SCI-ART LAB

Science, Art, Litt, Science based Art & Science Communication

                                                                  Interactive science series

“Science literacy is a vaccine against the charlatans of the world that would exploit your ignorance.” — Neil deGrasse Tyson

Q: After reading your articles on post-truth  and the-science-of-politics , I am asking this question: How do people of religion, politics etc. manipulate things to make people make bad decisions on issues like climate change, GM foods etc.?

Krishna: In the scientific community, we give some examples to make general public understand how this Manipulation could be done. One of these examples is the story of Dihydrogen Monoxide Hoax.

A student wanted to test how people's opinion can be manipulated. 

In 1997, a 14-year-old boy did a science-fair project around this. He surveyed 50 random people, and asked if dihydrogen monoxide should be banned.

He told them that this chemical:

  • Causes skin burns in its gaseous form.
  • Is a main component in acid rain.
  • Can be found in cancer cells.
  • Can kill if inhaled.
  • In its solid form, was a major contributor to the Titanic sinking.

Not only does Dihydrogen Monoxide have all of the negative effects listed above, it has so many more harms.

  • It is found in all unhealthy fast foods
  • Overconsumption of it will kill you
  • Prolonged exposure to its solid form can damage your skin
  • It’s given to terrorists before their missions
  • It is found in human urine and faeces
  • It’s an industrial strength cleansing agent
  • It’s extremely addictive; quitting the addiction can often cause death
  • In the United States, around 10 people die from inhalation of Dihydrogen Monoxide every day: from 2005–2014 there were 3536 fatal incidents of Dihydrogen Monoxide Inhalation in the U.S.

It’s just as dangerous outside of human contact

  • It is widely agreed that the main cause of the Titanic’s sinking is Dihydrogen Monoxide, though the fact is not widespread outside of scientific communities
  • It can contaminate many chemicals
  • It accelerates bacteria growth, so care is sometimes taken to remove it during an experiment

It’s also everywhere.

  • All of our water resovoirs have been found to contain this substance
  • Newborns are found to already contain Dihydrogen Monoxide in their bloodstream
  • Traces of Dihydrogen Monoxide has been found in clouds
  • It is a component of contrail - “jet trails”
  • Not even the distilled water you buy from chemists is safe as they often contain this substance
  • It has been found in ancient glaciers
  • The level of Dihydrogen Monoxide is high for most sources of groundwater tested
  • Dihydrogen Monoxide can be found on the ocean floor
  • Traces of Dihydrogen Monoxide has even been found on Mars!

The majority of people who had consumed Dihydrogen Monoxide had been found dead at some point.

A resounding 47/50 people the student surveyed  after telling them these 'differently told truths' said that it should be banned totally!

2 people were undecided, and 1 was a strong supporter of dihydrogen monoxide.

Now...get ready for the twist in the tale...

Guess what dihydrogen monoxide is also called?

H2O. Also known as…Water. 

Obviously, water should be banned, according to 94% of the population, the student surveyed.

Why did they think so? Because the student tried to trick them into believing that water is harmful. Please go through once again what the student had told about water to manipulate their minds. Each point is correct in 'certain conditions' but not that relevant in our right use of water daily!

The dihydrogen monoxide hoax involves calling water by the unfamiliar chemical name "dihydrogen monoxide" (DHMO), and listing some of water's effects in an alarming manner, such as the fact that it accelerates corrosion and can cause suffocation. The hoax often calls for dihydrogen monoxide to be regulated, labeled as hazardous, or banned. It illustrates how the lack of scientific literacy and an exaggerated analysis can lead to misplaced fears in the scientifically illiterates. 

That is what happens if you are not aware of scientific facts. People can manipulate your mind in any way they want and that is what politicians and people of religion in certain countries are trying to do.

 In the late 1990s when a 14-year-old student, Nathan Zohner, collected anti-DHMO petitions for a science project about gullibility (1). The story has since been used in science education to encourage critical thinking and avoid the appeal to nature fallacy ( is an argument or rhetorical tactic  in which it is proposed that "a thing is good because it is 'natural', or bad because it is 'unnatural' .

We, the science communicators, are fighting a tough battle to make general public realize this.

Importance of science literacy ...

(i) science literate citizens have greater knowledge to make evidence-based right judgements about everything

(ii) are better equipped to  take advantage of ideas that may improve their quality of life, and

(iii)  are able to recognize frauds effectively and avoid harm associated with them.

After reading this article people asked me to give more examples. So here are some...

Q:Your article "How scientific illiteracy can harm you" gives a good picture of our state of mind. Can you give more examples to convince more people? 

Krishna: Sure. People 'mistake' one medical condition for another one. One person had a severe kidney malfunction. His feet were swollen. When I asked him to visit a doctor immediately after seeing his symptoms,   he said, ' No need to visit a doctor. Last night I was sitting at my desk the whole night. That's why my feet look like this. Today I would go to bed early, the swelling will disappear by tomorrow morning!"  And when it didn't, I had to convince him a lot to go to a hospital and when he finally did, his condition required immediate dialysis as he had a severe kidney malfunction.

Another one had a heart problem. As he has asthma too, he  didn't take his 'breathlessness' seriously. Again I had to goad him to see a heart specialist after noticing his symptoms which told me he had more than 'mere asthma' when they didn't respond to regular-using inhalers and nebulizers.  My hunch was correct. He had pericardial effusion and the resultant irregular heart beats. 

There are some other real life  stories that tell you why science knowledge is important in other areas. Like this one...

DO you know why the hair on these boys' heads is raised like that and  is standing like grass growing on Earth?

Because they are about to be stricken by lightning! Science tells us it’s  best to crouch down with your shoes  touching the ground, but a bad idea to lie flat on the ground.

Here is the position the Boy Scouts of America teaches boys to use when in this situation.

Understanding science can save your life. Failing to do that can kill you.

If a lightning storm catches your group in the open, spread out so that people are at least 100 feet from one another. Further limit your risk by crouching low with only the soles of your shoes touching the ground, and take off your hat if it has any metal parts. You can also use your sleeping pad for insulation by folding it and crouching upon it.

Why does your hair raise and warn you before lightning strikes you? Your hair is responding to the electrical potential difference that has occurred between the Earth and the clouds. The earth (which you are standing on) is positively charged and the cloud base becomes negatively charged. Once the potential difference is large enough nature will seek to equalize the imbalance and a large flow of electrons occurs...lightning. You can simulate this by taking a plastic comb and rubbing it on a wool sweater. Which gives it a charge. Then pass the comb near your hair. You will get the same result.

Only a person who has scientific knowledge knows these things and can protect himself or herself and others around. Otherwise, like the ignorant boys above who were just enjoying the fun will get burnt or even get killed! 

(For more lightning safety precautions please see the comment section below this article)

Another example: Recently I read a story in the news papers here. According to the story a car hit an electric pole at high speed and the high tension wires fell on the car and when the people inside tried to come out of it, they got electrocuted. How can people save themselves in such situations?

 In such situations usually people panic. But  car tyres are made up of rubber and will work as an insulator. The metal surface of the car acts as a Faraday cage due to which the electric field inside the car is zero. There is no need to panic.  It would be better to stay safely inside a car till help arrives. You should also make people around alert so that they don't touch the car.  If your car is still working, then slowly drive the car away from the power line until it falls off your car and you're well clear of it. If you come across a power line on the ground then stay away. It is possible to get electrocuted because the voltage fans out from the wire before going down into the ground.

If the car is not working, and when there is fire, one should not  step out of the vehicle in such cases without taking precautions, if you do so you will complete the circuit between wires and earth and you’ll be fried in no time. What is safe to do is pick up the floor mats in your car and throw them on the ground where you could reach by jumping, make sure you cover maximum area with mats, then open the car door widely ( roof top is preferable) then jump onto the mats which you placed earlier. Make sure you remove two legs at once( keeping one leg inside may complete circuit). Don’t walk over there just slide your feet like jam over bread( you need greater knowledge in physics to understand this). Make sure that you jump completely free of the vehicle with both feet together to avoid contact with the live car (metal) and the ground at the same time. Once you jump from a car with a power line on it, the danger may not be over. Electricity can spread out through the ground in a circle from any downed line. Hop as far away as possible from the vehicle keeping both feet together. Do not try to help someone else from the car while you are standing on the ground. If you do, you will become a path for electricity and could be hurt or killed!

If you are wearing  boots that act as insulators, that would really help!

The difficulty in actually  implementing this safe procedure successfully can be surpassed only when  one has complete knowledge of physics, electricity and bio-mechanics. Hmmm! So learn these things! Science helps you. Sure it does. But only if you make it your pal!

These are life and death situations. Scientific illiteracy can kill you sometimes.

Here is another real story:  A few days back it was reported in the media here that an illiterate relative of a patient was asked to carry an oxygen cylinder along with the patient into an MRI chamber by an illiterate ward boy. This resulted in the death of the relative as the iron oxygen cylinder he was carrying was sucked into the MRI machine with such speed that hit him on the head so severely that he was killed instantly. A scientific literate would have definitely avoided such a mishap!

Another person told me this story:

Migration infertility.

A couple of years ago my girlfriend F (who is a gynaecologist  and urologist) was consulted by a man and his wife. They came from Egypt, and they needed help.

They wanted a sixth child (yes indeed), and she didn’t seem to get pregnant.

So his sperm was analyzed, some more medical examinations were performed, and then a rather interesting conclusion came out …

He was born with a congenital defect due to which there was no sperm in his ejaculate, nor had it ever been.

None of his five children were his, and now his nonexistent sperm needed help.

Of course this help never came.

F gently explained that there was no sperm in the ejaculate, and extremely gently explained in between lines that there might have never been. Usually, the typical paradoxes were quite different: men who underwent a vasectomy(on his wife's command ), and years later suddenly the same wife is pregnant — stuff like that.

Now it was the other way around. The dual world.

And still, while his wife knew all too well there was a different father for all of their children, she was the one who wanted the sixth child! She was also the one who wanted to consult a doctor.

And instead of admitting the whole shebang, her explanation was:

“so strange — in Egypt we got pregnant really easily, but since we moved …”

And he bought it — every. single. word.

Migration infertility.

What a wonderful and ignorant world?!

-----

 This 's also a real story told by a resident doctor recently...

Most people in India don't donate blood thinking it leads to perpetual weakness!

So In India, if someone needs blood from blood bank, the protocol in a government hospital is that someone from the side of person requesting blood needs to donate blood (a relative or a friend).

A pregnant female brought to our hospital recently required blood because her haemoglobin was less than 7g/dl.

The obvious choice in such cases is husband. But he refused point blank.

The reason - he had sex yesterday with her. If he donates blood - it will cause even more weakness that he won't be able to do it again ever!

This is the state of mind most people are in not only in our country but in several parts of the world.

That is why we stress on science education. 

Citations: 

Dihydrogen monoxide  from Urban Legends Reference Pages, retrieved September 25, 2006.

Read here what scientific literacy means: http://kkartlab.in/group/some-science/forum/topics/literate-people-...

Views: 1036

Replies to This Discussion

1036

Nearly one-third of patients with TBI have marginal or inadequate health literacy

Low health literacy is a problem for a substantial proportion of people with moderate to severe traumatic brain injury (TBI), according to research published in The Journal of Head Trauma Rehabilitation (JHTR).

Personal health literacy as an individual's ability to find, understand, and use information about health and health services to make well-informed health decisions for themselves and/or others.

Researchers  emphasize that health literacy can impact the comprehension, assimilation, and utilization of health care education and recommendations, and they urge clinicians to attend to health literacy when providing education and recommendations to individuals with TBI.

To help patients with TBI better understand health-related information, the researchers suggest:

  • Ask patients their preferences for health information format (visual, verbal, or written)
  • Provide frequent reminders of important health information and related recommendations
  • Ask patients to express their understanding of the recommendations in their own words
  • Deliver supplemental instructions via the e-health portal when feasible
  • Involve care partners in key discussions (eg, those about physical therapy instructions, medication adherence, and healthy lifestyle behaviors)
  • Flag marginal/inadequate health literacy in the electronic medical record so other clinicians can adapt their treatment planning and patient education

Research has demonstrated that  individuals with adequate health literacy had better physical and mental health outcomes.

And that is why we bring all this information before you through science communication portals like ours.

Monique R. Pappadis et al, The Relationship of Health Literacy to Health Outcomes Among Individuals With Traumatic Brain Injury: A Traumatic Brain Injury Model Systems Study, Journal of Head Trauma Rehabilitation (2023). DOI: 10.1097/HTR.0000000000000912

Lightning safety precautions:

Avoid water.

  • Do NOT bathe, shower, wash dishes, or have any other contact with water during a thunderstorm because lightning can travel through a building’s plumbing
  • The risk of lightning travelling through plumbing might be less with plastic pipes than with metal pipes. However, it is best to avoid any contact with plumbing and running water during a lightning storm to reduce your risk of being struck.

Don't touch electronic equipment.

Lightning can travel through electrical systems, radio and television reception systems, and any metal wires or bars in concrete walls or flooring.

  • Do NOT use anything connected to an electrical outlet, such as computers, laptops, game systems, washers, dryers, or stoves.
  • Equip your home with whole-house surge protectors to protect your appliances.

Avoid windows, doors, porches, and concrete.

  • Stay away from windows and doors, and stay off porches.
  • Do NOT lie on concrete floors or lean on concrete walls during a thunderstorm. Lightning can travel through any metal wires or bars in concrete walls or flooring.

Don't use corded phones.

Corded phones are NOT safe to use during a thunderstorm. Do NOT use them. However, it is safe to use cordless or cellular phones during a storm.

Although no place outside is safe during a thunderstorm, you can minimize your risk by assessing the lightning threat early and taking appropriate actions. The best defense is to avoid lightning. Here are some outdoor safety tips that can help you avoid being struck.

Be aware. Check the forecast.

Thunderstorms with lightning in the mountains occur most often during the summer months, in the late afternoon or evening.

  • Check the weather forecast before participating in outdoor activities.
  • If the forecast calls for thunderstorms, postpone your trip or activity, or make sure suitable safe shelter is readily available.

Beach and water activities‎

Before leaving for the beach or any water activity, such as a boating trip, check the weather forecast so you know what to expect during the day. If the forecast is for thunderstorms, plan your trip for another day.

Pay extra attention to developing storms if you are at the beach or boating.

Listen to the forecast.

It is crucial to listen to weather information when you are at the beach or boating. Short-term forecasts are quite accurate, but sometimes miss some very localized storms.

Learn how to read the weather.

  • Watch for the development of large, well-defined rising cumulus clouds. Cumulus clouds have flat bases and dome or cauliflower shapes. Cumulus clouds can develop into thunderstorms.
  • Once the clouds reach 30,000 feet, the thunderstorm is generally developing, and it is time to head for shore. As clouds become darker and more anvil-shaped, the storm is already in progress.

Watch and listen for distant storm activity.

  • Watch for distant lightning and listen for distant thunder. You might hear thunder before you see lightning on a bright day.
  • If you hear thunder or see lightning, seek shelter away from the water.

When thunder roars, go indoors.

Remember the phrase, "When thunder roars, go indoors."

  • Find a safe, enclosed shelter when you hear thunder. Even if you see blue sky, you could still be in danger.
  • Don't resume outdoor activities for at least 30 minutes after the storm. The beginning and the end of a storm are the most dangerous times.
  • If you hear thunder while you are at the beach, find a safe, enclosed shelter, such as your car. Do NOT seek shelter under beach picnic shelters.

Avoid open spaces, vehicles, or structures.

  • Stay away from open spaces such as golf courses, parks, playgrounds, ponds, lakes, swimming pools, and beaches.
  • Avoid open vehicles such as convertibles, motorcycles, and golf carts.
  • Avoid open structures such as porches, gazebos, baseball dugouts, and sports arenas. These structures won’t protect you from lightning.

Choose a safe shelter‎

Tents, picnic shelters, gazebos, baseball dugouts, and other open shelters DO NOT provide protection from lightning. Safe shelters include homes, offices, shopping centers, and hard-top vehicles with the windows rolled up.

Seek shelter immediately, even if caught out in the open.

If you are caught in an open area, act quickly to find shelter. The most important action is to remove yourself from danger. Crouching or getting low to the ground can reduce your chances of being struck, but it does not remove you from danger.

If you are caught outside with no safe shelter nearby:

  • Immediately get off elevated areas such as hills, mountain ridges, or peaks.
  • Never lie flat on the ground. Crouch down in a ball-like position with your head tucked and hands over your ears so that you are down low with minimal contact with the ground.
  • Never shelter under an isolated tree. If you are in a forest, shelter near lower trees.
  • Never use a cliff or rocky overhang for shelter.
  • Immediately get out of and away from ponds, lakes, and other bodies of water.
  • Stay away from objects that conduct electricity (such as barbed wire fences, power lines, or windmills).

If you are out in the open water and a storm rolls in, return to shore immediately.

  • If you are on a boat in open water when a thunderstorm rolls in, return to shore immediately and seek shelter. Once on land, get at least 100 yards away from shore.
  • If you are unable to return to shore, boats with cabins offer some protection. When inside the cabin during a lightning storm, stay away from all metal and electrical components, including the radio, unless it is an emergency.
  • If caught in a storm in a small boat with no cabin, drop anchor and get as low as possible.

Protect your boat‎

Learn ways you can protect your boat and minimize damage if it is struck by lightning or is near a lightning strike.

Separate from others.

If you are in a group during a thunderstorm, separate from each other. This will reduce the number of injuries if lightning strikes the ground.

Don't stay near tall structures.

Stay away from tall structures, such as telephone poles and trees; lightning tends to strike the tallest object around.

Don't carry metal.

  • Don't carry any metal objects, such as golf clubs, fishing poles, umbrellas, or backpacks with metal frames. Metal doesn't attract electricity, but it is a good conductor. Your chances of a direct hit are higher when you are carrying a conductor above shoulder level.
  • Be sure to avoid other metal objects as well, such as wire fences. You are more likely to be burned if you are in contact with metal when you are struck by lightning.

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