Almanac chapter 25: Science and Engineering
Chapter 25
SCIENCE AND ENGINEERING
You may ask, "of what tangible use is science?" You may wish
less of taxpayers' money was spent in pursuit of answers to
questions which you don't care about. Science does eventually
lead to very tangible, personal results. Here's the most profound
example: A hundred years ago, Americans worked an average of 73
hours per week. Americans now work an average of about 35 hours
per week. Still, you may not care personally about science. Let
the scientists discover things; let the engineers work out ways to
use these new discoveries. To a degree, I agree. But, my
research has discovered that scientists are both a great boon to
society and a great danger. I think you'll find this chapter
interesting enough to provoke the latent scientist within you.
"What scientists have in their briefcases is terrifying." -
Nikita Khrushchev
Science Behind Warfare
Before the first atomic bomb was tested in the New Mexico
desert on on July 16, 1945, some of the scientists working on the
bomb thought there was a three in one million chance that an
atomic bomb might melt down the entire earth - yet they went ahead
and tested that first atomic bomb.
Windows were broken 125 miles away from the first atomic test
blast. If the test had been in Disneyland, windows in Mexico
would have broken from the noise.
"It is the great public which is demanding the utmost of
secrecy for modern science in all things which may touch its
military uses. This demand for secrecy is scarcely more than the
wish of a sick civilization not to learn the progress of its own
disease." - Norbert Wiener
At Arnold Air Force Base in Tennessee is a special 20-foot
long cannon that spits out dead chickens at 700 miles per hour.
Why? This gun tests fighter jet canopies against impact with
birds.
Scientists, And Their Work
A student at Iowa State University wrote to 37 scientists who
had published research studies. He requested their data for
verification. Five did not answer, and twenty-one of the
so-called scientists said that their data was lost or that some
accident made it unaccessible.
There are almost five million United States patents. The
1,300 patent examiners receive twelve thousand letters per day.
The record holder is Thomas Edison who had over 1,000 patents.
There are over 1.5 million scientists in America.
Approximately 400,000 of these folks are involved in the life
sciences, and 80,000 are in earth science. One out of every 162
Americans is a scientist.
Only 13 percent of scientists are women.
The Soviet Union spends 4.6 percent of their gross national
product on scientific research. In the United States the figure is
only 2.5 percent.
Life Sciences
Scientists tested vision in men with tight collars and ties
and found significant improvement in these mens' vision when they
loosened their ties and unbuttoned their collars.
A teaspoonful of soil may contain 100 million bacteria.
Some scientists trained a bunch of flatworms to react in a
special way to light. They noted how long it took the worms to
learn, then they cut the worms up and fed the pieces to another
batch of untrained worms. After their meal, the new worms were
taught the same lesson. The second batch learned much faster.
Wondering if this were a fluke (no, they were plenaria), some
other scientists tried similar experimentation with mice. A batch
of mice were trained to run a maze. Then their brains were
removed, an extract was made from these brains and fed to another,
untrained batch of mice. Once again, the new mice learned the
maze much more quickly, up to twice as fast.
German researchers trained honey bees to expect food at a
certain time every day. Then they cut off the bees' heads and
transplanted a part of their brains into the brains of other bees.
The bees with the brain transplants then expected the food at the
same time of day.
Nerve messages move at 240 mph.
Your brain is mostly water, 80 percent. Your blood actually
is less fluid (or more solid) than your brain.
Your brain uses 25 percent of all the oxygen that you
breathe.
If you could harness the power used by your brain, you could
power as a 10-watt light bulb.
Neanderthal men had brains larger than than ours.
You may have a true split personality. According to one
school of thought, the left hemisphere of your brain may tend
toward acceptance and positiveness while the right hemisphere is
more concerned with negative and avoidance thoughts or behaviors.
We remember one trillion things in a lifetime.
A researcher has succeeded in mending broken spinal cords. He
broke the backs of ten rats. They were then exposed to high
pressure oxygen and injected with DSMO (dimethyl sulfoxide). Two
of the rats could walk again; six showed some signs of nerve re-
growth. (It is important to note that the experiments were done as
soon as the injury happened. The results would not be as
encouraging on rats who had received the injuries at some time in
the past.)
In a scientific study, children were told to imagine that
they were wearing heavy mittens. The temperature of their
fingertips went up.
Evidently, your kidneys use more energy that your heart. The
kidneys use twelve percent of your oxygen, yet the heart only
requires seven percent.
If you stretch out all the DNA in one of the cells from your
body, it would be about six feet long. There are about three
billion pairings of atoms, or specific bits of information.
Scientists are trying to make a total map of the human code, like
blue prints. With such a map, they could eventually cure many
problems by simply looking on the map to see where things started
going wrong, and make a potion to fix it. So far, of the three
billion bits, they have mapped approximately 35 million. So, they
are roughly one percent finished with the job.
In France, a scientist put electrodes and a radio transmitter
into a trout's brain. A computer reads and decodes the signals.
The trout reacts strongly to tiny amounts of pollution in its
water. The fish can detect as little as 1/1,000,000,000 of one
gram of a pesticide in a liter of water. More trout like this one
can be used as pollution meters. All you would have to do is let
them swim in questionable water, and tell us what they think about
it.
There are plants with a body temperature just like birds and
mammals. Skunk cabbages can have an internal temperature 25
degrees higher than their surroundings.
The angle of the branches from the trunk of a tree is
constant from one member to another of the same species.
Furthermore, that same angle is represented in the veins of that
tree's leaves.
You can figure out which way is south if you are near a tree
stump. The growth rings are wider on the south side.
Trees sweat. Up to 1680 gallons of water evaporate off a
large oak tree per day. If you decide to water your trees with a
garden hose, it will take over five hours to make up one tree's
daily water use.
The telegraph plant has leaves that move themselves
continuously in calm weather as if they were fluttering in the
breeze.
Some plants can see. They have the ability to detect blue
light with little yellow receptor cells that have transparent
windows over them, much like eyes. These cells send signals to
other cells near the base of leaf stems that cause the leaves to
turn the correct way to follow the sun, thereby insuring the plant
can absorb as much sunlight as possible. This has been proven.
What has not yet been proven is that plants think and feel. Of
course, they probably don't, but it has not been disproven either.
Robert Falls is a researcher who has managed through gene-
splicing to create cedar and poplar trees with square trunks.
These will mean less wasted wood at the mills when lumber is cut.
Bees may have a true sixth sense, one that people probably do
not have: They have magnetic crystals in their abdomens with which
they may feel direction relative to the earth's magnetic field.
Mosquitoes like the scent of estrogen, hence, women get
bitten by mosquitoes more than men do. Only female mosquitoes bite
people.
The smallest tools ever made are glass micropipette tubes
used for surgery within a single cell.
The Earth and Its Weather
There are 1.3 billion cattle in the world, and they all
belch. This is a serious problem! Each of these cattle burp up
about 8 ounces of methane per day, which totals 1/3 million tons.
According to one scientist's calculations, this is enough methane
to ruin the world's weather by raising the temperature 5 degrees
within 60 years, due to the greenhouse effect.
1816 was known as the year without a summer. The weather was
unusual that year. In the Eastern United States and in Europe
there were days when the temperature was below freezing in every
month of the winter, spring, summer and fall.
You've probably heard all the horrors of the greenhouse
effect. The greenhouse effect is a situation in which the world
will warm up due to carbon dioxide, other gases or dust blanketing
the atmosphere. Solar heat will get in, but not out. Some of the
normal amount of reflected radiation will be trapped. With just a
small change in temperature, the weather could change drastically,
causing worldwide crop failure or worse problems.
If we have a major greenhouse effect, and several scientists
predict just that, then all the ice in Antarctica would melt. 25
percent of all the land in the world would be under water. The
oceans would have to rise only 240 feet to do this.
What your mother never told you is that perhaps all the
scientists are making lots of political noise over nothing. The
counter indications for a giant ungreenhousing Rx are as follows:
* According to scientists, the warmest weather within several
thousand years occurred between 1890 and 1945. The weather is now
slowly declining into another ice age. Perhaps we will soon need
a greenhouse effect.
* With more carbon dioxide in the air, crop yields will increase
because plants thrive in an atmosphere rich in CO2.
* If we have global warming, some of the polar ice will melt,
resulting in water over a larger amount of the earth's surface.
This water will evaporate, causing more world-wide rain, much
to the satisfaction of drought-stricken Californians.
* Any slight change in weather is likely to rearrange the places
where rain falls. Californians say that their drought is the
result of the greenhouse effect. But we cannot tell whether it may
rain more or less in the Imperial Valley, Hawaii, or the Sahara.
* One scientist, Sherwood Idso, of the United States Water
Conservation Laboratory, has studied the data from seventy
reports, and predicts that increased carbon dioxide in our
atmosphere might actually cause a cooling trend.
* Because of deforrestation in the Amazon and many other parts of
the world, the earth reflects more heat and light. Bare earth
reflects better than trees. This is called the Albedo Effect,
which would cause a cooling trend perhaps equal to or greater than
a greenhouse warming. According to a Russian study of Siberia
where quite a bit of logging is going on, it is one-half degree
colder there than it would have been if the forest had been left
alone.
If you totally flattened the world, dug up the mountains and
put the dirt into the ravines, the entire earth would become
covered with two miles of water.
The Atlantic Ocean gets wider by a little more than one inch
every year.
All except three percent of the world's total water is ocean.
It would take half a trillion tons of coal to produce as much
energy as the earth gets from the sun's radiation each day.
Niagra Falls has moved about ten miles upstream in the last
10,000 years. The falls are eroding at the rate of 5 feet per
year.
If you get into the bottom of a well or a tall chimney and
look up, you can see stars, even in the middle of the day.
As seen from television, we tend to underestimate the power
and size of volcanoes. In 1883, a volcano blew up in the Dutch
East Indies. The sound it made could be heard in Thailand, 3000
miles away. The dust thrown into the atmosphere made a band in
the sky that surrounded the world.
On the Big Island of Hawaii is a volcano that has been active
for years, but on a less dramatic scale. There is a continuous
river of lava spilling out of the hole and flowing toward the sea.
The lava slowly flows across the rain forest and marijuana fields
like a jar of spilled honey on a kitchen floor, burning up the
trees in its path.
Since lava is quite porous, it insulates itself, and
therefore the surface cools quickly. The author was delighted to
walk on Hawaiian real estate that did not exist the day before. It
can be walked on with ordinary sneakers although if you are not
careful, sometimes the tread will start to smoke and melt. As you
look into the cracks in the new land, you can see a red glow
coming from hotter lava only three inches under your feet.
This new land is the quietest place on earth. There are no
birds, there are not even any trees rustling in the breeze.
If the wind is coming from behind, you can walk to within
four feet of the lava river and poke sticks into it. They burst
into flames instantly.
Eight percent of the earth's crust is aluminum.
Scientists are pretty well in agreement that California is
due for another, even more destructive earthquake within the next
20 years, probably occuring nearer to Los Angeles. This one is
estimated to take 14,000+ lives.
Earthquakes have been recorded in every state in America.
Astronomy
The average density of the universe is one atom per cube of
nothingness measuring 27 inches on each side.
On May 10, 1879, making a deafening roar and giving off
tremendous light, a meteor weighing 431 arrived in Estherville,
Iowa. It hit the ground so fast that it dug a hole fourteen feet
deep.
The mathematical probability of a person on earth being hit
by a meteorite is that one person will get bonked every 180 years.
The earth gains in weight about 1,000 tons daily, due to
meteors and other space garbage falling in. Almost all of it burns
up due to the friction of air resistance and never hits the
ground.
Diamonds have been found in meteorites, but they are so small
that they cannot be seen with a microscope. Possibly there are
millions of tons of diamond dust in space.
One night in 1833 there were almost a quarter-million
shooting stars. (Don't you wish you were there to see it?)
If you could shoot a gun at the sun, it would take the bullet
20 years to get there.
The earth orbits the sun at about eight times the speed of a
bullet.
If you could get in your car right now and start driving
non-stop to the moon at 55 miles per hour, you would get there in
a little over six months (27 weeks). If your car could get 20
miles per gallon on this trip, you would need 12,500 gallons of
gas.
I'll bet you don't know what an orrery is! It is one of
those things you see in museums that model the solar system. The
sun and the planets are made out of various size balls held on
wires, and they circle around like the hands of a clock. Orreries
are hopelessly out of scale. In reality, if the sun were three
feet in diameter, the earth would be the size of a pea. The pea
would be circling around the three-foot sun on a wire 100 feet
long. This whole thing, with the pea-size earth, and with all the
other planets including Pluto would be over ninety miles in
diameter.
When astronauts landed on the moon, their instruments noticed
that because of the impact of their landing the moon rang like a
bell for fifty-five minutes.
Solar flares can reach more than 100,000 miles away from the
sun.
On the sun there are hurricanes bigger than 100 earths.
During major sunspot activity, compass readings can be
inaccurate by as much as ten degrees.
All of the radio waves from space ever studied equal less
than the power of a single snowflake hitting the ground.
There is probably a black hole at the center of our galaxy,
the Milky Way.
Scientists estimate that the universe is 15 billion years
old. By looking far out into space, they can see the past in other
places, because light takes time to reach us. An event that
happened on the sun nine minutes ago will just be now visible to
us. They have just recently discovered a place so far away that it
dates back to almost the beginning of the universe. What we see
today happened 14 billion years ago.
"The materials that make up life are everywhere [in space].
Water is one of the most common molecules in the universe, and the
light elements - carbon, nitrogen, and oxygen - are ubiquitous.
Many experiments have shown that from these very simple materials
you can create the organic molecules for life. It almost, then,
becomes a statistical matter: You put the right materials together
with an energy source, and things are going to regurgitate and
percolate. Eventually the chemistry becomes complex to the point
that it begins to control its own future. Then a self-replicating
molecule comes into the picture. It is virtually unimaginable
that all those stars resembling the sun could form and leave an
environment around them so clean there's nothing left to coalesce
into smaller "coaly" bodies. So there must be planets around.
Many stars will have planets too close, too small, or too far away
from them. But those with planets at the right distance will have
liquid water on them, and once you have liquid water and all the
other stuff, life is going to happen." - Bradford Smith,
world-famous astronomer, in an interview by OMNI Magazine
Theoretical Science
Perhaps the Big Bang (theory of the beginning of the
universe) was before the onset of time. Perhaps all matter was
clumped together in a great big ball because until the Big Bang
there was never any time to spread out. Then time developed, and -
bang!
If an item moves very, very fast, it becomes smaller and
heavier.
"General field theory predicts the possibility of at least
three more entire spectra. You see, there are three types of
energy fields known to exist in space: electric, magnetic, and
gravitic or gravitational. Light, X-rays, all such radiations,
are part of the electromagnetic spectrum. Theory indicates the
possibility of analogous spectra between magnetic and gravitic,
between electric and gravitic, and finally, a three-phase type
between electric- magnetic-gravitic fields. Each type would
constitute a complete new spectrum, a total of three new fields of
learning.
"If there are such, they would presumably have properties
quite as remarkable as the electromagnetic spectrum and quite
different. But we have no instruments with which to detect such
spectra, nor do we even know that such spectra exist."
"...The very theoretical considerations that predict
additional spectra allow of some reasonable probability as to the
general nature of their properties..."
- quoted from the book,
The Day After Tomorrow, Robert A. Heinlein.
"Today we know four types of forces - electromagnetic,
gravitational, and the strong and weak nuclear forces. But the
existence of the latter two was not even suspected before this
century. I don't believe that we have found all the forces in
nature yet. There is probably at least one more type of energy
operating at the physical level which serves to support psychic
phenomena" - William Tiller"
Earliest life may have been catalized from rust. Rust is slow
burning, where iron combines with oxygen. Life is slow burning,
where various elements combine with oxygen, particularly carbon,
just like when wood burns.
The Fruits of Technology
Chances are, you are within ten feet of Krypton. This gas is
in fluorescent lights.
Your color TV is a source of some very rare and weird
elements. There are europium and yttrium to make the reds, and
without cerium the radiation from your set would turn the picture
tube glass purple.
Bug zappers, those high voltage cages that attract bugs to an
ultra-violet light, and then kill them by electrocution, increase
the likelihood that mosquitoes will bite you. The light attracts
hundreds of bugs to the area, but kills only some of them.
The next generation of sunglasses may be eyedrops. The very
best sunglasses block only 60 - 95 percent of dangerous
ultraviolet rays, but Neville A. Baron has invented eyedrops that
block 98 percent of ultraviolet for two to four hours yet do not
affect vision. The drops now require FDA approval.
Perhaps soon, we will no longer have to cut down trees for
paper. Scientists are experimenting with a relative of sugar cane
called Kenaf, which can be used for paper pulp instead of wood.
This plant is much less complicated to harvest.
There is a new alloy of aluminum that dissolves in water.
Think of the possibilities!
"I've heard it suggested that in the future, instead of
commuting to work, some people way be computing to work." - Ronald
Reagan
History
DATES OF INVENTIONS
aerosol spray............1926
air conditioning.........1911
anesthesia...............1842
antiseptic surgery.......1867
aspirin..................1889
ballpoint pen............1888
electric motor...........1837
electron microscope......1931
helicopter...............1939
incandescent light.......1879
nylon....................1930
optical microscope.......1590
penicillin...............1929
rocket engine............1926
submarine................1776
television...............1923
thermometer..............1593
vacuum cleaner...........1907
In 1875 the director of the U.S. patent office resigned. He
said that there was nothing left to invent.
We all credit Thomas Edison with inventing the phonograph and
improving electric lights. He also invented wax paper. He claimed
that his greatest invention was a machine that would be able to
pick up evidence if there was life after death.
In the 1920's a radio station in Schenectady, NY built a
powerful transmitter. In those days before the FCC regulations,
not knowing just how big to make a transmitter in order for the
signal to be received some distance away, the station set up to
broadcast at 500,000 watts. It requires about one watt to be
received four blocks away. This station broadcast at such
tremendous power that they could be heard around the world. People
in New York didn't even need radios. They could sometimes hear
voices transmitting from the station in the fire pit of their
furnaces. In Schenectady, light bulbs lit up in people's houses
even if they were switched off.
Miscellaneous
The Nuclear Regulatory Commission did a study of the control
rooms of atomic power plants and found some serious ergonomic
mistakes. For instance, some gauges are as far away as fifteen
feet from the knobs that have to be adjusted while watching the
gauges. Some of the gauges furnish misleading information, and
some needed information is not displayed at all.
As you break a window the cracks made in the glass travel at
speeds up to three thousand miles per hour.
If you took a glass of iced tea and magnified it until it
were as large as the whole earth, each molecule of water would be
about the size of a baseball.
Diamonds are flammable.
I found this item by an unknown author on a computer bulletin
board:
"A New Biologist was doing an experiment, he took a
frog, a tape measure, and a pad and pencil, and an
exact-o knife, He set the frog on the table, and slammed
his fist down on the table, behind the frog, and said
"Frog JUMP!", the frog Jumped, and he took his measuring
tape, and measured the distance, and wrote "Frog with 4
legs Jumps 12 feet". he then fetched the frog, and
chopped off one leghe put the frog back on the table,
and again slammed his fist down on the table and
shouted"Frog JUMP!", the Frog again Jumpped,and he again
measured and wrote "Frog with 3 legs jumps 8 feet", he
got the frog again, chopped off another leg, and went
thru the process again, measured it, and wrote"Frog with
2 legs jumps 6 feet", he got the frog, and chopped of
another leg, and again repeated the process, the frog
jumped, and he wrote "Frog with one leg jumps 3 feet",
he took the frog, and chopped off the last leg, he put
the frog down, and slammed his fist down on the table,
yelling "Frog Jump!", the frog just sat there, again he
hit the table "FROG JUMP!", the frog still didn't
budge, he dd this a final time, and still the frog
didn't move, he took his book, and write, Frog with No
legs CAN'T HEAR!"
Comments
Post a Comment