Key |
Yr. |
Name |
Name |
Invention, Discovery, Event |
| BioTech | 1944 | Avery | P-Oswald | DNA not protein agent of heredity, work extended Griffith transforming substance |
| BioTech | 1953 | DNA | F-Sum | Mendel, Fleming, Miescher, Morgan, Weismann, Levene, Avery, Pauling, Corey, Wilkins, Franklin, Stokes |
| BioTech | 1953 | Crick | P-Watson | DNA based on X ray diffraction to postulate and work out double helix |
| BioTech | 1973 | Wilmut | Ian | Frosty calf from frozen sperm |
| BioTech | 1974 | Genetic Engineering | F-Sum | Watson-Crick, Lederberg, Hayes, Delbruck, Hershey, Beckwith, Cohen, Boyer, |
| BioTech | 1976 | Swanson | Boyer | Genentech venture funded genetic engineering for commercial products |
| BioTech | 1980 | Genentech | Human insulin synthesized | |
| BioTech | 1983 | Copy DNA | F-Sum | Mullis, Cetus, PCR |
| Biotech | 1995 | Venter | F-Craig | Genome of living organism, completed human genome draft in 2001 |
| BioTech | 1996 | Rosetta | Impharmatics | DNA microarrays or chips |
| BioTech | 1997 | Wilmut | Ian | Dolly 1st mammal clone, Roslin Scotland Institute team |
| BioTech | 1998 | University | Wisconsin | Embryonic stem cells grown in tissue culture |
| Biotech | 2000 | Venter | US | Human genome completed |
| BioTech | 2001 | US | Stem cell fed funds restricted | |
| Computer | 1805 | Jaquard | Josef Marie | Punched card for loom control, computer input in 1950's |
| Computer | 1820 | Babbage | P-Charles | Difference engine to 1832analytical plan with punch card input memory |
| Computer | 1820 | Babbage | P-Charles | Other inventions: Ophthalmoscope, speedometer, skeleton key, cowcatcher |
| Computer | 1836 | Bain | Alexander | Punched paper tape to speed telegraph messages |
| Computer | 1843 | Lovelace | P-Ada | Translated, added notation, predicted future of Babbage Analytic Engine |
| Computer | 1867 | Peirce | Charles | Boolean algebra related to switching circuits, on/off are true/false |
| Computer | 1876 | Thomson | LordKelvin | Analog machine for differential equations, forerunner to Bannevar Bush in 1920's |
| Computer | 1884 | Patterson | John | Buys Ritty rights, forms NCR, sells million registers |
| Computer | 1885 | Felt | Dorr | Comptometer |
| Computer | 1888 | Burroughs | William | Patents adding machine |
| Computer | 1890 | Hollerith | Herman | Punched card input |
| Computer | 1896 | Hollerith | Herman | Name change to IBM |
| Computer | 1901 | Hollerith | Herman | Numerical keyboard for punched cards |
| Computer | 1927 | Bush | Vannevar | Analog computer solves differential equations |
| Computer | 1936 | Zuse | Konrad | Digital computer from electromagnetic relays rather than tubes |
| Computer | 1937 | Atanasoff | John | Conceives electronic computer for linear equation problems |
| Computer | 1937 | Stibitz | George | Binary circuit on boolean algebra to add two binary numbers |
| Computer | 1937 | Early digital | F-Sum | Stibitz, Williams, Zuse, Schreyer, Turing, Atanasoff, Berry, Newman, Flowers, Colossus |
| Computer | 1940 | Stiblitz | Williams | Remote computing via telex NY Dartmouth |
| Computer | 1942 | Atanasoff | Berry | Binary, logic circuitsmemory ABC not completed, ideas passed to ENIAC |
| Computer | 1943 | Turing | Flowers,Newman | Colossus Bechley Park, 1500 tubes, code breaking |
| Computer | 1943 | Mauchly | Eckert | ENIAC design, questionable tube reliability |
| Computer | 1944 | Mauchly | Eckert | Mercury tube for acoustic data memory, magnetized spinning disks for data storage |
| Computer | 1944 | First | F-Working | P-Bush, Mauchly, Eckert, Goldstine, von Neumann, |
| Computer | 1945 | Turing | vonNeumann | ACE in UK, EDVAC Princeton |
| Computer | 1946 | Mauchly | Eckert | ENIAC starts Feb 15, Hopper bug real at first |
| Computer | 1949 | Mauchly | John | Short Code, 1st high level programming language |
| Computer | 1949 | Mauchly | Eckert | BINAC Electronic stored program on magnetic tape |
| Computer | 1951 | Hopper | Grace | Compiler A0, translates program code to binary, also Remington buffer memory |
| Computer | 1953 | Forrester | Jay | Ferrite memory core |
| Computer | 1955 | Bell | Telephone | 1st transistor computer, Gilmore CRT input |
| Computer | 1956 | IBM | RAMAC hard disk for data storage | |
| Computer | 1956 | Backus | John | FORTRAN |
| Computer | 1956 | Programs | F-Sum | Hooper, Aiken, COBOL, BASIC, Kemeny, Kurtz, ALGOL, Pascal, Wirth, JAVA |
| Computer | 1960 | Olsen | Ken | PDP-1 from DEC, keyboard input, monitor, affordable by small business |
| Computer | 1960 | Amdahl | Gene | 360 project launched by IBM |
| Computer | 1960 | American | Airlines | Starts SABRE, online 1962, completed 1965, 1st airline reservation and in real time |
| Computer | 1962 | Manchester U | UK | Atlas I introduces virtual memory, multitasking |
| Computer | 1963 | Sutherland | Ivan | Sketchpad software creation of graphics on video terminal with light pen |
| Computer | 1964 | Baran | Paul | Began distributed network proposal based on packet switching in 1960, plan Arpanet, operational 1969 |
| Computer | 1964 | Cray | Seymour | CDC 6600, IBM 360 on market |
| Computer | 1965 | Nelson | Theodore | Hypertext for organizing and linking |
| Computer | 1965 | Olsen | Ken | PDP8 first minicomputer |
| Computer | 1967 | Soderblom | Olof | Network of closed loop rather than centralized, IBM adopts |
| Computer | 1967 | Amdahl | Gene | Parallel processing |
| Computer | 1968 | Engelbart | Doug | PARC developed Mouse, adopted by Apple for Mac |
| Computer | 1969 | US | Defense | ARPANET operational |
| Computer | 1969 | Wetzel | Donald | ATM |
| Computer | 1970 | Tomlinson | Ray | Email program, intorduces @ |
| Computer | 1970 | Centron | Dot matrix printer | |
| Computer | 1971 | Hott Ted | Mazor, Fagin | Intel 4004, 1st microprocessor, ic as cpu, 2300 transistors, 7'7mm chip, 4bits/sec |
| Computer | 1971 | Boone | Cochran | TMS 1000 mp, input, memory, cpu, output on 1 chip |
| Computer | 1972 | Lexitron | Wang | VYDEC, Wang with BIM Selectric as printer, 1st word processing, Exxon entry |
| Computer | 1972 | Philips | laservision disk laser recording system | |
| Computer | 1972 | Kay | Alan | SMALLTALK for graphics, includes windows and icons, object oriented language |
| Computer | 1972 | Thompson | Ritchie | ITT Bell Labs C language running under UNIX, replaced in 1977, later C++Bjarne Stroustrup Denmark |
| Computer | 1972 | Telenet | Tymnet | Worldwide timesharing system networks, packet based |
| Computer | 1972 | Intel | Mark 8 8 b8it mp for 1st PC kits 1974 | |
| Computer | 1973 | Kay | Alan | ALTO 1st PC at PARC, smalltalk, icons, graphics, mouse, high cost $15,000 PARC |
| Computer | 1974 | HP | Programmable pocket calculator | |
| Computer | 1975 | Martins | Cox | Computer understands voice, replies in synthetic speech |
| Computer | 1975 | Gates | Allen | BASIC for Altair 8800, from H. Ed Roberts kit, 256 bytes mem, toggle input, lights on screen output |
| Computer | 1975 | Cooke | John | IBM mini project 801 based on RISC, 5100PC shelved estim no demand |
| Computer | 1975 | ITT | Antitrust results in UNIX available to universities for further development | |
| Computer | 1976 | Shayer | Michael | Word processing for Altair |
| Computer | 1976 | Wozniak | Steve | Apple I 4k RAM, Motorola 6052 mp |
| Computer | 1976 | Kildall | Gary | CP/M from Digital Research 8 bit |
| Computer | 1976 | Cray | Seymour | Cray I vectorial arch supercomputer |
| Computer | 1976 | Peddle | Chuck | Motorola 6502 mp MOS tech, 1/7th Intel 8080 cost, Zilog 8 bit Z80 mp 64K, 2.5mh speed |
| Computer | 1977 | Jobs | Wozniak | Apple II, color TV, 8 slots, best seller until IBM PC in 1981 |
| Computer | 1977 | Gates | Allen | Microsoft |
| Computer | 1977 | Tandy | Commodore | PET CP/M PC built in monitor, tape cssettes for data and programs |
| Computer | 1977 | HomeComputer | F-Sum | Intel, Jobs, Wozniak, IBM, clones, PET, Atari, Microsoft, Mac |
| Computer | 1978 | Epson | Low cost dot matrix | |
| Computer | 1978 | Barnaby | John | Wordstar based on CP/M, later DOS |
| Computer | 1978 | DEC | VAX virtual address extension, 32 bit, tech and science standard | |
| Computer | 1979 | Bricklin | Frankston | Visicalc spreadsheet, 1st PC killer ap |
| Computer | 1980 | Ratliff | Wayne | dBase Iifrom JPL Vulcan, electronic filing for PCs |
| Computer | 1981 | IBM | PC DOS by Microsoft | |
| Computer | 1981 | Osborne | Adam | Portable computer CP/M Z80 |
| Computer | 1982 | Compaq | Columbia | Compaq successful IBM PC clone, portable too, Bus of IBM doesn't protect |
| Computer | 1984 | Apple | Macintosh graphics with icons and mouse for GUI | |
| Computer | 1984 | Brainard | Paul | Pagemaker desktop publishing |
| Computer | 1984 | Microsoft | Microsoft Windows for IBM PC like Mac | |
| Computer | 1990 | HP | IBM | RISC |
| Computer | 1991 | Torvalds | Linus | Linux |
| Computer | 1994 | Sun | Java 1st universal software language, any platform | |
| Envir | 1907 | Cottrell | Fred | electrostatic precipitator to remove pollution, recover particles |
| Envir | 1914 | Manchester | UK | Sewage plant bacteria treatment |
| Envir | 1931 | Dupont | GM | Kinetic Chemical introduces Freon refrig, spray propellant, later ozone problems |
| Envir | 1939 | Muller | Paul | DDT potent insecticide |
| Envir | 1941 | Goodhue | Sullivan | Bug bomb aerosol containers |
| Envir | 1951 | Carson | P-Rachel | Sea Around Us, Silent Spring in 1960's and DDT |
| Envir | 1952 | UK | Lazlo | Smog London inversion traps coal smoke, kills 4000: LA photochem react of hydrocarbon, NO2 |
| Envir | 1955 | Johns | Manville | Asbestos in London factory linked to cancer, lead to 1% or less in US paint |
| Envir | 1961 | Industy | Cities | Acid rain kills lake fish |
| Envir | 1962 | Houdry | Eugene | Patents catalytic muffler to reduce auto pollution |
| Envir | 1972 | Club | Rome | Limits of Growth: disaster if pollution and resource depletion continue |
| Envir | 1972 | US | Laws | UN examine global envir problems, US limits DDT, envir laws |
| Envir | 1973 | US | EPA | Endangered Species lists |
| Envir | 1978 | Buffalo | NY | Love Canal chemical toxins seep into groundwater |
| Envir | 1978 | US | EPA | Chlorfluorcarbons banned in US due to ozone threat |
| Envir | 1980 | ThreeMileIs | PA | Accident ends new nuclear in US |
| Envir | 1984 | Bhopal | India | Union Carbide toxic gas kills over 2000 |
| Envir | 1984 | US | EPA | leaded gas ban to save converters, air |
| Envir | 1985 | Chernoybl | USSR | Nuclear failure |
| Envir | 1989 | Exxon | Valdez | Valdez supertanker spill, life threat |
| Envir | 1990 | Plastic | EPA | Biodegradable problem in landfills |
| Envir | 1997 | Kyoto | Protocol | 150 sign greenhouse gas reduction commitment, US doesn't ratify, also Russia Oz |
| Envir | 2000 | US | NatResearch | Global warming threat |
| Health | 1921 | Banting | P-Fred | Insulin |
| Health | 1952 | Bell | Telephone | Transistor hearing aids, Bell waives patents, royalties |
| Health | 1955 | Salk | F-Jonas | Salk vacine for polio |
| Health | 1960 | Dow | Corning | Breast implant silicone, same as Silly Putty |
| Health | 1964 | Zenith | IC hearing aid | |
| Health | 1971 | Damadian | Raymond | MRI to detect tumors |
| Health | 1971 | Body Scan | F-Sum | Superman, Plantes, CAT, CT, PET, NMR, Damadian, MRI |
| Health | 1976 | Monoclonal Antibodies | F-Sum | Milstein, Kohler, immune system, prevent rejection |
| Health | 1977 | NY | NY cancer Kaposi in NY leads to AIDS ID in 1981 | |
| Health | 1977 | Gruentzig | Andreas | Balloon angioplasty to unclog blocked arteries |
| Health | 1978 | Edwards | Steptoe | Test tube baby, fiber important to prevent cancer |
| Health | 1983 | AIDS | F-Sum | 500M US death, 25MM world. Africa 30MM of 42MM HIV world |
| Health | 1985 | Medtronic | Heart defabrillators, laser in arteries | |
| Health | 1988 | Baulieu | Etienne | RU-486 abortion pill in use in France |
| Health | 1988 | Contact | Lens | Disposables no cleaning or removal 3-7 days |
| Health | 1992 | US | FDA | Silcone breast transplants suspended |
| Health | 1998 | Pfizer | Viagra for erectile dysfunction male | |
| Office | 1879 | Ritty | James | Ritty Incorruptible Cashier, 1st calculatore, commercial flop |
| Office | 1885 | Tainter | Charles | Dictaphone |
| Office | 1894 | Taylor | Winslow | Time and motion studies to eliminate waste |
| Office | 1914 | Boston | Wire Sticher | Stapler |
| Office | 1971 | Haggerty | Patrick | TI 1st pocket calculatorPocketronic, 1kg,+-*/ only |
| Tech | 1947 | Tubes to Chips | F-Sum | Edison, Fleming, De Forest, Shockley, Bardeen, Brattain, Feynman |
| Tech | 1947 | Bardeen | Brattain | With Shockley supervising, Dec.16 transistor effect, free electrons interact with bound in metal |
| Tech | 1948 | Walter | William | Tortoise, robot precursor |
| Tech | 1954 | Teal | Gordon | TI introduces silicon transistor, cheaper to produce than germanium |
| Tech | 1954 | Ford | Raytheon | Factory automation applied |
| Tech | 1957 | Noyce | Moore | Fairchild formed as Shockley refuses to allow silicon transitor research |
| Tech | 1958 | Noyce | Kilby | Integrated circuit multiple elctronics on silicon chip |
| Tech | 1959 | Hoerni | Jean | Flat planar transistor at Fairchild, Noyce applies to IC production |
| Tech | 1959 | Feynman | Richard | Etch or evaporate materials to make tiny transistors using light or electrons building from atom level |
| Tech | 1961 | Chip | F-Sum | Kilby, Noyce |
| Tech | 1989 | Berners-Lee | Tim | CERN paper on basis for links used on Internet and WWW |
| Tech | 1991 | Berners-Lee | Tim | WWW installed on Internet |
| Tech | 1992 | Andressen | Marc | Mosaic browser to get to 1st websites being developed |
| Tech | 2003 | Marks | Tobin | NU team organic sc based on thiophe, good as silicon base |