or social domination by an elite element in a system or society; deeming oneself to be among the elite) is noted from the same era, the original adjectival examples including Sigmund Freud (1856-1939), Friedrich Nietzsche (1844–1900), and Thomas Carlyle (1795–1881).  The nous use quickly followed although some dictionaries insist it’s not attested until 1961.  The concept attracted much attention from sociologists exploring structures of power and the relationships between them, much discussed in Michael Young’s (1915-2002) The Rise of the Meritocracy (1958) although, while intended as a critique of a society increasingly divided between a skilled power-holding elite and a disenfranchised underclass of the less qualified, meritocracy, to the author’s disquiet, meritocracy (and meritocratic) evolved into a word with at least neutral and often positive connotations.

Shoes for elite feet: Lindsay Lohan in Isabel Marant Poppy Elite Suede Pumps in beige, New York City, August 2015.  Jeans for the elite now can affect the look of the tatterdemalion ("distressed" the industry term) which once was a mark of the clothing of the poor but they should include a label confirming their US$800 + cost, a particular art of "implied price-taggery". 

Charles Wright Mills (1916–1962 and usually styled C Wright Mills) was an American sociologist who published the much criticized but also influential The Power Elite (1956) which appears to have introduced the term to political criticism.  Mills took a structuralist approach and explored the clusters of elites and how their relationships and interactions works to enable them to exert (whether overtly or organically) an essentially dictatorial control over US society and its economy.  Mills, while acknowledging some overlap between the groups, identified six clusters of elites: (1) those who ran the large corporations, (2) those who owned the corporations, (3) popular culture celebrities including the news media, (4) the upper-strata of wealth-owning families, (5) the military establishment (centred on the Pentagon’s Joint Chiefs of Staff) and (6), the upper echelons of government (the executives, the legislatures the judges, the senior bureaucracy and the duopoly of the two established political parties.  The overlaps he noted did not in any way diminish the value of his description, instead illustrating its operation.

Although criticized as being more a left-wing polemic than conventional academic research (something from which Mills really didn’t demur), The Power Elite aged well and influenced many, the famous caution President Eisenhower (1890–1969; president of the US 1953-1961) issued in his valedictory address warning of the “military-industrial complex” was quite Millsian and a helpful contribution to the library of structuralism.  Generations of sociologists and others would develop his idea of the new and shifting construct of a ruling class and culture.  In recent years, elite has become a term used (usually between elites) as an accusation; elite populists finding their base responsive to the label being applied to those of whom they're anyway most suspicious: journalists, scientists, academics etc. 

The Lotus Elite

1959 Lotus Elite S1.

The design of the Lotus Elite (Type 14, 1957-1963) was a catalogue of innovation, some of which would have an immediate effect on the industry though some would proved too difficult to implement in mass-production and, except for the most expensive, impossible profitably to pursue on a smaller scale.  Most distinctive was a technique borrowed from aviation, the stressed-skin glass-fibre unibody which obviated entirely the need for a chassis or space-frame, the body an integrated, load-bearing structure.  The only substantial steel components were a sub-frame supporting the engine and front suspension and a hoop to which was attached the windscreen, door hinges and jacking points.  In an indication of how much things have changed, the hoop was the extent of passenger protection.

Club sandwich: The Elite's triple-layer monocoque.

Even had all the components been produced in accordance with the specification, many parts of the structure were so close to the point of failure that some revisions to the design would anyway have been necessary but the early cars were far from perfect.  The contact for the fabrication of the bodies had been won by a boat-builder, then one of the few companies with much experience in molding fibreglass.  However, the Elite was a more complex design than a boat hull and fibreglass was still a novel material, even Chevrolet in the United States, with access to the financial and engineering resources of General Motors, found early in the production of the Corvette there were lessons still to be learned.  After the first 250-odd were built, Lotus became aware there were problems, the need for a fix urgent.  Cleverly, the body consisted of three stressed-fiberglass layers which, when joined in a monocoque, created the bulkheads and eight torsion boxes gave the structure its strength and stiffness although the success was something of a surprise.  The designer, working in the pre-CAD era and with no experience of the behavior of fibreglass, had doubted the material would be strong enough so had the first prototype built with some steel and aluminum plates sandwiched between the layers with mounting brackets bonded in points at the rear to support the suspension and differential mountings.  In subsequent tests, these proved unnecessary but so poorly molded were many of the layers that structural failures became common, the resin porings of inconsistent thickness creating weaknesses at critical points, suspension struts and differentials known to punch themselves loose from mountings or even tear away chunks of the supposedly supporting fibreglass.

1962 Lotus Elite S2.

Needing an operation more acquainted with the tight tolerances demanded in precision engineering, Lotus switched suppliers, the molding contract granted to the Bristol Aeroplane Company. This transformed quality control and the remaining 750-odd Elites carried an S2 designation, the early cars retrospectively (but unofficially) dubbed S1.  Even so, despite the improved, lighter and stiffer shell, it would be another generation before the structural implications of fibreglass would fully be understood and the flaws inherent in the design remained, suspension attachment points sometimes still prone to detachment, Lotus content to the extent it now happened only under extreme loading rather than habitually.

Coventry Climax FWE, 1962 Lotus Elite S2 SE.

Improbably, the power-plant was the 1.2 litre Coventry Climax FWE (Fire-Water-Elite), an all-aluminum inline four cylinder engine which began life as the FWA (feather weight automotive), derived from a water-pumping unit for the UK Government’s fleet of fire-trucks but, small, light and robust, when tuned, it proved ideally suited to motorsport.  The first derivative for competition was the FWB, the unexpected fork prompting Coventry-Climax to rename to versions still used on fire-trucks to FWP (P=Pump).  The FWE was produced especially for the Elite but its qualities attracted a number of specialist race-car builders and in historic racing, the little powerhouse remains competitive to this day.

Nürburgring 1000 km, May 1962 (Hunt / Buxton (DNF)).

The combination of light-weight, a surprisingly powerful engine and a degree of aerodynamic efficiency which few for decades would match delivered a package with a then unrivalled combination of performance and economy.  On the road, point-to-point, it was able to maintain high average speeds under most conditions and only in then unusual places like the German autobahns with their unlimited speeds could heavier, more powerful machines assert their advantage.

Le Mans 24 Hour, June 1959.  Lotus Elite #41 leads Ferrari 250TR #14. The Ferrari (DNF) retired after overheating, the Elite finishing eighth overall, winning the 1.5 litre GT class.

On the circuits, it enjoyed an illustrious career, notable especially for success in long-distance events at the Nürburgring and Le Mans.  The frugal fuel consumption was an important factor too, as well as claiming five class trophies in the Le Mans 24 hour race, the Elite twice won the mysterious Indice de performance (an index of thermal efficiency), a curious piece of mathematics actually designed to ensure, regardless of other results, a French car would always win something.

Lotus Elite (Leo Geoghegan), Phillip Island, 1960.  That year an Elite would win the Australian GT Championship, contested on the Mount Panorama circuit at Bathurst. 

One problem however was never solved: profitability.  It was something which would plague the UK’s low-volume manufacturers throughout the 1960s, for, whatever the design and engineering prowess available, there was often a lack of financial acumen and accounting skills, many companies never fully evolving from their cottage-industry origins in a back shed, their administrative structures still close to the family business they had once been.  Whether Lotus lost quite as much per Elite as the legend suggests isn’t known but it certainly wasn’t profitable.  Those lessons were learned and the replacement, while less intriguing a design, would be easier to build, more reliable in operation and, compared to the Elite, mass-produced.  The replacement was called the Elan.

1975 Lotus Elite 503 (Type 75).

The Elite name was reprised.  Between 1974-1982, the Elite (Types 75 & 83) was one of a number of the then fashionable wedge-shaped designs which would litter the decade.  Effectively replacing the Elan +2, the new Elite was big and heavy by earlier standards, its performance in some aspects inferior to the Elan but it was a difficult era and many manufacturers with more resources did worse.  Later variations of this were called the Eclat and Excel but, like much of what was done in the 1970s, none are remembered with great fondness.

Lotus Elite Concept, 2010.

More promising was the Elite Concept, shown in 2010.  Hardly original, and actually derivative in just about every way, it nevertheless tantalized all with a specification list including Toyota’s fine 5.0 litre Lexus V8 but any hope of a production version vanished after one of the many corporate restructures undertaken in the wake of the global financial crisis (GFC, 2009-2011).

Elan

Elan (pronounced ay-lahn (U) or e-lan (non-U))

(1) Dash; impetuous ardor; a combination of style and vigour.

(2) In astronomy, as ELAN, the acronym of Enormous Lyman-Alpha Nebula (large gas cloud (nebula) larger than galaxies, found in intergalactic space).

1875–1880: From the Modern French, from the Middle French eslan (a dash, rush), noun derivative of éslancer to (dart).  Élan was thus a deverbal of élancer, the construct being é- (from the Old French es-, from Latin ex- & ē- (the prefix indicating away, moving away from) +‎ lan(cer) (from Old French lancier, from the Late Latin lanceāre, present active infinitive of lanceō, from the Latin lancea.  It was related to the Catalan llançar, the Italian lanciare, the Occitan and Portuguese lançar and the Spanish lanzar.  The sense is best understood by comparison with the French élancer (to throw forth) from the Classical Latin lancea (lance), the Roman auxiliaries' short javelin; a light spear or lance.  Ultimate root is thought to be Celtic/Celtiberian, possibly from the primitive Indo-European plehzk- (to hit) and connected also to the Ancient λόγχη (lónkhē).

Lindsay Lohan in hijab and halal make-up at the inaugural London Modest Fashion Week (LMFW), staged by London-based fashion house Haute Elan, February 2018.

Haute Elan is an interesting example of the novel corporate structures made possible by the distributed connectivity of the internet, acting as an umbrella organization for designers and distributers (output) and a kind of clearing house, offering a conduit for access and enquiries by media and customers (input).  For designers, the attraction is the association with a platform which can reduce the cost of promotional activities while allowing a brand to be built.  Pragmatically, it also reduces the cost of failure.

The companion word is the noun éclat (brilliant display or effect), also used by Lotus as a model name (Types 76 & 84; 1975-1982).  For elan, there’s really no exact single-word synonym in English, the closest including animation, ardor, dash, flair, impetus, life, oomph, panache, spirit, style, verve, vigor, vim, zest, zing, brio, esprit & impetuosity.  The usual spelling in English is elan and it’s often used with a modifier (eg “a certain elan”); the alternative spelling is the French élan.  The alternative spelling is the French élite and use of the French pronunciation the "U" ay-lahn rather than the "non-U" e-lan is one of the "class identifiers" on which readers of publications like Country Life focus when meeting folk.

The Lotus Elan

1962 Lotus Elan S1 DHC.

Lotus introduced the Elan in 1962, production continuing in four series until 1973, a companion four-seat (though really a 2+2) version made for a further two years.  Unlike the its predecessor, the exquisite Elite, the Elan would be offered as a convertible, the range adopting the English nomenclature of the time, the roadster a drop-head coupé (DHC, Type 26 (later 45)) and the closed version, introduced in 1966, a fixed-head coupé (FHC, Type 36).  

Lotus Elan chassis.

Abandoning the expensive and troublesome monocoque shell of the Elite, the Elan used a steel backbone chassis, the body this time a multi-piece affair, made again from fibreglass but using techniques which made it cheaper to manufacturer while maintaining quality; Lotus would use this method of construction for almost three decades.  Just as important was that for the first time, there would be imposed some rigor in standardization and production-line rationalization.  Profits flowed. 

Mrs Emma Peel (Diana Rigg (1938–2020)) in The Avengers (1965–1968).  1966 Lotus Elan S3 DHC. 

Overcoming the fragility of the Elite did come a cost and that was weight, the 1,500 lb (680 kg) Elan heavier by about 385 lb (175 kg) but by any other standard, the new car was still lithe and to compensate, there was more power.  One prototype Elite had been built the new 1.5 litre "Lotus Twin Cam" engine, based on the mundane but lively and tough Ford Kent four-cylinder unit, transformed by the addition of an in-house designed, aluminum double overhead camshaft (DOHC) head and this was adopted as the Elan’s power-plant.  In the Lotus community, some regard the two-dozen odd 1.5 litre cars built as something like prototypes, all subsequent Elans built with 1.6 litre engines although the specifications and power outputs would vary according to improvements made and detuning demanded by emission control laws in some markets.   Like the Kent itself, the DOHC would enjoy a long life in both Ford and Lotus vehicles.

1968 Lotus Elan S3 FHC.

Dynamically, the Elan was from the start acclaimed, even compared to more expensive machines, the performance, handling and economy were the best compromise of the era, the steering especially praised; indeed, that’s one aspect of the Elan which has rarely been matched.  The more professional approach to cost-control and production line efficiencies brought benefits beyond the quality of the cars, Lotus for the first time a genuinely profitable operation, the revenue generating funds not only new models but also the Formula One program of the 1960s which would be the company’s golden era, yielding multiple driver’s and constructor’s championships.  The corollary of being a successful road car however meant it had to be built to appeal to a wider market than the highly strung Elite which had been more at home on the track than the street.  Accordingly, Lotus never envisaged a racing career for the new car, its suspension tuned softly enough to cope with the bumps and undulations of the real world better than the dainty Elite which was at its best exploring its limits on the billiard table-like surface of a racetrack.

1965 Lotus Type 26R.

Owners were however convinced of its potential and around the world, in both standard and unmodified form, the Elan was soon a popular race-car and the factory began to receive requests for parts suitable for competition.  The customer being always right, Lotus responded, factory support soon forthcoming, culminating as early as 1964 in a racing version, the type 26R which featured lighter components, a strengthened drive-train, stiffer suspension, better brakes and more horsepower from a BRM-built engine.

1971 Lotus Elite Sprint DHC.

For the road cars, upgrades were frequent, a detachable hardtop soon offered and luxuries inconceivable in the Elite, such as lush carpeting, walnut trim and electric windows appeared at intervals.  Power increases over the years appear modest, the early versions rated at 105 bhp (78 kW) and the most potent at 126 bhp (94 kW) and there were variations as laws changed but the general trend was upwards.

1975 Lotus Elan +2S 130/5.

The Elan had been very much in the cottage-industry Lotus tradition, offered even in kit form for owners to assemble themselves, a practice which lasted until 1973 when changes to the UK’s value added tax (VAT, the UK’s consumption tax) rendered the practice unviable.  Very different and a harbinger of the Lotus of the 1970s was the Elan +2 (Type 50), introduced in 1967.  Available only as a FHC, although visually inspired by the Elan, the +2 was wider, built on a longer wheelbase and included two rear seats, although the legroom meant they were suitable only for young children.  That however was the target market: the young men (and increasingly, even then, women), for whom a newly arrived family would otherwise have compelled a purchase from another manufacturer after outgrowing their Elan.  Never a big seller, it filled the same niche as Jaguar’s 2+2 E-Type and was popular enough to remain on sale for two years after Elan production ended in 1973, the last versions the most desirable, fitted with the five-speed gearbox included on a handful of the final Elan Sprints.

Well made imitation, the 1989 Mazda Maita (MX-5).

The Elan name was revived for a run of sports cars produced between 1989-1995 which were said to be very good but, being front-wheel drive with all that implies, didn’t capture the imagination in the same way.  The Elan was also the template for Mazda’s very successful MX-5 (labelled in some markets variously as the Roadster or Miata), one of the more blatant pieces of far-east plagiarism, Mazda’s design centre known to have obtained at least two original Elans to study.  A typical Japanese product, the 1989 MX-5 corrected all the Elan’s faults and is probably as close to perfect as any car ever made.

Reduction

Reduction (pronounced ri-duhk-shuhn)

(1) The act of reducing or the state of being reduced.

(2) The amount by which something is reduced or diminished.

(3) The form (result) produced by reducing a copy on a smaller scale (including smaller scale copies).

(4) In cell biology, as meiosis, especially the first meiotic cell division in which the chromosome number is reduced by half.

(5) In chemistry, the process or result of reducing (a reaction in which electrons are gained and valence is reduced; often by the removal of oxygen or the addition of hydrogen).

(6) In film production when using physical film stock (celluloid and such), the process of making a print of a narrower gauge from a print of a wider gauge (historically from 35 to 16 mm).

(7) In music, a simplified form, typically an arrangement for a smaller number of parties  such as an orchestral score arranged for a solo instrument.

(8) In computability theory, a transformation of one problem into another problem, such as mapping reduction or polynomial reduction.

(9) In philosophy (notably in phenomenology), a process intended to reveal the objects of consciousness as pure phenomena.

(10) In metalworking, the ratio of a material's change in thickness compared to its thickness prior to forging and/or rolling.

(11) In engineering, (usually as “reduction gear”), a means of energy transmission in which the original speed is reduced to whatever is suitable for the intended application.

(12) In surgery, a procedure to restore a fracture or dislocation to the correct alignment, usually with a closed approach but sometimes with an open approach.

(13) In mathematics, the process of converting a fraction into its decimal form or the rewriting of an expression into a simpler form.

(14) In cooking, the process of rapidly boiling a sauce to concentrate it.

(15) During the colonial period, a village or settlement of Indians in South America established and governed by Spanish Jesuit missionaries.

1475–1485: From the Middle English reduccion, from the earlier reduccion, from the Middle French reduction, from the Latin reductiōnem & reductiōn- (stem of reductiō (a “bringing back”)) the construct being reduct(us) (past participle of redūcere (to lead back) + -iōn- (the noun suffix).  The construct in English was thus reduc(e), -ion.  Reduce was from the Middle English reducen, from the Old French reduire, from the Latin redūcō (reduce), the construct being re- (back) + dūcō (lead).  The –ion suffix was from the Middle English -ioun, from the Old French -ion, from the Latin -iō (genitive -iōnis).  It was appended to a perfect passive participle to form a noun of action or process, or the result of an action or process.  Reduction, reductivism, reductionistic & reductionism are nouns, reductionist is a noun & adjective, reductional & reductive are adjectives; the noun plural is reductions.  Forms like anti-reduction, non-reduction, over-reduction, pre-reduction, post-reduction, pro-reduction, self-reduction have been created as required.

Actor Ariel Winter (b 1998), before (left) and after (right) breast reduction (reduction mammaplasty).  Never has satisfactorily it been explained why this procedure is lawful in most jurisdictions.

In philosophy & science, reductionism is an approach used to explain complex phenomena by reducing them to their simpler, more fundamental components.  It posits that understanding the parts of a system and their interactions can provide a complete explanation of the system as a whole an approach which is functional and valuable is some cases and to varying degrees inadequate in others.  The three generally recognized classes of reductionism are (1) Ontological Reductionism, the idea that reality is composed of a small number of basic entities or substances, best illustrated in biology where life processes are explained by reducing things to the molecular level.  (2) Methodological Reductionism, an approach which advocates studying systems by breaking into their constituent parts, much used in psychology where it might involve studying human behavior by examining neurological processes.  (3) Theory Reductionism which involves explaining a theory or phenomenon in one field by the principles of another, more fundamental field as when chemistry is reduced to the physics or chemical properties explained by the operation of quantum mechanics.  Reduction has been an invaluable component in many of the advances in achieved in science in the last two-hundred-odd years and some of the process and mechanics of reductionism have actually been made possible by some of those advances.  The criticism of an over-reliance on reductionism in certain fields in that its very utility can lead to the importance of higher-level structures and interactions being overlooked; there is much which can’t fully be explained by the individual parts or even their interaction.  The diametric opposite of reductionism is holism which emphasizes the importance of whole systems and their properties that emerge from the interactions between parts.  In philosophy, reductionism is the position which holds a system of any level of complexity is nothing but the sum of its parts and an account of it can thus be reduced to accounts of individual constituents.  It’s very much a theoretical model to be used as appropriate rather than an absolutist doctrine but it does hold that phenomena can be explained completely in terms of relations between other more fundamental phenomena: epiphenomena.  A reductionist is either (1) an advocate of reductionism or (2) one who practices reductionism.

Reductionism: Lindsay Lohan during "thin phase".

The adjective reductive has a special meaning in Scots law pertaining to reduction of a decree or other legal device (ie something rescissory in its effect); dating from the sixteenth century, it’s now rarely invoked.  In the sense of “causing the physical reduction or diminution of something” it’s been in use since the seventeenth century in fields including chemistry, metallurgy, biology & economics, always to convey the idea of reduces a substance, object or some abstract quantum to a lesser, simplified or less elaborated form.  At that time, it came to be used also to mean “that can be derived from, or referred back to; something else” and although archaic by the early 1800s, it existence in historic texts can be misleading.  It wasn’t until after World War II (1939-1945) that reductive emerged as a derogatory term, used to suggest an argument, issue or explanation has been “reduced” to a level of such simplicity that so much has been lost as to rob things of meaning.  The phrase “reductio ad absurdum” (reduction to the absurd) is an un-adapted borrowing from the Latin reductiō ad absurdum, and began in mathematics, logic (where it was a useful tool in deriving proofs in fields like).  In wider use, it has come to be used of a method of disproving a statement by assuming the statement is true and, with that assumption, arriving at a blatant contradiction; the synonyms are apagoge & “proof by contradiction”.

Single-family houses (D-Zug) built in 1922 on the principle of architectural reductionism by Heinrich Tessenow in collaboration with Austrian architect Franz Schuster (1892–1972), Moritzburger Weg 19-39 (the former Pillnitzer Weg), Gartenstadt Hellerau, Dresden, Germany.

As a noun, a reductivist is one who advocates or adheres to the principles of reductionism or reductivism.  In art & architecture (and some aspects of engineering) this can be synonymous with the label “a minimalist” (one who practices minimalism).  As an adjective, reductivist (the comparative “more reductivist”, the superlative “most reductivist”) means (1) tending to reduce to a minimum or to simplify in an extreme way and (2) belonging to the reductivism movement in art or music.  The notion of “extreme simplification” (a reduction to a minimum; the use of the fewest essentials) has always appealed some and appalled others attracted to intricacy and complexity.  The German architect Professor Heinrich Tessenow (1876-1950) summed it up in the phrase for which he’s remembered more than his buildings: “The simplest form is not always the best, but the best is always simple.”, one of those epigrams which may not reveal a universal truth but is probably a useful thing to remind students of this and that lest they be seduced by the process and lose sight of the goal.  Tessenow was expanding on the principle of Occam's Razor (the reductionist philosophic position attributed to English Franciscan friar & theologian William of Ockham (circa 1288–1347) written usually as Entia non sunt multiplicanda praeter necessitatem (literally "Entities must not be multiplied beyond necessity" which translates best as “the simplest solution is usually the best”.

Reductio in extrema

1960 Lotus Elite Series 1 (left) and at the Le Mans 24 Hour endurance classic, June 1959 (left) Lotus Elite #41 leads Ferrari 250TR #14. The Ferrari (DNF) retired after overheating, the Elite finishing eighth overall, winning the 1.5 litre GT class.

Weighing a mere 500-odd kg (1100 lb), the early versions of the exquisite Lotus Elite (1957-1963) enchanted most who drove it but the extent of the reductionism compromised the structural integrity and things sometimes broke when used under everyday conditions which of course includes potholed roads.  Introduced late in 1961 the Series 2 Elite greatly improved this but some residual fragility was inherent to the design.  On the smooth surfaces of racing circuits however, it enjoyed an illustrious career, notable especially for success in long-distance events at the Nürburgring and Le Mans.  The combination of light weight and advanced aerodynamics meant the surprisingly powerful engine (a robust unit which began life power the water pumps of fire engines!) delivered outstanding performance, frugal fuel consumption and low tyre wear.  As well as claiming five class trophies in the Le Mans 24 hour race, the Elite twice won the mysterious Indice de performance (an index of thermal efficiency), a curious piece of mathematics actually designed to ensure, regardless of other results, a French car would always win something.

Colin Chapman (1928–1982), who in 1952 founded Lotus Cars, applied reductionism even to the Tessenow mantra in his design philosophy: “Simplify, then add lightness.”  Whether at the drawing board, on the factory floor or on the racetrack, Chapman seldom deviated from his rule and while it lent his cars sparking performance and delightful characteristics, more than one of the early models displayed an infamous fragility.  Chapman died of a heart attack which was a good career move, given the likely legal consequences of his involvement with John DeLorean (1925–2005) and the curious financial arrangements made with OPM (other people's money) during the strange episode which was the tale of the DMC DeLorean gullwing coupé.

1929 Mercedes-Benz SSKL blueprint (recreation, left) and the SSKL “streamliner”, AVUS, Berlin, May 1932 (right).

The Mercedes-Benz SSKL was one of the last of the road cars which could win top-line grand prix races.  An evolution of the earlier S, SS and SSK, the SSKL (Super Sports Kurz (short) Leicht (light)) was notable for the extensive drilling of its chassis frame to the point where it was compared to Swiss cheese; reducing weight with no loss of strength.  The SSK had enjoyed success in competition but even in its heyday was in some ways antiquated and although powerful, was very heavy, thus the expedient of the chassis-drilling intended to make it competitive for another season.  Lighter (which didn't solve but at least to a degree ameliorated the high tyre wear) and easier to handle than the SSK (although the higher speed brought its own problems, notably in braking), the SSKL enjoyed a long Indian summer and even on tighter circuits where its bulk meant it could be out-manoeuvred, sometimes it still prevailed by virtue of sheer power.  By 1932 however the engine’s potential had been reached and there was no more metal which could be removed without dangerously compromising safety.  The solution was an early exercise in aerodynamics (“streamlining” the then fashionable term), an aluminium skin prepared for the 1932 race held on Berlin’s AVUS (Automobil-Versuchs und Übungsstraße (automobile traffic and practice road)).  The reduction in air-resistance permitted the thing to touch 255 km/h (158 mph), some 20 km/h (12 mph) more than a standard SSLK, an increase the engineers calculated would otherwise have demanded another 120 horsepower.  The extra speed was most useful at the unique AVUS which comprised two straights (each almost six miles (ten kilometres) in length) linked by two hairpin curves, one a dramatic banked turn.  The SSKL was the last of the breed, the factory’s subsequent Grand Prix machines all specialized racing cars.

Reduction gears: Known casually as "speed reducers", reduction gears are widely used in just about every type of motor and many other mechanical devices.  What they do is allow the energy of a rotating shaft to be transferred to another shaft running at a reduced speed (achieved usually by the use of gears (cogs) of different diameters.

In chemistry, a reduction is the process or result of reducing (a reaction in which electrons are gained and valence is reduced; often by the removal of oxygen or the addition of hydrogen) and as an example, if an iron atom (valence +3) gains an electron, the valence decreases to +2.  Linguistically, it’s obviously counterintuitive to imagine a “reduced atom” is one which gains rather than loses electrons but the term in this context dates from the early days of modern chemistry, where reduction (and its counterpart: “oxidation”) were created to describe reactions in which one substance lost an oxygen atom and the other substance gained it.   In a reaction such as that between two molecules of hydrogen (2H₂)and one of oxygen (O₂) combining to produce two molecules of water (2H₂O), the hydrogen atoms have gained oxygen atoms and were said to have become “oxidized,” while the oxygen atoms have “lost them” by attaching themselves to the hydrogens, and were thus “reduced”.  Chemically however, in the process of gaining an oxygen atom, the hydrogen atoms have had to give up their electrons and share them with the oxygen atoms, while the oxygen atoms have gained electrons, thus the seeming paradox that the “reduced” oxygen has in fact gained something, namely electrons.

Auspicious

Auspicious (pronounced aw-spish-uhs)

(1) Promising success; propitious; opportune; favorable.

(2) Favored by fortune; prosperous; fortunate (rare).

1590s: From the Latin auspicium (divination by observing the flight of birds), the construct being auspex (augur) (genitive auspicis) + -ous (the suffix used to form adjectives from nouns, to denote possession or presence of a quality in any degree, commonly in abundance.  It's from the Middle English -ous, borrowed from Old French -ous and -eux, from Latin -ōsus (full, full of); Doublet of -ose).  The usual modern rendering of the Latin auspicium is “augury” which reflects the influence of French on the adoption of Latin forms in English.  Auspicious has long been understood to mean “of good omen” and, although it’s still sometimes used to mean “fortunate”, this probably indicates a misunderstanding.  The related forms are the adverb auspiciously and the noun auspiciousness.  Unfortunately, most may be more familiar with the companion adjective inauspicious (ill-omened, unlucky, unfavorable), dating from the 1590s, from the Latin inauspicatus (without auspices; with bad auspices) which briefly enjoyed a place in seventeenth century English as inauspicate.

The Auspicious Incident

Janissary soldiers in the red and white colors dating from the pre-firearms era.

The Auspicious Incident (in the Turkish Vaka-i Hayriye (fortunate event) and spoken of in the Balkans as Vaka-i Şerriyye (unfortunate incident)) was the forced disbandment of the Janissary corps by the Ottoman Sultan Mahmud II on 15 June 1826.  Formed during the fourteenth century, the Janissaries (in Ottoman Turkish يڭيچرى‎ (yeñiçeri) (new soldier)) were an elite formation, essentially the Sultan's private army and, remarkably for such blood-soaked soil, the first standing army in the region since antiquity.  Although, as a military unit, the Janissaries were for centuries indispensable to sultans, the character of the corps changed over the years with the creation of bureaucratic and mercantile structures, both run by civilians and thus creating an independent power-base.  It was the kind of mission-creep not dissimilar to the evolution of the Sturmabteilung (the Storm Troopers (SA) or brownshirts) in the Third Reich or the Praetorian Guard in Ancient Rome and like both of them, the Janissaries came to be seen a threat to the leader rather than a protective guard.

Depiction of Janissaries during the slave era.

Curiously, the origin of the Janissaries was in a group of slaves, bound for their lives personally to the sultan after being captured as children and forcibly converted from Christianity. Despite this unpromising beginning, the Janissaries gained a reputation for bravery and loyally and were a critically important military component in many of the Ottoman’s most celebrated battles, most famously the fall of Constantinople in 1453.  The battle-readiness however was affected as a gradual decline in the standards of recruitment and training diminished both their effectiveness and loyalty to the sultan; by the early nineteenth century the Janissaries were effectively an armed political party focused on extending their economic interests and controlling the empire by implied military threat which sometimes was expressed in the several coups in which they were implicated, their oath of loyalty which once had been to a sultan personally instead arbitrarily re-interpreted as being to the throne which left them free to overthrow any tiresome sultan and replace him with one more compliant.  From being the king’s protectors, they had become the king-makers.

Depiction of Janissary soldiers in the age when battlefield skirmishes were decided by the "blade of the sword and the splutter of musketry".

The character of the formation had certainly changed but Ottoman law had not been amended to reflect what had happened.  As slaves the Janissaries had no money and were thus untaxed but after the rules began to allow those with an established income to become Janissaries, these recruits brought their businesses and profits with them, thus becoming part of an elite military force yet still exempt from tax, an imbalance which sparked jealously and resentment throughout the empire.  Sultans and their advisors had long been aware of the problem and the threat posed but attempts at reform had always been resisted.

Mahmud II.

When Mahmud II (Mahmud-u s̠ānī (محمود ثانى in Ottoman Turkish) 1785-1839; Sultan of the Ottoman Empire 1808-1839) became sultan in 1808 he was under no illusions, having watched several of his predecessors lose their thrones and lives in Janissary-led coups but he had to be both cautious and furtive for whatever decline in military effectiveness might have afflicted the Janissaries, their intelligence operation had infiltrated much of the state.  Instead of direct conflict, Mahmud choose gradualism, imposing minor reforms which annoyed the Janissaries who resisted things like changes to their uniform which had been suggested as part of a military modernization.  In the face of their opposition to this and other minor matters, the sultan relented, inducing in the Janissaries a complainant assumption that their immunity from change would continue.  Quietly however, Mahmud was forming a modern, Western-style army and when ready, he issued a fatwa which detailed his intended military re-structure, marginalizing the Janissary.  This prompted, as the devious sultan had intended, a Janissary rebellion, the disaffected troops taking to the streets, planning another act of sultanicide.  At this point was executed a brutally efficient plan was using the Sipahi, a cavalry division with a pedigree more ancient even than the Janissaries and with which they shared a bitter rivalry.  Striking without warning, the Sipahi took advantage of their greater mobility to drive the Janissaries back to their barracks which, secretly, Mahmud II had surrounded with artillery imported from Europe disguised as farm machinery.  In a ferocious siege, the barracks were subject to a barrage of such intensity that in the ensuing blaze, over 4,400 Janissaries were incinerated before the survivors scattered, many subsequently exiled while the last were put to death by decapitation in the Thessaloniki fort which Turks came to call the Tower of Blood.  As a reward, the Sipahi formed the core of a new elite force called the Victorious Soldiers of Muhammad and the sultan continued his programme of military modernization.  

The bloody business came to be known to the Turks as the auspicious incident because it lent the Ottoman army (and therefore the empire) a Turkish rather than multi-national character and the structures endured until the empire was dissolved in 1922 (formally in 1924).  In other parts of the caliphate, the events came to be called the unfortunate incident because the consequential centralization of authority in Constantinople dissipated what had been a hard fought for regional autonomy.