A new groundbreaking discovery has been made within the most basic of resources. Scientists have just discovered what they have called “The Discovery of The Millennium”, and a huge revelation in human consciousness.
Scientists from Germany now believe that water has a memory, meaning that what once was seen as a simple commodity has now been closely examined to reveal a scientific revelation, uncovering a mind-blowing truth.
By examining individual drops of water at an incredibly high magnification, scientists were able to physically see that each droplet of water has its own individual microscopic pattern, each distinguishable from the next and uniquely beautiful.
A scientific experiment was carried out whereby a group of students were all encouraged to obtain one drop of water from the same body of water, all at the same time. Through close examination of the individual droplets, it was seen that each...
This could be the first time you have heard about a white hole (WH). Meanwhile, we have been hearing for quite some time about “black holes” (BH) as regions in outer space where nothing — not even light — could escape. Such cosmological entities, roughly represented by a singularity or point of infinite energy/mass/information density and an event horizon defining the “size” of the BH, are increasingly subjects of study. In addition, the possibility of detecting gravitational signatures as the ones detected two years ago, coming allegedly from the collision and merging of two black holes, have increased their interest even more. So, what about WH?
The obscure regions of space called BH have, at least theoretically, a counterpart mathematical description, which would imply an opposite behavior; a region of space where nothing — not even light — could ever enter....
Gamma-rays have been observed emanating from the solar poles at a higher rate than expected.
Gamma-rays are the highest observed energy of electromagnetic radiation and are typically produced in energy transitions in atomic nuclei. Similar to photons of light being emitted as electrons reconfigure in atoms, photons of light are released in the reconfiguration of nuclei in an atomic nucleus, albeit at a much higher energy range!
Our star – the Sun – is a hot rotating ball of plasma continuously emitting radiation at a broad range of energies, from radio to gamma-rays.
Energy generation is greatest in the centre of the Sun, decreasing radially outward.
High energy radiation, such as gamma-rays, are thus thought to be due to the bombardment of the solar atmosphere by high velocity protons – hadronic cosmic rays. However, as the gamma-rays from such an interaction are assumed to be absorbed long before...
There has been a number of recent scientific discoveries about the Great Pyramids of Giza using technologically advanced methods. For instance, a methodology that utilizes measurements in the variation of flux from cosmic muons (heavy cousins of the electron)—called archaeological muography—detected evidence for a possible second entrance and hidden corridor in the Great Pyramid of Giza (the largest of the Pyramids of Giza). As well, thermal imaging have revealed perplexing thermal anomalies in the Great Pyramid. Several explanations were put forward to explain the cause of the anomalies, but one particularly suggestive explanation was that it is due to increased air circulation caused by a hidden corridor or chamber -- corroborating similar findings using muonic radiographic analysis.
The scientific collaborations LIGO and Virgo have detected gravitational waves from the fusion of two black holes, inaugurating a new era in the study of the cosmos. But what if those ripples of space-time were not produced by black holes, but by other exotic objects? A team of European physicists suggest an alternative—wormholes that can be traversed to appear in another universe.
Scientists have deduced the existence of black holes from a multitude of experiments, theoretical models and indirect observations such as the recent LIGO detections, which are believed to originate from the collision of two of these dark gravitational monsters.
But there is a problem with black holes—they present an edge, called an event horizon, from which nothing can escape. This is in conflict with quantum mechanics, whose postulates ensure that information is always preserved, not lost.
One of the theoretical ways to deal with this conflict...
The biggest map of our galaxy just got revealed and it confirms the intriguing discrepancy in the value of the Hubble constant, further questioning our understanding of the expanding Universe.
Hubble’s constant – which is essentially a measure of the speed of the expanding universe – is determined by two different methods. One method looks at the early universe through the observation of the Cosmic Microwave Background (CMB) and the other method looks at the local universe through the light emitted by Cepheid variables.
In a recent news post, we described how Nobel laureate Adam Reiss and his team at the Space Telescope Science Institute determined a value for the Hubble constant 9% higher than that found by the CMB method. This value was found to an improved accuracy compared to previous studies and thus brings into question the reason for such a discrepancy.
Now with the help of Gaia, the...
The properties of water have fascinated scientists for...
The accuracy of the Hubble constant has been a topic of debate since its discovery in the 1920’s. When an agreement seemed to be finally on the horizon a new measuring technique showed a discrepancy and now that discrepancy has just been verified to even more accuracy.
The Hubble constant was discovered by Edwin Hubble in 1929 through his observational studies of the recession velocities of galaxies. Hubble found that the recession velocity of galaxies increased with increasing distance at a proportional rate, now known as the Hubble constant.
The Hubble constant has since been measured with varying degrees of accuracy from 500km/s/Mpc to 100 km/s/Mpc until finally agreeing on ~70 km/s/Mpc. However, the alternative method for measuring the Hubble constant – from the cosmic microwave background (CMB) – yields a slightly lower number. This discrepancy has now been confirmed with even greater accuracy by Nobel...
Recent analysis of a stone found in the Libyan Desert Glass area of southwest Egypt, has sparked debate and a rethink of the current consensus on the formation of the solar system.
In a study, due to be published next month, a team of international researchers announced the resulting analysis of a stone that was subsequently named Hypatia after the ancient female astronomer of Alexandria.
Utilizing techniques from electron scanning microscopy, to proton induce X-ray emission and micro-Raman spectroscopy – the results revealed compounds not found anywhere on our planet, solar system or any known meteorite. As well, a lack of silicates was found which sets it apart from interplanetary dust particles and all known cometary material. Previous analysis of noble gas and nitrogen isotope studies suggest an extraterrestrial origin, which along with these new results strongly suggests a pre-solar origin and could...