Name: The 71 Most AMAZING Innovations of All Time
Uploaded: 2020-04-04T04:45:20.000Z
Duration: 6 min 42 s
Description: Thousands of YouTube videos with English-Chinese subtitles! Now you can learn to understand native speakers, expand your vocabulary, and improve your pronunciation...

Perhaps the greatest ability possessed by humans is to innovate and create, in order

to overcome obstacles and change the world around us.

Relative clauses (Restrictive vs. nonrestrictive)

Like the formation of language (1) for example, which is still one of science's greatest

mysteries with no consensus on its beginnings, but undoubtedly changed the world of early

hominin species that have existed for nearly 2.5 million years. Or the ability to control

fire (2), with evidence of cooked food as far back as 1.5 million years ago. Around

200,000 years ago modern humans evolved, but it wasn't until roughly 190,000 years later

that we changed from hunter-gatherer societies and created agriculture (3) (10,000 BCE).

Gathering seeds, planting and tending to them has shaped our modern civilization. Shortly

after, the plough (4) was created, transforming agriculture.

By 5000 BCE we got even more curious about our globe and created the sailboat (5), opening

up the world of exploration. In 3500 BCE the first glass (6) is created, and 100 years

later comes the nail (7) (3400 BCE), found in Ancient Egypt, helping us create better

structures, which helps extend human life. A few centuries later, cement (8) is created

(1000 BCE) - the foundation of our civilization, literally!

Looking to further enhance transportation, the wheel (9) is invented in 3000 BCE, followed

by soap (10) (2800 BCE), and then the original computer, or abacus (11) (2700 BCE), which

helps augment human capabilities and shape our economy. And even though paper (12) won't

be created until 200 BCE, and the printing press (13) until 1430 CE, the first libraries

(14) appear in 2600 BCE, with records recorded onto stone tablets, making knowledge more

accessible to all. By 1500 BCE the alphabet (15) becomes prevalent in some societies,

as opposed to ideographic letters, further shaping the transfer of knowledge and 700

years later, our modern number system (16) from 0-9 comes together, paving the way for

The first democracy (17) began in Greece in 508 BCE, where all members have equal share

to power, and perhaps our favourite innovation, the Scientific Method (18) has origins in

the time of Aristotle 384 BCE - a process to acquire information and investigate new

phenomena. We may be a bit biased ;) - and of course it has been further refined over

The Chinese invent the first compass (19) in 300 BCE, allowing mariners to navigate

great distances, at the same time the Archimedes screw (20) is designed, which helps transfer

water from low to high elevations, shaping irrigation and farming. All of this before

Speaking of time, the first mechanical clock (21) comes in 725 CE, but it won't be until

1582 that the Gregorian calendar (22) is created, which synced people all over the world. Eyeglasses

(23) come in the 13th century, which may seem minimal, but dramatically raised the collective

human IQ. It was also a precursor to the telescope (24) (1608) and microscope (25) (1 620). Just

prior to the telescope, in 1542, the idea that Earth is not the centre of the universe

was groundbreaking, but the Copernican system (26) put the Sun at the centre of the solar

system - however this wouldn't be accepted for hundreds of years.

The late 1600s brought the steam engine (27), powering not only trains and boats, but factories,

shaping the industrial revolution, which would later be replaced by the internal combustion

engine (28) (1850). Around this same time binary numbers (29) (1697) and boolean logic

(30) (1854), which are at the heart of digital computing, are created, and Newton's Laws

of Motion and Universal Gravitation (1687) (31) help shape ideas of physics; though Einstein's

theory of special (1905) (32) and general (1915) relativity (33), as well as quantum

theory (34) (1927) would further build upon these ideas.

Vaccines (35) come in 1796, which in the last 20 years alone have prevented 21 million hospitalizations

and 732,000 deaths. Water purification (36) (1804) and food preservation (37) (1810) have

also saved millions of lives, while the camera (38) (1816) has allowed us to capture our

past, and communicate the events of our present. The next few hundred years would see big advances

in communication with the wireless telegraph (39) (1837), the telephone (40) (1876), radio

waves (41) (1888) and radio (42) (1906), and television (43) (20th century) all transforming

our world and making it feel a little smaller.

The world of medicine changed drastically in 1846 with the advent of anesthesia (44)

and antiseptic (45)(1867), allowing for major surgeries that would previously be too painful,

saving countless lives. The sanitation system (46) (1880) also improved the incidence of

many diseases, and refrigeration (47) (1876) would later change how people eat around the

world. The invention of the light bulb (48) (1879) falls shortly after, though observations

of static electricity were made in 600 BCE and the invention of a simple capacitor (49)

in 1745 as well as many other discoveries that paved the way for using electricity.

Transportation took another major step in 1885 with the modern car (50), and later the

airplane (51) (1903). Semiconductors (52) would help regulate the flow of electricity

(1911) and eventually transistors (53) (1947) without which modern electronic devices could

Many more scientific discoveries would follow, starting with the electron (54) (1897) which

would help Niels Bohr (55) (1913) create his model of the atom - although the atom was

actually first theorized 2300 years earlier (400 BCE)! Nitrogen fixation (56) (1918) and

plant breeding (57) (9000 BCE) help sustain our population and are credited with saving

1 billion lives, along with antibiotics (58) such as penicillin, an accidental discovery

which fights bacterial infections. Birth control (59) has also reduced the number of children

women have, allowing for higher quality of life. Polyethylene (60) and other plastics

are all around us, affecting so many products we make.

The discovery of DNA (61) in the 1950s unleashed so much of what we now know about humanity

through heredity and genetics. It would also lead to genetic engineering (62) (1973) and

genome sequencing (63) (1977) in the 70s. And in the last 80 years, communication has

taken leaps and bounds forward, starting with satellite communications (64) in the 40's

for TV, weather forecasting and defense, to the beginnings of the internet (65) in the

60's and the personal computer (66) and GPS (67) in the 70s. Not to mention the device

that is likely in your hands or your pocket right now - the smartphone (68), which was

And as technology continues forward here on Earth, space exploration continues to intrigue

us, with the first successful orbital launch (69) in 1957, the first moon landing (70)

in 1969, and the Hubble telescope (71) in the 90's, which is both a spacecraft and

a telescope that orbits earth every 97 minutes.

But as we look to the universe and the future,

what comes next? While sometimes it may seem like the world is getting darker, these innovations

show that people live longer, healthier, and happier lives. Science will only continue

to innovate and help solve some of the world's biggest challenges. One of the best ways to

make sure we keep innovating is to support leaders that recognize the importance of public

research programs from everything to global health or agriculture or information technology