I have been hearing stories about water reacting towards human energetic vocal and energetic nonphysical reactions. God sent me a dream that showed some sort of coding that he put in the water. So i have inclination that water is more important than we already understand it to be.

Water’s Epic Journey to Earth Began Before the Sun Formed

The origins of Earth’s water is a complicated mystery that scientists have been untangling for decades. Life is impossible without water, so the origin of Earth’s life-giving water is a foundational question. As the power of our telescopes grows, researchers have made meaningful headway on the question.

Previous research uncovered links between Earth’s water and the Solar System’s comets and icy planetesimals. But newer research follows the chain back even further in time to when the Sun itself had yet to form.

“We can now trace the origins of water in our Solar System to before the formation of the Sun.”

this article talks about findings by observing a 500,000 year old star being studied

Water as we know it is in fact 100% a source of all life

Masaru Emoto, Water Crystals, and Our Health and Wellbeing - Woodward Consulting

Masaru Emoto was a businessman born in Yokohama, Japan. During the 1990s, after receiving the rights to a magnetic resonance analyser, he started studying and experimenting with water crystals, with the results later published in a book called. “Hidden Messages in water”. Emoto was no scientist, and his work has been neither peer-reviewed nor evaluated…

Woodward ConsultingAndrew Woodward

this is his webpage and a deeper dive on his studies

I like how the crystals look different one froze by sound the other froze by human social emotional interaction. Science notes our emotions are interdementional. Thefore I am seeing science pointing out proof of some extend that emotions are influencing water on a physical effect on a physical molecule.

so i am hearing as the crystal unfreezes it unleashes the energ stored so.

Magic has been discovered in water after it has been blessed living water we must respect it. water holds consiousness.

What We Know About Water May Have Just Changed Dramatically

Research from USC Viterbi and USC Dornsife points to a potentially strong impact from water purification to drug manufacturing.

THE TWO USC RESEARCHERS’ WORK APPEARS THIS WEEK IN NATURE (PHOTO CREDIT: MAYABYTES).

Water is weird – and yet so important. In fact, it is one of the most unusual molecules on Earth. It boils at a temperature it shouldn’t. It expands and floats when it is in the solid-state. Its surface tension is higher than it should be. Now, new research published in the journal Nature has added one other equally strange property to water’s list of oddities. The implications of this new revelation could have a remarkable impact on all water-related processes from water purification to drug manufacturing.

Stephen Cronin, professor of electrical and computer engineering at USC Viterbi, and Alexander Benderskii, associate professor of chemistry at the USC Dornsife College of Letters, Arts and Sciences, have showed that when water comes into contact with an electrode surface all its  molecules do not respond in the same way. This can dramatically affect how well various substances can dissolve in water subject to an electrical field, which in turn, can determine how a chemical reaction will occur. And chemical reactions are a necessary component in how we make…everything.

It’s appropriate that this groundbreaking work should come from interdisciplinary research between a chemist and an electrical engineer. After all, chemistry is fundamentally a study of electrons, and chemical reactions are what make the materials our modern world is built on. Each researcher provided an important component to the work. In this case, a groundbreaking electrode from the engineer, Cronin, and an advanced laser spectroscopy technique from the chemist, Benderskii. Ultimately, it was the combination of these two designs that led to the breakthrough observed.

First, Cronin designed a unique electrode built from monolayer graphene (just 0.355nm thick). Building graphene electrodes in and of itself is a very complex process. In fact, the electrode needed for this particular research is one that research groups across the globe have tried and failed to do in the past. “Alex and I had been struggling a while to achieve this and we had to change our design many times. It’s rewarding and exciting to finally see the results of our work,” Cronin said.

Once the electrode is placed on a cell of water and begins running a current, Benderskii’s technique comes into play. He uses a special laser spectroscopy method that only a handful of other research groups have been capable to reproduce. “Using our approach to observe water molecules for the first time under the conditions of our experiments, we were able to see how the molecules interacted with the field in a way no one had previously understood,” Benderskii said.

What the two found was that the top layer of water molecules closest to the electrode align in a completely different way than the rest of the water molecules. This realization was unexpected. But it can open the way to run more accurate simulations of how aqueous chemical reactions in various fields affect the materials they work with. One particular area where this research could have an immediate impact is providing clean water. “Water in contact with graphene is indeed being proposed as a new technology in de-salinization,” Cronin said. “Our research could help scientists design better simulations that will ultimately bring to people desalinated clean water faster, cheaper, and cleaner.”

Benderskii and Cronin don’t plan on ending their long-standing research collaboration anytime soon. Now that they have identified this new quality of water, they plan to dig deeper. “Our published research is about how water collectively responds to a current. Next, we are trying to understand how this response works at an individual molecular level,”

https://www.youtube.com/watch?v=Sc_lAy9eM8k