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Empire of the Sum: The Rise and Reign of the Pocket Calculator

by Keith Houston  · 22 Aug 2023  · 405pp  · 105,395 words

-35 13. The Pulsar Time Computer Calculator 14. The Texas Instruments TI-81 15. Software Arts Visicalc Epilogue Acknowledgments Notes Further Reading Index INTRODUCTION The pocket calculator is predicated on two things: calculation and pockets. And though humanity can rightfully claim to having placed the one into the other, when it comes

from the final few millennia of the three-million-year expanse of the Old Stone Age, or Paleolithic era. Those bones are humanity’s first pocket calculators: For the prehistoric humans who carved them, they were mathematical notebooks and counting aids rolled into one. For the anthropologists who unearthed them thousands of

counting board an impossibility.95 The counting board was dead and the abacus’s days were numbered: the next step in the evolution of the pocket calculator was under way. * The Sumerians’ computed value was 1.414222; the true value is 1.414214[ . . . ]. † Evidence for Egyptian abacuses and counting boards is

the western point of an equilateral triangle anchored by Augsburg and Nuremberg, two cities famed for their clockwork masterpieces,* and it was here that the pocket calculator would take its next evolutionary step.6 In 1609, Tübingen’s university awarded a degree in languages and theology to a student, Wilhelm Schickard, who

Geneva to serve under Dr. John Pell, Cromwell’s ambassador to Switzerland.43 (Pell, quite coincidentally, is likely to have created a symbol that adorns pocket calculators the world over. A Swiss student of Pell’s, Johann Rahn, wrote an influential math textbook called Teutsche Algebra in which he proposed the use

. And yet, the act of merely trying to build a calculating machine was revolutionary in itself. Without Pascal, Morland, or Schickard, the future of the pocket calculator might have turned out very differently indeed. * For the clockmakers’ guilds of the time, “masterpiece” had a deceptive meaning: it referred to a clock submitted

it, and, as such, the names of Poleni, Lépine, Braun, Stanhope, and others live on as footnotes rather than landmarks in the history of the pocket calculator. As it turns out, the first truly successful mechanical calculator would also be the progenitor of the last, with a combined lifetime that spanned a

having a printer rather than a display. Two years after its introduction, the Pocketronic had already acquired a whiff of obsolescence.76 Was the first “pocket” calculator a failure? Certainly, the Pocketronic was so late in seeing the light of day that the impact of Kilby, Merryman, and Van Tassel’s remarkable

gain the confidence to strike out on its own—a decision that would have stark consequences for Canon and many others. Texas Instruments and the pocket calculator had unfinished business. * Kilby’s second test circuit was a flip-flop, the classic switch-based memory circuit first invented in 1919, but with

-in wrist strap helped protect one’s investment.28 The Busicom Handy-LE, also known as the LE-120A. This is the world’s first pocket calculator. The switch labeled “4,” “2,” and “0” controls the number of decimal places used in calculations. Calculators that provided a “floating” decimal point were

new era for integrated electronics!”) appeared in November 1971.61 The rest was history. Shortly thereafter, Busicom was history too. Having developed the first real pocket calculator and pioneered the modern CPU, the company lost its footing during the ferocious calculator price wars of the early 1970s. By 1974 Busicom was bankrupt

Until, that is, a hitherto obscure electronics manufacturer named Hewlett-Packard exploded the status quo with a million-dollar rush job to build the best pocket calculator the world had ever seen. The remarkable thing about that calculator, the HP-35, was that it did not rely on some breakthrough in math

of small, tightly packed keys, it was reasonable to think that an engineer or mathematician would have no trouble with the buttons on Liljenwall’s pocket calculator.17 (Later, some users of the new calculator would operate it with their thumbs, like a smartphone.)18 A watershed moment in calculator design:

zeal, funded by Cochran’s asked-for million, and executed on a strict schedule by employees poached as needed from across HP’s divisions, the pocket calculator project became a moonshot for the normally conservative company.24 Cochran’s design called for five chips of three different types: an arithmetic chip capable

circuits then in production.26 The new calculator would need every ounce of that sophistication. Echoing the Intel 4004, the arithmetic unit of HP’s pocket calculator was exceptionally simple, supporting only addition, subtraction, and, because it operated on decimal numbers rather than binary, multiplication and division by ten rather than by

Hewlett’s pocket marvel was more than just a moneymaker. First, it dealt a hammer blow to the centuries-old slide rule. The four-function pocket calculators already creeping onto the shelves had put the slide rule on notice; now, the HP-35 made it look shockingly anachronistic. Slide rule production lines

transistorized calculators were still calculators. The HP-35, by contrast, with its incredible precision and its scientific functionality, improved the state of the art in pocket calculators so comprehensively that it seemed to come straight out of Star Trek. It not only eclipsed what had gone before but also cracked open a

could multiply or divide stopwatch timings by a fixed value—handy for tracking the cost of expensive long-distance phone calls, for example.45 The pocket calculator, all the while, had been going gangbusters. Production had almost doubled every year since the introduction of the first handheld calculators, so that Japan alone

ever-narrower niches. The humble clock-radio, for instance, was an obvious target for crossbreeding: the fashion designer Pierre Cardin gave his blessing to a pocketable calculator-clock-radio sometime during the 1980s, but such was the deluge of branded items to bear his name that the precise date is lost.57

A few years earlier, the Hanimex company of Australia released a combined calculator and Dictaphone, unwittingly uniting the pocket calculator with the other vehicle that Texas Instruments had once considered for their microchips.58 And in the late 1970s, Sharp took the concept to a

circuits redesigned to tackle new problems; those driven by programmable ROM chips could be invested with new algorithms; and a new breed of user-programmable pocket calculators was even easier to customize. In the first category were modest offerings such as Mostek’s 1975 check calculators, which let users track their spending

hippo’s digestive tract in one piece and, once washed, worked as well as ever. 14 The Texas Instruments TI-81 By 1980, the frenetic pocket calculator race of the preceding decade had slowed to a gentler simmer. America’s once-voracious appetite for calculators now fluctuated only by a few percentage

Amstrad, Apple, Atari, Commodore, Radio Shack, and Sinclair began to appear in shop windows and on Christmas lists. Kraftwerk might still be singing about their pocket calculators, but in the movies, computers would take starring roles in blockbusters such as TRON, War Games, and Superman III.2 In these films and in

fight dirty, because in trying to crack it they would come up against the same age-old prejudices that had stymied many others before them. Pocket calculators were everywhere except the classroom. Teachers and educators, especially in the United States, had started experimenting with calculators almost as soon as prices had crept

students—and, implicitly, as shiny baubles to hold their attention. To support the program, the OSU math department bought thousands of custom-made, four-function pocket calculators from Texas Instruments and put them on sale in campus bookstores for $16.30 each, or about the same as a textbook.16 The initial

software, students could plot graphs directly rather than having to plug numbers into their calculators over and over again.33 Then, in 1985, a new pocket calculator appeared. It supported the same functions as most other scientific calculators, such as sines, exponentials, logs, and so on, but it could also plot

technology.59 In Britain, too, a reckoning loomed in 2011 when the new government, led by a Conservative Party whose views toward gadgets such as pocket calculators were exactly as progressive as one might have expected, ordered a review of calculators in schools.60 More damning still, in 2014 the state of

At DEC, Bricklin had helped develop sophisticated electronic typewriters of the kind that were then taking root in law offices and typing pools, yet the pocket calculator, by comparison, remained steadfastly undisrupted.9 He daydreamed about building a kind of supercalculator that could recompute values on the fly, with a fighter jet

realize that it could carry out mathematical operations. Instead, they used it to arrange their numbers in rows and columns and reached for their trusty pocket calculators to recalculate their sums as needed.35 The final hurdle to be overcome was a financial one. Despite Frankston’s endless tinkering, VisiCalc worked only

How to Make the Most of Your Calculator, The Electronic Calculator in Business, Home, and School, and The Calculating Book: Fun and Games with Your Pocket Calculator tracked exactly the mindshare afforded to their subject.70 As time went by, the calculator increasingly succumbed to the Wildean fate of simply not being

and technology, too, where free-form math programs such as Matlab gifted scientists the same design-refine-repeat workflow that made spreadsheets so attractive and pocket calculators seem so clumsy. In offices and laboratories around the world, the calculator moved from the desk to the desk drawer. But the computer was not

out by more modern, more capable devices. Until at some point—call it 1990 or thereabouts—society’s collective interest in pocket calculators dropped below a detectable threshold.5 But the pocket calculator was not, and is not, dead. At least, not in the conventional sense. The Nokia Communicator of 1998, emblematic of

, https://americanhistory.si.edu/collections/search/object/nmah_1215046. 32 Tomash, “Interview with Curt Herzstark,” 23. 33 Cliff Stoll, “The Curious History of the First Pocket Calculator,” Scientific American 290, no. 1 (2004): 92–99; “Weight-for-Age” (World Health Organisation), accessed May 17, 2021, https://www.who.int/tools/child-growth

.vintagecalculators.com/html/the_amazing_curta.html. 56 Tomash, “Interview with Curt Herzstark,” 52. 57 Tomash, “Interview with Curt Herzstark,” 52–54. 58 Stoll, “First Pocket Calculator”; Flamm, “The Amazing Curta.” 59 “Curta Portable Calculator (Advertisement),” Popular Mechanics, May 1952; “CPI Inflation Calculator” (U.S. Bureau of Labor Statistics), accessed May 19

–60. 61 “Arithmometer,” History Computer, accessed May 19, 2021, https://history-computer.com/arithmometer-history-of-the-arithmometer-of-thomas-de-colmar/. 62 Stoll, “First Pocket Calculator”; Jim Bianchi, “The Curta Mechanical Calculator,” Rallye Mazagine, March 1976. 63 Herbert Bruderer, “The World’s Smallest Mechanical Parallel Calculator: Discovery of Original Drawings and

.electronicdesign.com/technologies/analog/article/21804824/the-first-handheld-digital-calculator-celebrates-50-years-part-1. 34 Cade Metz, “Jerry Merryman, Co-Inventor of the Pocket Calculator, Dies at 86,” New York Times, March 7, 2017, https://www.nytimes.com/2019/03/07/obituaries/jerry-merryman-dead.html. 35 Okon, “First Handheld

, “NCR 18-15 Desktop Calculator,” Old Calculator Museum, accessed October 1, 2021, https://www.oldcalculatormuseum.com/w-ncr18-15.html; Tout, “Busicom Junior.” 25 “ビジコン ポケット電卓 [Busicom Pocket Calculator],” Dentaku Museum, accessed October 3, 2021, http://www.dentaku-museum.com/calc/calc/10-busicom/busicom/busicom.html. 26 Nigel Tout, “Busicom LE-120A and

LE-120S,” Vintage Calculators Web Museum, accessed October 3, 2021, http://www.vintagecalculators.com/html/busicom_le-120a_-_le-120s.html; “Busicom Pocket Calculator.” 27 “Busicom Pocket Calculator”; “Historical Rates - JPY to USD, January 1, 1970, to February 1, 1970,” fxtop.com, accessed October 3, 2021. 28 Tout, “Busicom LE-120A and

LE-120S”; “Busicom Pocket Calculator.” 29 “Busicom Pocket Calculator.” 30 Federico Faggin et al., “Oral History Panel on the Development and Promotion of the Intel 4004 Microprocessor,” 2007, 4, 6, https://www.computerhistory

), Industrialist and Philanthropist” American National Biography (Oxford University Press, 2001), https://doi.org/10.1093/anb/9780198606697.article.1302632. 13 Edward T. Liljenwall, “Packaging the Pocket Calculator,” Hewlett-Packard Journal 23, no. 10 (1972): 12, https://www.hpl.hp.com/hpjournal /72jun/jun72.htm. 14 Cochran, “A Quarter Century at HP,” sec

. The HP 9100A in Bill Hewlett’s Pocket, circa 1969. 15 Liljenwall, “Packaging the Pocket Calculator.” 16 Liljenwall, “Packaging the Pocket Calculator.” 17 Edelman, “Made in USA.” 18 Edelman, “Made in USA.” 19 Cochran, “A Quarter Century at HP,” sec. Scientific Calculators, circa 1966. 20

.html; “$60 Calculator,” Popular Science 201, no. 5 (November 1972): 107. 35 Nigel Tout, “Clive Sinclair and the Pocket Calculator,” Vintage Calculators Web Museum, 2021, http://www.vintagecalculators.com/html/sinclair_-_the_pocket_calculator.html; “Small Pocket Calculator,” Wireless World, August 1972. 36 “Historical Rates - GBP to USD, August 1972,” fxtop.com, accessed November 12, 2021

/TI-1200/Spirit.htm. 56 “ ‘Compact,’ ‘Diary,’ Checkbook All Count,” Electronics (New York: McGraw Hill, April 3, 1975). 57 “Pierre Cardin Calculator Clock Radio,” The Pocket Calculator Show, October 13, 2002, https://www.pocketcalculatorshow.com/magicalgadget/calculator/pierre-cardin-calculator-clock-radio/. 58 Nigel Tout, “Hanimex Calculator-Recorder,” Vintage Calculators Web Museum

in Collegiate Mathematics, 1989, 114. 34 Joerg Woerner, “Casio Fx-7000G,” Datamath Calculator Museum, 2004, http://www.datamath.org/Related/Casio/fx-7000G.htm. 35 “Pocket Calculator,” Radio-Electronics (Farmingdale, NY: Gernsback, August 1986); “The World’s First Graphic Display Programmable Scientific Calculator,” New Scientist, October 24, 1985; “The First Interactive Graphic

to Make the Most of Your Calculator (London: White Lion, 1977); James T. Rogers and Bob Korn, The Calculating Book : Fun and Games with Your Pocket Calculator (London: Wildwood House, 1976). epilogue 1 Michael F. McGovern, “Stacks, ‘Pacs,’ and User Hacks: A Handheld History of Personal Computing,” in Objects and Investigations, to

The Everything Blueprint: The Microchip Design That Changed the World

by James Ashton  · 11 May 2023  · 401pp  · 113,586 words

categories – so long as his advertising campaigns hit the mark. However, the firm’s digital wristwatch could not emulate the great success of an earlier pocket calculator, so the firm was part-nationalised by the government’s National Enterprise Board (NEB) in 1976 after losses mounted. When the involvement of the NEB

next decade, the most powerful personal computer available today will be “invisible”; like a motor; it will fit into a machine the size of a pocket calculator.’ The Apple II chip ‘is already small enough to wear on an earring’, he observed. The idea for Knowledge Navigator fed into a keynote speech

Gambling Man

by Lionel Barber  · 3 Oct 2024  · 424pp  · 123,730 words

blueprint, survived.15 After the war, the man known as ‘Dr Rocket’ joined Sharp, the Japanese consumer electronics giant, where he developed the first electronic pocket calculators. Later he played a key role in the creation of the world’s first microprocessor, the Intel 4004 chip, by introducing Intel’s co-founder

words and later translated them into Japanese on screen. Sasaki quickly grasped the translator’s potential if combined with Sharp’s range of user-friendly pocket calculators. He offered Masa ¥20m ($200,000) on the spot, with more to come once Masa developed five language libraries, including French and German versions of

of the cars, TVs and high-quality consumer electronics which had powered the country’s post-war success. Everything was becoming smaller and more affordable: pocket calculators, video games and, crucially, personal computers. The arrival of NEC’s PC-8001 in 1979 inaugurated the personal-computer age in Japan. Alongside miniaturization, Japan

Tsai, breaching protocol. He proceeded to spin a tale about having a ‘board’ which would not accept SoftBank’s terms. Masa pulled out a giant pocket calculator, and came up with a revised offer: $20m for 40 per cent of the company. No, came the reply. The Japanese came back again. And

Reversing: Secrets of Reverse Engineering

by Eldad Eilam  · 15 Feb 2005  · 619pp  · 210,746 words

of working-set tuning on the reversing process for Windows applications. Understanding Low-Level Logic The most basic element in software that distinguishes your average pocket calculator from a full-blown computer is the ability to execute a sequence of logical and conditional instructions. The following sections demonstrate the most common types

Tools for Computational Finance

by Rüdiger Seydel  · 2 Jan 2002  · 313pp  · 34,042 words

include evaluating the logarithm or the computation of the distribution function of the normal distribution. Such elementary tasks are performed using sophisticated numerical algorithms. In pocket calculators one merely presses a button without being aware of the numerics. The robustness of those elementary numerical methods is so dependable and the efficiency so

Mathematics of the Financial Markets: Financial Instruments and Derivatives Modelling, Valuation and Risk Issues

by Alain Ruttiens  · 24 Apr 2013  · 447pp  · 104,258 words

must verify Solving this equation in y is not straightforward: we must solve it by successive approximations or use programmed functions in Excel or in pocket calculators. The answer is 7%. For US bonds, which pay a semi-annual coupon, the adjustment of Eq. 3.3 is straightforward. The at involves semi

The C Programming Language

by Brian W. Kernighan and Dennis M. Ritchie  · 15 Feb 1988  · 238pp  · 93,680 words

operators +, -, * and /. Because it is easier to implement, the calculator will use reverse Polish notation instead of infix. (Reverse Polish notation is used by some pocket calculators, and in languages like Forth and Postscript.) In reverse Polish notation, each operator follows its operands; an infix expression like 68 (1 - 2) * (4 + 5

The Rise and Fall of the Third Chimpanzee

by Jared Diamond  · 2 Jan 1991  · 436pp  · 140,256 words

it, try noting eye colours (or measuring ear lobes) the next time you are at a dinner party with many couples, and then get your pocket calculator to give you the correlation coefficient. Coefficients for physical traits are on the average +0.2- not so high as for personality traits (+0.4

Is God a Mathematician?

by Mario Livio  · 6 Jan 2009  · 315pp  · 93,628 words

obey these abstract mathematical symmetries? In 1975, Mitch Feigenbaum, then a young mathematical physicist at Los Alamos National Laboratory, was playing with his HP-65 pocket calculator. He was examining the behavior of a simple equation. He noticed that a sequence of numbers that appeared in the calculations was getting closer and

Superintelligence: Paths, Dangers, Strategies

by Nick Bostrom  · 3 Jun 2014  · 574pp  · 164,509 words

a century). Such a mathematics-oracle would form a stepping-stone toward domain-general superintelligence. Oracles with superintelligence in extremely limited domains already exist. A pocket calculator can be viewed as a very narrow oracle for basic arithmetical questions; an Internet search engine can be viewed as a very partial realization of

The Art of Computer Programming

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Apollo

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