History Made Every Day™

INVENTION

process of producing new devices, objects, ideas, or procedures usable in accomplishing human objectives in ways that were formerly difficult or impossible. The process of invention is invariably preceded by one or more discoveries; a discovery may be accidental, such as a child’s discovery that fire burns, or induced, such as the discovery that helium is the lightest of the inert gases and, therefore, best suited for use in inflating airships. In common usage the term invention is applied only to the production of new materials or operable devices, and the term inventor is applied to a person who has produced a new device or material. Less often, the term invention is applied to a new procedure; thus a person may be said to have invented a new game or a new system of accounting. Under strict definition, anything produced by humans that is new and unique is an invention; this definition was recognized by Johann Sebastian Bach, who gave the title Inventions to a series of his short keyboard compositions. Similarly, an artist who produces an original painting, an author who writes an original book, a philosopher who introduces a new concept into a system of thought, an administrator who alters a governmental procedure, or a breeder who produces a new fruit variety is an inventor just as much as a person who produces a new carburetor.

In most countries, certain classes of inventions are legally recognized, and their use temporarily restricted to the control of the inventor. In the U.S., any new and useful art, machine, manufacture, or material, or any new and useful improvement of these, may be protected by patent; written material, music, paintings, sculpture, and photographs may be protected by copyright. The protection afforded by this legal recognition is limited; in many cases, slight alterations in the device, material, or work of art may produce sufficient improvement or difference to afford legal justification for issuance of a new patent or copyright to the person who made the alteration. Patent and copyright laws do not provide coverage for all inventions. Many processes and ideas lacking clear-cut characteristics, such as psychological concepts useful in advertising, cannot be legally protected.

Adaptability.

Restricted to Homo sapiens (see Human Evolution) and perhaps a few of the higher animals, inventiveness implies a continued ability to adapt discoveries to use. Many lower animals have, at some time in the history of their species, acquired the ability to produce complicated devices and have continued this ability from generation to generation. The web of a spider, for example, is a complicated device used to trap other small animals for food; all members of a spider species produce webs of exactly the same pattern, and no two species produce identical patterns. The art of building is highly developed in the insect order Hymenoptera, which includes ants, bees, and wasps. Most birds build nests during the reproductive season. Dams constructed by beavers follow a pattern that, although simple, is almost perfect from the standpoint of structural design. All these examples, however, illustrate the perpetuation of complicated types of inherited animal behavior by instinct, and furnish little evidence of intelligent understanding by the constructing animals of the structural principles involved. In humans, on the other hand, the development of processes of construction is preceded and followed by development of the physical laws that made the construction possible. The succession of discovery followed by invention followed by further discovery, which results in continual development of new concepts, procedures, and devices, is characteristic of the inventiveness of the human species.

Early Inventions.

The earliest artifacts show evidence of human inventiveness. The names of the great archaeological ages, the Stone Age, the Bronze Age, and the Iron Age, are derived from the inventive use of stone and metal implements (see Archaeology). Early stone implements were crude, but the protective and food-getting purposes they served were instrumental in humans’ growing domination of the earth. Many of the most significant inventions and inventive developments occurred before the period covered by written history. These include the invention of crude tools, the development of speech, the cultivation of plants and domestication of animals, the development of building techniques, the ability to produce and control fire, the ability to make pottery, the development of simple political systems, and the invention of the wheel.

The period of recorded history began with the invention of writing, and writing as a means of mass communication became important with the invention of movable type in the 15th century. Invention proceeded steadily throughout the period of written history, but since the advent of printed books people all over the world have been able to obtain records of the discoveries of the past for use as a basis for further discoveries and inventions.

The Machine Age.

The machine age, which more or less began with the Industrial Revolution and is continuing, developed from a complex of inventions, of which the most important include the use of fossil fuels such as coal as sources of energy, the improvement of metallurgical processes (especially of steel and aluminum), the development of electricity and electronics, the invention of the internal-combustion engine, and the use of metal and cement in construction work. Current developments in the use of energy promise to introduce a new age in human inventiveness.

Early inventors were usually isolated individuals dependent on other means of subsistence than the risky outcome of their endeavors. In some cases, although two individuals working independently achieved the same innovation simultaneously, only one was recognized for the discovery. For example, the American inventors Elisha Gray and Alexander Graham Bell applied for a patent on the telephone on the same day. Credit for the discovery of calculus was fought for bitterly by the English scientist and mathematician Sir Isaac Newton and the German philosopher and mathematician Gottfried Wilhelm von Leibniz.

Most modern inventions and discoveries take place in large research organizations supported by institutions of higher learning, governmental agencies, private industries, or privately endowed foundations. Because of this, ascribing any single invention to a specific person has become difficult. Researchers in modern laboratories are often members of a project; the planning is often the work of more than one person, and the actual development—including solution of the many practical problems almost always encountered in research and the addition of various refinements—is invariably the work of many individuals. The atomic bomb, for example, was developed during World War II under the guidance of a small group of leading scientists of many nationalities who directed a much larger group of scientists and technicians, most of whom were unaware of the purpose of the project. Other examples of collective effort were the development of the electronic digital computer, and the development of the integrated circuit, which led to exponential advances in information and communications systems.

See also Space Exploration; Technology.

For further information on this topic, see the Bibliography, sections 484. History of technology–486. Patent.

Table of Notable Modern Inventions and Discoveries

 

Date

 

Invention or Discovery

 

Inventor or Discoverer

 

Nationality

 

1590

 

Compound microscope

 

Zacharias Janssen

 

Dutch

 

1593

 

Water thermometer

 

Galileo

 

Italian

 

1608

 

Telescope

 

Hans Lippershey

 

Dutch

 

1629

 

Steam turbine

 

Giovanni Branca

 

Italian

 

1642

 

Adding machine

 

Blaise Pascal

 

French

 

1643

 

Barometer

 

Evangelista Torricelli

 

Italian

 

1650

 

Air pump

 

Otto von Guericke

 

German

 

1656

 

Pendulum clock

 

Christiaan Huygens

 

Dutch

 

1671

 

Calculating machine

 

Gottfried Wilhelm Leibniz

 

German

 

1705

 

Steam engine

 

Thomas Newcomen

 

British

 

1710

 

Piano

 

Bartolomeo Cristofori

 

Italian

 

1714

 

Mercury thermometer

 

Gabriel Daniel Fahrenheit

 

German

 

1745

 

Leyden jar (condenser)

 

E. G. von Kleist

 

German

 

1752

 

Lightning rod

 

Benjamin Franklin

 

American

 

1758

 

Achromatic lens

 

John Dollond

 

British

 

1759

 

Marine chronometer

 

John Harrison

 

British

 

1764

 

Spinning jenny

 

James Hargreaves

 

British

 

1769

 

Steam engine (with separate condenser)

 

James Watt

 

British

 

1770

 

Automobile

 

Nicolas Joseph Cugnot

 

French

 

1780

 

Bifocal lens

 

Benjamin Franklin

 

American

 

1783

 

Balloon

 

Joseph Michel Montgolfier and Jacques Étienne Montgolfier

 

French

 

1784

 

Threshing machine

 

Andrew Meikle

 

British

 

1785

 

Power loom

 

Edmund Cartwright

 

British

 

1786

 

Steamboat

 

John Fitch

 

American

 

1788

 

Flyball governor

 

James Watt

 

British

 

1791

 

Gas turbine

 

John Barber

 

British

 

1793

 

Cotton gin

 

Eli Whitney

 

American

 

1796

 

Lithography

 

Aloys Senefelder

 

German

 

1796

 

Smallpox vaccination

 

Edward Jenner

 

British

 

1799

 

Fourdrinier machine (papermaking)

 

Louis Robert

 

French

 

1800

 

Electric battery

 

Count Alessandro Volta

 

Italian

 

1801

 

Pattern loom

 

Joseph Marie Jacquard

 

French

 

1804

 

Solid-fuel rocket

 

William Congreve

 

British

 

1804

 

Steam locomotive

 

Richard Trevithick

 

British

 

1805

 

Electroplating

 

Luigi Gasparo Brugnatelli

 

Italian

 

1810

 

Food preservation (by sterilization and exclusion of air)

 

François Appert

 

French

 

1814

 

Railroad locomotive

 

George Stephenson

 

British

 

1815

 

Safety lamp

 

Sir Humphry Davy

 

British

 

1819

 

Stethoscope

 

René Théophile Hyacinthe La‘nnec

 

French

 

1820

 

Galvanometer

 

Johann Salomo Christoph Schweigger

 

German

 

1821

 

Electric motor

 

Michael Faraday

 

British

 

1823

 

Electromagnet

 

William Sturgeon

 

British

 

1824

 

Portland cement

 

Joseph Aspdin

 

British

 

1827

 

Friction match

 

John Walker

 

British

 

1830

 

Sewing machine

 

Barthélemy Thimonnier

 

French

 

1831

 

Phosphorus match

 

Charles Sauria

 

French

 

1831

 

Reaper

 

Cyrus Hall McCormick

 

American

 

1831

 

Dick dynamo

 

Michael Faraday

 

British

 

1835

 

Pistol (revolver)

 

Samuel Colt

 

American

 

1837

 

Telegraph

 

Samuel Finley Breese Morse

Sir Charles Wheatstone

 

American

British

 

1839

 

Photography

 

Louis Jacques Mandé Daguerre and Joseph Nicéphore Niepce

William Henry Fox Talbot

 

French

British

 

1839

 

Vulcanized rubber

 

Charles Goodyear

 

American

 

1840

 

Bicycle

 

Kirkpatrick MacMillan

 

British

 

1845

 

Pneumatic tire

 

Robert William Thompson

 

American

 

1846

 

Guncotton

 

Christian Friedrich Schönbein

 

German

 

1846

 

Ether

 

Crawford Williamson Long

William Thomas Green Morton

Charles Thomas Jackson

 

American

American

American

 

1849

 

Safety pin

 

Walter Hunt

 

American

 

1849

 

Water turbine

 

James Bicheno Francis

 

American

 

1850

 

Mercerized cotton

 

John Mercer

 

British

 

1851

 

Breech-loading rifle

 

Edward Maynard

 

American

 

1851

 

Ophthalmoscope

 

Hermann Ludwig Ferdinand von Helmholtz

 

German

 

1852

 

Nonrigid airship

 

Henri Giffard

 

French

 

1852

 

Elevator (with brake)

 

Elisha Graves Otis

 

American

 

1852

 

Gyroscope

 

Jean Bernard Léon Foucault

 

French

 

1855

 

Safety matches

 

J. E. Lundstrom

 

Swedish

 

1855

 

Gas burner

 

Robert Wilhelm Bunsen

 

German

 

1856

 

Bessemer converter (steel)

 

Sir Henry Bessemer

 

British

 

1859

 

Spectroscope

 

Gustav Robert Kirchhoff and Robert Wilhelm Bunsen

 

German

 

1861

 

Web-fed newspaper printing press

 

Richard March Hoe

 

American

 

1861

 

Electric furnace

 

Wilhelm Siemens

 

British

 

1861

 

Machine gun

 

Richard Jordan Gatling

 

American

 

1861

 

Kinematoscope

 

Coleman Sellers

 

American

 

1866

 

Paper (from wood pulp, sulfite process)

 

Benjamin Chew Tilghman

 

American

 

1866

 

Dynamite

 

Alfred Bernhard Nobel

 

Swedish

 

1868

 

Typewriter

 

Carlos Glidden and Christopher Latham Sholes

 

American

 

1868

 

Air brake

 

George Westinghouse

 

American

 

1870

 

Celluloid

 

John Wesley Hyatt and Isaiah Hyatt

 

American

 

1874

 

Quadruplex telegraph

 

Thomas Alva Edison

 

American

 

1876

 

Telephone

 

Alexander Graham Bell

 

American

 

1877

 

Internal-combustion engine (four-cycle)

 

Nikolaus August Otto

 

German

 

1877

 

Talking machine (phonograph)

 

Thomas Alva Edison

 

American

 

1877

 

Microphone

 

Emile Berliner

 

American

 

1877

 

Electric welding

 

Elihu Thomson

 

American

 

1878

 

Cathode-ray tube

 

Sir William Crookes

 

British

 

1879

 

Cash register

 

James J. Ritty

 

American

 

1879

 

Incandescent filament lamp

 

Thomas Alva Edison

Sir Joseph Wilson Swan

 

American

British

 

1879

 

Automobile engine (two-cycle)

 

Karl Benz

 

German

 

1879

 

Arc lamp

 

Charles Francis Bush

 

American

 

1880

 

Linotype

 

Ottmar Mergenthaler

 

American

 

1884

 

Rayon (nitrocellulose)

 

Comte Hilaire Bernigaud de Chardonnet

 

French

 

1884

 

Fountain pen

 

Lewis Edson Waterman

 

American

 

1884

 

Multiple-wheel steam turbine

 

Sir Charles Algernon Parsons

 

British

 

1884

 

Nipkow disk (mechanical television scanning device)

 

Paul Gottlieb Nipkow

 

German

 

1885

 

Graphophone (dictating machine)

 

Chichester A. Bell and Charles Sumner Tainter

 

American

 

1885

 

AC transformer

 

William Stanley

 

American

 

1887

 

Gramophone (disk records)

 

Emile Berliner

 

American

 

1887

 

Gas mantle

 

Baron Carl Auer von Welsbach

 

Austrian

 

1887

 

Mimeograph

 

Albert Blake Dick

 

American

 

1887

 

Monotype

 

Tolbert Lanston

 

American

 

1888

 

AC electric induction motor

 

Nikola Tesla

 

American

 

1888

 

Adding machine (recording)

 

William Seward Burroughs

 

American

 

1888

 

Kodak camera

 

George Eastman

 

American

 

1890

 

Rayon (cuprammonium)

 

Louis Henri Despeissis

 

French

 

1891

 

Glider

 

Otto Lilienthal

 

German

 

1891

 

Synthetic rubber

 

Sir William Augustus Tilden

 

British

 

1892

 

Three-color camera

 

Frederick Eugene Ives

 

American

 

1892

 

Rayon (viscose)

 

Charles Frederick Cross

 

British

 

1892

 

Vacuum bottle (Dewar flask)

 

Sir James Dewar

 

British

 

1893

 

Diesel engine

 

Rudolf Diesel

 

German

 

1893

 

Gasoline automobile

 

Charles Edgar Duryea and J. Frank Duryea

 

American

 

1893

 

Motion picture machine

 

Thomas Alva Edison

 

American

 

1894

 

Motion picture projection

 

Louis Jean Lumière and Auguste Maries Lumière

Charles Francis Jenkins

 

French

American

 

1895

 

Rayon (acetate)

 

Charles Frederick Cross

 

British

 

1896

 

Experimental airplane

 

Samuel Pierpoint Langley

 

American

 

1898

 

Sensitized photographic paper

 

Leo Hendrik Baekeland

 

American

 

1900

 

Rigid dirigible airship

 

Graf Ferdinand von Zeppelin

 

German

 

1902

 

Radiotelephone

 

Valdemar Poulsen

Reginald Aubrey Fessenden

 

Danish

American

 

1903

 

Airplane

 

Wilbur Wright and Orville Wright

 

American

 

1904

 

Diode rectifier tube (radio)

 

Sir John Ambrose Fleming

 

British

 

1906

 

Gyrocompass

 

Hermann Anschütz-Kämpfe

 

German

 

1906

 

Bakelite

 

Leo Hendrik Baekeland

 

American

 

1906

 

Triode amplifier tube (radio)

 

Lee De Forest

 

American

 

1908

 

Two-color motion picture camera

 

C. Albert Smith

 

British

 

1909

 

Salvarsan

 

Paul Ehrlich

 

German

 

1910

 

Hydrogenation of coal

 

Friedrich Bergius

 

German

 

1910

 

Gyroscopic compass and stabilizer

 

Elmer Ambrose Sperry

 

American

 

1911

 

Vitamins

 

Casimir Funk

 

Polish

 

1911

 

Cellophane

 

Jacques Edwin Brandenberger

 

Swiss

 

1911

 

Neon lamp

 

Georges Claude

 

French

 

1911

 

Automobile self-starter

 

Charles Franklin Kettering

 

American

 

1912

 

Mercury-vapor lamp

 

Peter Cooper Hewitt

 

American

 

1913

 

Ramjet engine

 

René Lorin

 

French

 

1913

 

Multigrid electron tube

 

Irving Langmuir

 

American

 

1913

 

Cracked gasoline

 

William Meriam Burton

 

American

 

1913

 

Heterodyne radio receiver

 

Reginald Aubrey Fessenden

 

American

 

1916

 

Browning gun (automatic rifle)

 

John Moses Browning

 

American

 

1916

 

Gas-filled incandescent lamp

 

Irving Langmuir

 

American

 

1916

 

X-ray tube

 

William David Coolidge

 

American

 

1919

 

Mass spectrograph

 

Sir Francis William Aston

Arthur Jeffrey Dempster

 

British

American

 

1922

 

Insulin

 

Sir Frederick Grant Banting

 

Canadian

 

1923

 

Television iconoscope

 

Vladimir Kosma Zworykin

 

American

 

1926

 

Liquid-fuel rocket

 

Robert Hutchings Goddard

 

American

 

1927

 

Television image dissector tube

 

Philo Taylor Farnsworth

 

American

 

1928

 

Penicillin

 

Sir Alexander Fleming

 

British

 

1930

 

Nylon (fiber-forming synthetic polyamides)

 

Wallace Hume Carothers

 

American

 

1930

 

Bathysphere

 

(Charles) William Beebe

 

American

 

1930

 

Freon (low-boiling fluorine compounds)

 

Thomas Midgley and coworkers

 

American

 

1930

 

Modern gas-turbine engine

 

Sir Frank Whittle

 

British

 

1930

 

Neoprene (synthetic rubber)

 

Father Julius Arthur Nieuwland and Wallace Hume Carothers

 

American

 

1931

 

Cyclotron

 

Ernest Orlando Lawrence

 

American

 

1931

 

Differential analyzer (analogue computer)

 

Vannevar Bush

 

American

 

1932

 

Phase contrast microscope

 

Frits Zernike

 

Dutch

 

1932

 

Van de Graaff generator

 

Robert Jemison Van de Graaff

 

American

 

1933

 

Frequency modulation (FM)

 

Edwin Howard Armstrong

 

American

 

1935

 

Buna (synthetic rubber)

 

German scientists

 

German

 

1935

 

Radiolocator (radar)

 

Sir Robert Watson-Watt

 

British

 

1935

 

Cortisone

 

Edward Calvin Kendall

Tadeus Reichstein

 

American

Swiss

 

1935

 

Electron microscope

 

German scientists

 

German

 

1935

 

Sulfanilamide

 

Gerhard Domagk

 

German

 

1936

 

Twin-rotor helicopter

 

Heinrich Focke

 

German

 

1939

 

DDT

 

Paul Müller

 

Swiss

 

1940

 

Betatron

 

Donald William Kerst

 

American

 

1941

 

Turbojet aircraft engine

 

Sir Frank Whittle

 

British

 

1944

 

V-2 (rocket-propelled bomb)

 

German scientists

 

German

 

1945

 

Atomic bomb

 

U.S. government scientists

 

American

 

1945

 

Streptomycin

 

Selman A. Waksman

 

American

 

1946

 

Electronic digital computer

 

John Presper Eckert, Jr., and John W. Mauchly

 

American

 

1947

 

Chlormycetin

 

Mildred Rebstock

 

American

 

1947

 

Polaroid Land camera

 

Edwin Herbert Land

 

American

 

1947

 

Bathyscaphe

 

Auguste Piccard

 

Swiss

 

1947

 

Transistor

 

John Bardeen, Walter Houser Brattain, and William Shockley

 

American

 

1948

 

Scintillation counter

 

Hartmut Kallmann

 

German

 

1948

 

Aureomycin

 

Benjamin Minge Duggar and Chandra Bose Subba Row

 

American

 

1949

 

Ramjet airplane

 

René Leduc

 

French

 

1952

 

Hydrogen bomb

 

U.S. government scientists

 

American

 

1952

 

Bubble chamber (nuclear particle detector)

 

Donald Arthur Glaser

 

American

 

1954

 

Solar battery

 

Bell Telephone Laboratory scientists

 

American

 

1955

 

Synthetic diamonds

 

General Electric scientists

 

American

 

1956

 

First prototype rotary engine

 

Felix Wankel

 

German

 

1957

 

Sodium-cooled atomic reactor

 

U.S. government scientists

 

American

 

1957

 

Artificial earth satellite

 

USSR government scientists

 

Soviet

 

1958

 

Communications satellite

 

U.S. government scientists

 

American

 

1958

 

Integrated circuit

 

Jack Kilby

 

American

 

1960

 

Laser

 

Charles Hard Townes, Arthur L. Schawlow, and Gordon Gould

 

American

 

1960

 

Chlorophyll synthesized

 

Robert Burns Woodward

 

American

 

1960

 

Birth-control pill

 

Gregory Pincus, John Rock, and Min-chueh Chang

 

American

 

1966

 

Artificial heart (left ventricle)

 

Michael Ellis DeBakey

 

American

 

1967

 

Human heart transplant

 

Christiaan Neethling Barnard

 

South African

 

1970

 

First complete synthesis of a gene

 

Har Gobind Khorana

 

American

 

1972

 

First magnetohydrodynamic power generator

 

USSR government scientists

 

Soviet

 

1973

 

Skylab orbiting space laboratory

 

U.S. government scientists

 

American

 

1974

 

Recombinant DNA (genetic engineering)

 

U.S. scientists

 

American

 

1975

 

CAT (computerized axial tomography) scanner

 

Godfrey N. Hounsfield

 

British

 

1975

 

Fiber optics

 

Bell Laboratories

 

American

 

1978

 

Synthesis of human insulin genes

 

Roberto Crea, Tadaaki Hirose, Adam Kraszewski, and Keiichi Itakura

 

American

 

1978

 

Mammal to mammal gene transplants

 

Paul Berg, Richard Mulligan, and Bruce Howard

 

American

 

1979

 

Genetic flaw repaired in mouse cells by recombinant DNA and micromanipulation techniques

 

W. French Anderson and coworkers

 

American

 

1981

 

Space transportation system (space shuttle)

 

National Aeronautics and Space Administration engineers

 

American

 

1989

 

World Wide Web

 

Timothy Berners-Lee

 

Great Britain

 

An article from Funk & Wagnalls® New Encyclopedia. © 2006 World Almanac Education Group. A WRC Media Company. All rights reserved. Except as otherwise permitted by written agreement, uses of the work inconsistent with U.S. and applicable foreign copyright and related laws are prohibited.

Friday, November 27 at 11 PM EST
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Thursday, November 26 at 12 PM EST
Modern Marvels: Coffee. Friday, November 27 at 11 PM EST
Coffee.. Traces the origins of this tasty drink from Ethiopia over 1,000 years ago to the espresso-fueled explosion of specialty coffee stores like Starbucks today. Along the way, we'll see how American companies like Hills Brothers, Maxwell House,
Modern Marvels: Coffee. Saturday, November 28 at 3 AM EST
Coffee.. Traces the origins of this tasty drink from Ethiopia over 1,000 years ago to the espresso-fueled explosion of specialty coffee stores like Starbucks today. Along the way, we'll see how American companies like Hills Brothers, Maxwell House,
Modern Marvels: Coin Operated Wednesday, November 25 at 1 PM EST
Coin Operated. Every 15 minutes, Americans insert over 3.5 million coins into vending machines. We'll visit a sprawling factory that mass produces the latest in high-tech vending machines, and a small company that makes a giant gumball machine that
Modern Marvels: Coin Operated Wednesday, November 25 at 7 PM EST
Coin Operated. Every 15 minutes, Americans insert over 3.5 million coins into vending machines. We'll visit a sprawling factory that mass produces the latest in high-tech vending machines, and a small company that makes a giant gumball machine that
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ENCYCLOPEDIA:

INVENTION,

Less often, the term invention is applied to a new procedure; thus a person may be said to have invented a new game or a new system of accounting. Under strict definition, anything produced by humans that is new and unique is an invention; this definition . . .

Read More

ENCYCLOPEDIA: EDISON, Thomas Alva

ENCYCLOPEDIA: Chronology of World History

ENCYCLOPEDIA: TECHNOLOGY,

ENCYCLOPEDIA: PRINTING,

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In this video clip from Modern Marvels we learn about how the aerosol can was invented. It was first invented for use by the military. They wanted a way to kill bugs and prevent malaria. Later, all sorts of products were put in aerosol cans.
Modern Marvels: Failed Inventions - Future Visions 2:21 min
In this video from Modern Marvels, we learn about some future visions of the world. It is said that in the future we live in clean, happy cities, and that we will have a lot of free time. Although, in reality new inventions take time away from us.