Despite the impressive progress in science and technology, there are certain phenomena that still leave scientists scratching their heads either due to a lack of evidence or inconclusive one.
13 Phenomena That Science Has No Explanation For So Far
1. The Placebo Effect
Isotonic saline solution is no less potent than morphine anesthetic if it is injected after repeated use of the drug into a patient without letting them know about the substitution. But after adding naloxone, which blocks the effect of morphine, to the saline solution, the anesthetic effect disappears.
Science does not know why it happens. There are many other examples of changes in the physiological and psychological state of patients after receiving a neutral substance administered under the pretense of being an effective remedy.
2. The Horizon Phenomenon
It is believed that our universe is 14 billion years old, and the age within its endpoints, which can be observed, is 28 billion years. It was found that the temperature of the background radiation is the same everywhere.
To reach this temperature, it would require expansion of the universe to its current size in 10-33 seconds! Did this actually happen? This remains an anomaly for science.
3. Ultra-intense cosmic radiation
Cosmic rays are protons traveling at nearly the light speed (or heavy atomic nuclei.) One of their sources is the formation of a supernova. The maximum energy of cosmic rays is equal to 5×1019 electron volts (Greisen-Zatsepin-Kuzmin Limit) if they were not formed in our galaxy.
Ten years ago, particles with higher energy limits and which did not originate in our galaxy were discovered. Whether the measurements were incorrect, or this is a special case of Einstein’s theory of relativity, but ultra-intense cosmic radiation exists, without any explanation of its origin.
4. Belfast homeopathy results
Pharmacologist Madeleine Ennis decided to prove the absolute falsehood of homeopathy but instead came up with a stunning result: no matter how much a solution with a certain drug is diluted, it continues to have medicinal properties.
The effect was observable even when a single drug molecule was not left in the solution. It is contrary to common sense and remains one of the unexplained phenomena in science.
5. Dark Matter
The phenomenon of gravity is described in detail in every physics textbook. But textbooks do not reveal the fact that if scientific theories are correct, the universe may fall apart. This is because spinning galaxies do not have enough mass for their gravitational attraction, which would create centripetal forces.
Where is an explanation for this discrepancy? Perhaps there is “dark matter”, which could account for 90% of the mass of the universe, but it has not been found yet.
6. Martian Methane
If the soil on Mars emits methane, then there must be life present. But despite the CH4 is present, there is no life. Devices sent to Mars from Earth have proven this, not a single organic molecule was detected.
Scientists have one more opportunity to find life by finding “chiral” molecules (they are mirror images of each other) and measuring their ratios. If the proportion of right-handed (left-handed) molecules is greater than the proportion of left-handed (right-handed) molecules, life on the red planet may exist. Or may have existed in the past.
Four years ago, during an experimental study, tetra-neutrons were discovered: four neutrons that are connected into a system. This is contrary to Pauli’s exclusion principle: even two protons or neutrons in a single system cannot be characterized by similar quantum properties, much less four of them.
In addition, nuclear forces cannot even retain two single neutrons. Neutron stars support the fact of tetra-neutrons existence, but the existence of the entire universe does not seem to support this phenomenon. Because it would have collapsed, long before expanding, if such particles existed for some time.
8. The Pioneer Anomaly
Pioneer-10 and Pioneer-11 sent to space back in the ’70s were supposed to exit the solar system and be forgotten about. But the acceleration of an unknown nature, measuring less than a nanometer per second squared, altered the Pioneer-10’s trajectory by 400 000 kilometers from its original course.
The same thing happened to the Pioneer-11. Some possible causes (such as software errors, solar wind, or fuel leakage) have already been ruled out. Scientists continue to speculate what caused the observed acceleration.
9. Dark Energy
In 1998, it became known that the universe is expanding at an increasing rate. But according to the postulates of modern physics, the rate must be declining. One possible explanation is dark energy (a hypothetical form of energy that has negative pressure and evenly fills the entire space of the Universe), which we really do not know much about.
10. Kuiper Belt
There is a cluster of asteroids near Pluto, which suddenly ends with an absolutely empty space. One of the hypotheses suggests the existence of the tenth planet which had cleared this space.
But it has not been detected yet because studying this region of the solar system from Earth is problematic. By the year 2015, the New Horizons probe sent to this mysterious part of space may help explain this phenomenon.
11. A signal from space
In 1977, the American astronomer Jerry R. Ehman recorded an unusual signal from the Sagittarius constellation which was 37 seconds in duration. The radiation surge had a narrow frequency band of around 1420 MHz.
All transmissions of this frequency are prohibited by the international agreement. Natural sources of radiation have much broader frequency bands. This mysterious source of the signal remains unknown.
12. Inconstant constants
The light from quasars on its way of up to billions of years passes through interstellar clouds containing metals (iron, nickel, chromium). In 1997, when a study was conducted, it was found that the cloud has absorbed some of the photons of light from the quasar. But not the ones which were expected to be absorbed.
The only reasonable explanation is that the constant for this thin structure, called alpha, had a different value at the time when the light has passed through the cloud. But alpha determines how light interacts with matter, and cannot change.
Its value depends on the speed of light, Planck’s constant, and the charge of the electron. Which of these constants has changed is not known.
13. Thermonuclear fusion
Experiments showed that the immersion of palladium electrodes in heavy water (which has oxygen atom bound to the hydrogen isotope deuterium) can generate enormous energy output.
Perhaps deuterium nuclei under the electrostatic force between the electrodes are forced inside the molecular lattice of palladium allowing nuclei to fuse with a significant release of energy.
But science postulates that fusion at room temperature is not possible! All attempts to explain these phenomena result in more questions than answers.
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