#Water Molecule Structure

[superchemistryclasses]

Pure Water Chemistry: The Science Behind Life's Most Vital Molecule

Water is the foundation of life. It covers more than 70% of the Earth’s surface and constitutes about 60% of the human body. But what makes water so extraordinary? The answer lies in its chemistry. Pure water chemistry delves into the molecular structure, properties, and behavior of H₂O, the molecule that sustains all living organisms. In this article, we’ll explore the science behind pure water…

[reality-detective]

4th Phase of water

H302 Structured water.

Coherent means: coherent (adj.) "harmonious;"

"sticking together"

Why cells need structured water: They will become too dense. 🤔

[aanews69]

All our links in one place:https://sleekbio.com/aanews69Visit our Patreonhttps://www.patreon.com/DNPLServicesWe deliver stories. We also give you guides, tip...

[reasonsforhope]

"If you're hoping that reef-restoring coral larvae will settle down in damaged reefs, you can't just sit around and wait for it to happen. You have to get out there and entice the larvae, which is exactly what a new algae-based gel is designed to do.

While we may think of coral reefs' "skeletons" as being composed solely of calcium carbonate produced by coral polyps, much of the material is in fact generated by what are known as crustose coralline algae.

Along with contributing greatly to the structural integrity of reefs, the algae-produced calcium carbonate also serves as a home to planktonic coral larvae. Once those formerly free-swimming organisms settle in and become polyps, they start producing reef-building calcium of their own.

It's a good arrangement for the coral, but it also benefits the algae.

Not only does the reef itself provide the algae with protection from the elements, the coral polyps also emit ammonia which the algae feed upon. It is therefore in the algae's best interest to entice any coral larvae that may be swimming past in the water column. In order to do so, the algae release metabolite chemicals that attract the larvae.

Led by Dr. Daniel Wangpraseurt, scientists at UC San Diego's Scripps Institution of Oceanography have now incorporated those metabolites into a gel that can be applied to degraded coral reefs. Called SNAP-X, the substance reportedly boosts coral larval settlement by up to 20 times as compared to untreated surfaces.

If the algae metabolites were just applied to the coral on their own, they would soon dissipate in the water, leaving the coral larvae unable to follow them to their source. For that reason, the researchers started by encasing the chemical molecules in durable silica nanoparticles. Those particles were then suspended within a biocompatible liquid blend of gelatin methacrylate and polyethylene glycol diacrylate.

When that liquid is sprayed or painted onto a surface – such as a piece of dead coral – then exposed to ultraviolet light, it polymerizes into a hydrogel form. That gel is capable of clinging to the surface for up to one month while immersed in flowing water, gradually releasing its larvae-attracting nanoparticles as it does so.

Initial lab tests showed that application of SNAP-X resulted in a six-fold increase in larval settlement. Subsequent tests that more accurately simulated the water flow on coral reefs, however, produced the 20-times figure.

It should be noted that all of the tests conducted so far have involved a single type of coral, but Wangpraseurt believes the technology should work on other species with a few tweaks.

"I think this material is a breakthrough that can hopefully make a big contribution to coral restoration," he says. "Biomedical scientists have spent a lot of time developing nanomaterials as drug carriers, and here we were able to apply some of that knowledge to marine restoration."

A paper on the research was recently published in the journal Trends in Biotechnology."

-via New Atlas, May 26, 2025

[whats-in-a-sentence]

Figure 2.15 shows ball-and-stick and space-filling models of several chemical compounds common in everyday life.

FIGURE 2.15 Different representations of some common compounds.

"Chemistry" 2e - Blackman, A., Bottle, S., Schmid, S., Mocerino, M., Wille, U.

[apod]

2025 June 3

Rainbow Airglow over the Azores Image Credit & Copyright: Miguel Claro (TWAN); Rollover Annotation: Judy Schmidt

Explanation: Why would the sky glow like a giant repeating rainbow? Airglow. Now, air glows all of the time, but it is usually hard to see. A disturbance however -- like an approaching storm -- may cause noticeable rippling in the Earth's atmosphere. These gravity waves are oscillations in air analogous to those created when a rock is thrown in calm water. The long-duration exposure nearly along the vertical walls of airglow likely made the undulating structure particularly visible. OK, but where do the colors originate? The deep red glow likely originates from OH molecules about 87 kilometers high, excited by ultraviolet light from the Sun. The orange and green airglow is likely caused by sodium and oxygen atoms slightly higher up. The featured image was captured during a climb up Mount Pico in the Azores of Portugal. Ground lights originate from the island of Faial in the Atlantic Ocean. A spectacular sky is visible through this banded airglow, with the central band of our Milky Way Galaxy running up the image center, and M31, the Andromeda Galaxy, visible near the top left.

∞ Source: apod.nasa.gov/apod/ap250603.html

[beakers-and-telescopes]

OKAY THIS ARTICLE IS SO COOL

I'm going to try to explain this in a comprehensible way, because honestly it's wild to wrap your head around even for me, who has a degree in chemistry. But bear with me.

Okay, so. Solids, right? They are rigid enough to hold their shape, but aside from that they are quite variable. Some solids are hard, others are soft, some are brittle or rubbery or malleable. So what determines these qualities? And what creates the rigid structure that makes a solid a solid? Most people would tell you that it depends on the atoms that make up the solid, and the bonds between those atoms. Rubber is flexible because of the polymers it's made of, steel is strong because of the metallic bonds between its atoms. And this applies to all solids. Or so everybody thought.

A paper published in the journal Nature has discovered that biological materials such as wood, fungi, cotton, hair, and anything else that can respond to the humidity in the environment may be composed of a new class of matter dubbed "hydration solids". That's because the rigidity and solidness of the materials doesn't actually come from the atoms and bonds, but from the water molecules hanging out in between.

So basically, try to imagine a hydration solid as a bunch of balloons taped together to form a giant cube, with the actual balloon part representing the atoms and bonds of the material, and the air filling the balloons as the water in the pores of the solid. What makes this "solid" cube shaped? It's not because of the rubber at all, but the air inside. If you took out all the air from inside the balloons, the structure wouldn't be able to hold its shape.

Ozger Sahin, one of the paper's authors, said

"When we take a walk in the woods, we think of the trees and plants around us as typical solids. This research shows that we should really think of those trees and plants as towers of water holding sugars and proteins in place. It's really water's world."

And the great thing about this discovery (and one of the reasons to support its validity) is that thinking about hydration solids this way makes the math so so so much easier. Before this, if you wanted to calculate how water interacts with organic matter, you would need advanced computer simulations. Now, there are simple equations that you can do in your head. Being able to calculate a material's properties using basic physics principles is a really big deal, because so far we have only been able to do that with gasses (PV=nRT anyone?). Expanding that to a group that encompasses 50-90% of the biological world around us is huge.

[fatkish]

Aizawa and Class 1A x Student Alchemist Reader

In this, the reader has the same tattoos as scar. The reader’s left arm deconstructs molecules and their right arm reconstructs molecules.

The reader is quirkless so they use Alchemy to even the odds and are good at combat.

The reader took the entrance exam and has similar grade to Momo. Momo and the Reader share the 1/20 place amongst their peers

The reader aced the written test and destroyed the robots by using their alchemy to disassemble them. They got 45 villain points and 45 rescue points

When the teachers were looking over the students papers, Aizawa and Nedzu were amazed and skeptical of the reader being quirkless

Aizawa didn’t believe that you were quirkless so he used his quirk on you during his quirk apprehension test. Obviously it failed and he realized your were being honest on your paperwork. Still grilled you about it

Aizawa is ever so slightly more protective and stricter on you than other students. He worries all the time so he is a little harsher on you but you know that he just wants to push you a little more

You’re currently studying both flame and medical alchemy. You tend to study with recovery girl and help her out whenever you get the chance

During All Might’s hero vs villain training you were paired with Momo (Mineta didn’t get into the hero course) against Jirou and Kaminari. You won by creating a sleeping gas and put them to sleep whilst you and Momo wore gas masks she made

Bakugou refuses to admit your strength but has a secret respect for you since you beat him by altering his sweat’s molecules so it wasn’t explosive

Izuku has so many notes on you and has asked to draw your tattoos and you even began to teach him basic alchemy, although he sucks at it

When questioning you, you told Izuku that you were quirkless which he accidentally let it slip to his friends who then let the class know

After that you explained to the class that alchemy can be performed by anyone, it just take years of study and practice to perform and understand the basic rules and applications

Some didn’t believe you so you removed your shoe to show them all your second joint in your pinky toe as proof

Some still have a hard time believing it but most of the class accepted it

Kirishima, Sero, Iida, Jirou and Uraraka think you’re (manly) incredible and ambitious for dedicating yourself to something and making yourself strong despite the odds

Ashido, Kaminari and Hagakure still don’t believe that you’re quirkless

Tokoyami and Shoji both admire your strength and perseverance in trying to become a hero despite lacking a power and having been ridiculed and criticized for your dreams

Ojiro and you train in martial arts often as a means to strengthen one another

Tsuyu and you get along just fine as you both are some of the more mature students in classs

You tend to hang out with the quiet kids like Shoji, Tokoyami and Koda

You and Momo both bond over and help each other study the molecular make up of certain items

During the USJ attack, you used your flame alchemy on the Nomu. You used your conductive gloves to create the flames and tried to roast the Nomu

You took Hatsume’s place on Midoriya’s team in the Calvary battle

You fought Iida in the first rounds and won by creating a rugged and difficult terrain to run in as a means to slow him down, then you used your alchemy to seal his engines and managed to hit him in a pressure point that immobilized him

Todoroki was amazed when you were able to beat him in the sports festival. You turned his ice into water and then changed the arrangement of the stage’s molecular structure to that of quicksand and used the ground to swallow him up, winning your match.

Bakugou was pissed off when you altered your body’s carbon to be on the outside creating a skin of diamond like armor that his explosions couldn’t beat

You got 1st place in the festival but All Might accidentally let it slip during the award ceremony that you were quirkless

You got the third most offers from pros for internships out of the class

You ended up going with Best Jeanist and had a rather good time compared to Bakugou

After the Internships were over, you had mastered your flame alchemy and used it against All Might in your practical exam

Bonus: Todoroki learned that you can’t use flame alchemy when it’s raining or if your wet and accidentally started the ‘useless when wet’ shtick.

Now Bakugou makes fun of you whenever you get your gloves wet and acts like you need protection and enjoys babying you.

[mindblowingscience]

In a study published in Nature Structural and Molecular Biology, scientists from the Department of Medical Biochemistry and Biophysics at Karolinska Institutet, have discovered that water molecules play a crucial role in helping proteins, specifically transcription factors, read and regulate the human genome. Only approximately 1% of our genome consists of genes, sections of DNA that specify the structure and function of proteins. Protein-coding genes are highly similar among mammals, with most differences between humans and other animals arising from how gene activity is regulated. Proteins called transcription factors regulate gene activity so that only a necessary set of genes is switched on at a particular place and time. Each transcription factor recognizes and binds to a unique short DNA sequence, most often located in the 99% of the genome that does not encode proteins. Binding of transcription factors either increases or decreases the expression of nearby genes.

Continue Reading.

[b1asho]

Species number two: Rossetians!!

Here's some more info, because unfortunately I ran out of room to cram it in between the drawings:

Rossetians are a mid-sized species that evolved in an area roughly the size of Europe, and have less extreme regional differences than other species, usually only having some vatiation in skin pattern, color, and snout shape.

They aren’t exactly adapted to live in water, but there were enough water obstacles around that they developed some useful traits like nostrils in the top of their head and semi-webbed hooves.

Their skin is thick, dry and rough, closer to scales. This bars moisture from coming in and leaving. The only place they have hairlike structures is in/around the pouch/genitals for oil secretion and for neonates to pull on to drag themselves into the pouch after birth (meaning they see hair as private and even lewd).

they use their heat-sensitive nose pits and sensitive pronged tongue to navigate low visibility places like tunnels and dense vegetation, and also to locate food and other resources that are hidden in crevices.

Their tongue in particular replaces their sense of smell, and is able to detect minute chemical changes in the air. It’s pretty long, and slides back into a hole a bit in their mouth/throat when closed.

They also use their four wide set eyes to scan more open areas, and while they have good close and far vision, they cant see in the dark and have poor color vision.

Rossetians share our iron based blood, using a large molecule that is contained in cells. It retains oxygen for much longer and in higher quantities (closer to erythrocruorin in size and effectiveness.) it is a very dark red when not oxygenated and turns a much brighter red shade than human blood when exposed to oxygen.

It is very very stable, can operate at a wide range of temperatures, and helps them manage in oxygen scarce environments between the pockets of oxygen in their tunnels (however, they can’t tolerate low oxygen for long, and need warm temperatures and abundant oxygen function well).

The high quantities of oxygen their blood can carry helped fuel them when fleeing predators, but at other times the large size of the molecule means that it takes a lot of energy to pump it around fast, and it already brings a lot of oxygen per molecule, so normally they have a slow heartbeat and metabolism. It also has anti-inflammatory properties, all of these things potentially leading to their longer natural lifespans.

This iron based blood developed because their environment was very heavy in metals, particularly iron. There were also a lot of other toxins just hanging around in the air, water, and soil. They have a very strong liver and other specialized glands and processes to help them metabolize and expel metals that they take in, it they can tolerate a lot more metals in their body than a human could (they’re very hard to kill via poison, toxin exposure, or drugs) . they actually incorporated it into more of their body (namely their horns and teeth, and for coloration of skin). Like limpets, they have metal in their teeth, making them extremely hard and strong (used for scraping off algae, moss, and lichens from rocks and crushing nuts and tubers) this also partially accounts for the color of the teeth, though some still have white teeth due to less pigmentation. Their colors vary less due to sun exposure and more due to the content of elements around them.

Rossetians were originally prey animals, with their horn and extremely thick skin/fat layer being their main protection from predators. (through selection over the years, their horns have become a bit more ornamental, though they’re still plenty sharp). They developed sapience due to their overkill sensory prowess, letting them spend less time scanning and more time thinking. Eventually, this combined with their cooperative herd structure/domestication of food sources to advance their intelligence to modern day.

As herbivores, they eat predominantly plant matter, though some also consume dairy due to a similar “lactose tolerance” mutation as humans for the taste and nutrients. They eat small and frequent meals for steadier energy to make up for their slow metabolism.

They are endotherms, though mainly due to their thick fat and skin layer helping them to trap heat. Without this, they aren't nearly as good as humans at regulating their own temperature, though they can still shiver and pant to try and regulate (they cant sweat).

They have a total of 6 teeth, two in the front and four molars in the back.

Their food tends to be boiled or otherwise processed in some way to make it easier to get energy and nutrients faster with their otherwise slow metabolism (so they can stay on the go for busy city life)

They are viviparous and can reproduce any time of the year like humans, but they lack a true placenta. infants instead develop in a pouch of skin on the mother where they drink milk.

Their pouch opens like an American opossum, and their children will stay in and out of it for a while even a little after they’ve been weaned (eventually, they get too big.) They stay in there for the first year or so, and will then start exploring outside in their ‘toddler’ stage before eventually being able to walk on their own.

They have a centaur-esque body plan that allowed them to free up a front set of arms and support brain development while also being able to lower themselves to the height needed to navigate the volcanic tunnels they lived in and move quickly. The only important thing in their front "torso" region is a small cluster of nerves that helps handle some of their sensory information.

4 of their 6 limbs are for walking while the front 2 specialized for object manipulation, with the two digits on the sides slightly turned inwards and able to be used almost like thumbs. None of them are very good for gripping since climbing wasn’t part of their evolutionary history (though all of them are also slightly webbed, especially the back ones, since swimming was helpful to them in their environment)

Their soft lips and similarly shaped mouth make it very easy for them to replicate human language, though their tongue and teeth sometimes get in the way (and makes it harder for humans to speak their language, since some noises require the use of two or four prongs of the tongue at once).

They can see a color spectrum similar to horses or deer on earth, which is why their clothing is often dull or monochrome besides the stitched patterns. However, since it was useful for them to be able to see some color variation to tell if a plant was poisonous or not, they can see reds/greens a bit better than Prectikar, who have a similar colorblindess range.

While they can't see red, they still incorporate it into their clothing since to them it registers as a nice green to accent the blue and yellow. To us, it looks red.

They have very homogeneous cultural traits because for much of their history, they have valued unity and have been joined together under one Empire or another (most recently, the same guys who got to the Prectikar). However, similar to cultures across, say the British isle, they still have unique quirks from their regional heritage.

Males have a horn with a unicorn-like front spike and a considerably longer tail, while females lack the horn projection and also have a pouch. Unlike other species, they actually have similar sex and gender roles as human men and women, though a bit more pronounced than current humans due to their society’s particular emphasis on family units in politics and economics.

They also have stricter nudity and propriety standards year round, with traditional conservatives barely showing anything more than their face out in public.

They show marriage through pierced ears. They typically have one partner for life.

Most of their clothing is heavily layered with lots of dresses and cloaks to give them a feeling of security when in public, like a weighted blanket or something to cover their shape so they feel less exposed. Many also cover their sensitive ears when in crowded spaces.

Most of their brain is in their head, but they have 2 smaller clusters to help deal with other sensory information and leave more room for thinking in the main brain. The clusters are located between their front arms (protected by the larger vertebrae and collarbone/shoulder blade their arms connect to up there) and their pelvic girdle.

When interacting with other species, they are known to be very timid and insular among themselves. Unfortunately, xenophobia has a very literal meaning to them since most other species have traits that they instinctively find unsettling as former prey animals, like sharp teeth and claws (similar to what happens when you see a snake or spider, even if you know it won’t or can’t hurt you most people still feel fear). Without proper socialization for both parties, things can get awkward very fast.

[swimmingelectron]

And firebenders can tweak the electric signals in someone's body-

But this made me think. Waterbenders can control water molecules and can bend anything the water will bring along. That is why they can bend blood. But waterbenders are also capable of NOT picking up objects that the water is carrying. So they can also dehydrate people, flood their lungs, flood their bladder, flood their digestive track, in turn giving someone diarrhoea, they can give someone a cough and a cold by increasing the volume of their mucus.

This means waterbenders would make great medics, btw. Any water is potable water. Everything is a water container. The most powerful water bender should be able to turn water into ice or steam, access groundwater in the deserts, and be able to make canals and streams.

The earth bender can bend a select range of minerals, but if they work really hard on it, they can bend any of them. Like toph did.

Strong earthbenders should be able to manipulate the very structure of molecules of the minerals so that they can sit on top of one another in a way that makes them pliable, malleable, strong, springy, etc to form the right shape and the right type of earth.

Like the water benders, they have the ability to add pressure and also control the movement of the rocks. Boomi and Toph already demonstrated what crazy fighters earthbenders can make. But i also think about how easily they can poison someone, oversalt them (dehydration 2.0), and calcify organs while the person is alive. They can cause bone cancer, they can break teeth, crush bones to powder, and puncture the internal organs. Manipulate bones did not even cover it.

They could manipulate armour to move to fight wars for the country. They could set flintstone fires without being there. They could weave metal into fabric. So many possibilities. I'm not even mentioning the industrial use, i believe LoK covered that?

Air benders and fire benders are different. Fire bending is easier to cover on an atomic level.

So they can bend heat, basically, right? But also, for some reason, they can channel electricity. The conclusion i am coming to is that they have command over the kinetic energy of individual electrons. That is why it is hard to master.

But this opens possibiliti3s. So i joked that they could modify the electric signals in the brain, but they literally could. But they can do so much more. Because this isn't atomic, it is subatomic. Yes, they can heat (and cool) things. Yes, they can use electricity. But if they can move electrons? So much more. They can change the properties of things. I can't even begin to list them. They can cut things, they can mend things seamlessly, and they can perform alchemy, changing the very structure of the atom. But that means it is an extremely volatile ability. Even the strongest bender would have to work these things one at a time or risk radiation.

Lastly, we have airbenders. There's two things that could be manipulating just air. One, they can move only free atoms. Which actually fits in with the heirarchy of molecular bonds of earth bender, molecules of water benders, airbenders with free atoms, and firebenders with subatomic electrons.

The other one would be the ability to create vacuums in space, and the air follows the small vacuums. Seeing how rigorously airbenders train, that seems the likely option despite the harmony from the other one. And then, the air bicycle is not possible. Which means. The airbenders just were into aesthetics and acting like a cult. Oh well, that's ok.

Aang has proven that airbenders can lift things with air. Heavy, dense things. They can probably aerosolise any atoms. Basically, they could pick atoms to put next to each other and let them form molecules. Airbending air out of lungs is probably the easiest thing. They can literally travel to space and make their own space suit. Out of air. Their scuba diving gas tank can be made out of literal air.

[radical-revolution]

Your body is 70% water, and sound changes the shape of the water. Imagine what it does to you…

The frequency of water

But water has way more mysteries than its structure. And this was demonstrated by the Japanese pseudoscientist Masaru Emoto, after running an experiment that showed how water reacts to different vibrations. Highly controversial, his experiment was published in a New York Times Best Seller book – The Hidden Messages in Water. How ever, it is obvious that water is easily influenced by movement. And sound creates a movement which affects the water. Other experiments show that water reacts to frequency. And the frequency describes the number of waves that pass a fixed place in a given amount of time. Sound vibrations of different frequencies cause matter, including water, to resonate with that frequency. Certain frequencies pull discordant matter into a universal balance while other frequencies pull the matter into chaos. The lowest resonance of the water molecule is 22.235 GHz. The lowest the frequency, the denser the energy and the heavier everything seams. Lower frequencies tend to pair with negative charges and on the opposite, higher frequencies tend to resonate with positive charges. There is agreement among science, medicine, and metaphysics that certain frequencies can repel disease, and specific frequencies can destroy disease. When parts of the body become stressed or dis-eased it means that they are not vibrating at their optimal resonant frequency. One researcher, Bruce Tainio, found that a healthy human body resonates at a frequency of 62-70 MHz. Obviously, drinking water can raise our vibration. But not all water has high vibration. Stillness to water is like death to human. Therefore, it is important for the water to move in order to keep its vibration. Also, bacteria and viruses that might be in the water can lower its frequency with their low frequency. Words, thoughts and intentions have their vibrations too and can be used to raise the vibration of water or bodies.

[talonabraxas]

The true origin and purpose of the pyramids

Basic theory of pyramidology is, that inside of a pyramid is accumulating and transforming universal energy called "orgon". Pyramids in their principal shape polarizing physical vacuum on both contradictory energies that is why they can act both as a transmitter or receiver, is a vibrational device which is able to receive, transform, concentrate, direct and emit energy. In an ancient Egypt they were energizing and uplifting vibrations in whole society.

Pyramid contains of a two words "pyro" or fire and "amid" or center. Pyramid is a device with fire in the center. Where center is well known king's chamber. Precisely in this center most of an energy is concentrated from where it spiraling to the top.

Builders of Egyptian pyramids used technique of harmonic resonance. They strictly observe measurements and proportions, which allows connection to the Earth's harmonics vibrations. Using words sacral geometry in a connection with pyramids we mean, that a builders were using same proportions and ratios, which we can find in nature and whole universe namely golden section (phi Φ=1.618033...)

They were also using a principles of resonance and sound to neutralize earth's gravity to be able to move a massive blocks. This effect occurs by tuning sound source to an exact frequency of a material. Pyramids where also connected to cooperative complex.

Egyptian pyramids were build mostly of limestone and crystal. Atoms of crystal vibrate at the same frequency as a planet earth, by this resonance an electric piezoelectric effect is occurring in inner mass of pyramid . Where one form of limestone is used as a isolating material the other form with magnesium is used as a negatively charged coat of an pyramid. It's acting like a massive wire. Granite is slightly radioactive which helps to ionizing air in all passages and caverns. Great Pyramid of Giza has also spiritual connection mostly to Orion and Sirius.

One of the functions of a pyramid is star gate and multiverse vortex. Pyramid as a portal allows people to reconnect with a source unity consciousness field. Energy of a pyramid reacts to operator's thoughts and intentions. It's acting like a huge amplifier for manifestation reality whatever it is healing, communication or interdimensional or astral travelling.

Energy of pyramid

Pyramidal energy of high vibrations calls cosmic is relating to torsion fields. It is favorable for human body and mind and other living beings. This energy is optically breaks, reflect and polarizing similarity to visible light. Pyramids walls attracting energy inside in all directions. This concentrated energy is affecting molecules or crystal structures of matter within a range of pyramid.

Scientists proved that no matter of a proportions, pyramids are amplifying mentioned energies of torsion fields (cosmic energies) and also energies of electromagnetic spectrum. American scientist Dr. Flanagan says, that Cheops pyramid concentrating energies in a very high frequencies and that is based on fact it has five angles. These corner angles of a pyramid concentrates and directing into energy beam where all four meets in the kings chamber.

Pyramidal energy is healthy for human organism as well as environment around and has multifunctional purpose. It strengthens the organism, heals humans and animals diseases, eases a pain of any kind, quickens healing of ambustion. Pyramid is also good for keeping a food fresh and healthy. Great for balancing a water for drinking or watering your vegetable and fruit. Softens taste of coffee, tea and quickens a germination of seeds. Growing never been faster than when you using a pyramidal energy. Strengthens a vitality, defends reproduce bacteria and microorganism which causes a break up of an organic matter. Living cells would not be affected by dehydratation as it still holds an electric charge and that is why plants or bodies would not be affected. Paradoxically if you like to slow down growth of your plants you don't give them any water they will still keeping very well under the pyramid and wouldn't need watering for a long time.

Many people have been personally convinced, that a pyramid is able to recharge our bodies when we are feeling exhausted, heals and tune our biological processes, but also gives us a tool to work with our psyche, consciousness and better connection to a higher frequencies and dimensions of reality. It's only up to us to what extend we are capable of operating these emitters. Many researchers were made in a wide range of branches as for example biochemistry, medical, agriculture, electronics or practical use for every day of life.

Pyramid Meditation and Manifestation Practices

Because of their physical properties and symbolic meanings, pyramids can be used in spiritual, meditation, and manifestation practices. Here are some ways you can use them to expand consciousness and receptivity to spiritual guidance:

1. Focus and Alignment

Just as pyramids form a point, or apex, at their top, they can represent focusing your attention in meditation. Some people find focusing on a mandala or lotus flower can help to reorient wandering thoughts in meditation. The pyramid can serve in the same fashion, whether it’s a figurine, a piece of art, or even in your imaginations.

In addition, you can focus your thoughts on moving up from the base of the pyramid, which can represent your experience in the material world to its pinnacle, which can represent a higher state of consciousness.

2. Energy Channeling

Pyramids are thought to channel cosmic energy, making them helpful tools for energy and even healing sessions. Placing a small pyramid on or near the head or body during energy and healing sessions is said to help balance and harmonize the body’s energy fields.

3. Manifestation Amplifier

The stable base and ascending sides of a pyramid can also symbolize staying grounded in the earthly plane while reaching for higher goals.

Writing down your intentions and placing them under a pyramid can be a helpful ritual in your manifestation practice. It can also serve as a request for blessings from higher powers when it comes to your endeavors.

4. Generating Creative Ideas

Given their association with enhancing focus and channeling energy, pyramids can be in creativity and problem solving when you want to channel higher energies and spiritual guidance.

In addition, the presence of a pyramid shape can serve as a visual and energetic reminder of your goals, aspirations, and unlimited capacity to create.

5. Gateways

Reflecting ancient practices, pyramids can be used as symbolic gateways during spiritual initiations or significant transitions, representing the journey from one state of consciousness to another.

This can involve meditating within or near pyramid structures to tap into transformative energies.

6. Enhancing a Sacred Space

Incorporating pyramids into the design of a creative, meditation, or other sacred space can elevate the area’s vibrational qualities. The pyramid’s base provides stability and grounding, while its ascending sides support creativity, the quest for higher wisdom, and spiritual ascension.

Energy Pyramid Real Fun, Wow!

[reasonsforhope]

"A team at Northwestern University has come up with the term “dancing molecules” to describe an invention of synthetic nanofibers which they say have the potential to quicken the regeneration of cartilage damage beyond what our body is capable of.

The moniker was coined back in November 2021, when the same team introduced an injection of these molecules to repair tissues and reverse paralysis after severe spinal cord injuries in mice.

Now they’ve applied the same therapeutic strategy to damaged human cartilage cells. In a new study, published in the Journal of the American Chemical Society, the treatment activated the gene expression necessary to regenerate cartilage within just four hours.

And, after only three days, the human cells produced protein components needed for cartilage regeneration, something humans can’t do in adulthood.

The conceptual mechanisms of the dancing molecules work through cellular receptors located on the exterior of the cell membrane. These receptors are the gateways for thousands of compounds that run a myriad of processes in biology, but they exist in dense crowds constantly moving about on the cell membrane.

The dancing molecules quickly form synthetic nanofibers that move according to their chemical structure. They mimic the extracellular matrix of the surrounding tissue, and by ‘dancing’ these fibers can keep up with the movement of the cell receptors. By adding biological signaling receptors, the whole assemblage can functionally move and communicate with cells like natural biology.

“Cellular receptors constantly move around,” said Northwestern Professor of Materials Sciences Samuel Stupp, who led the study. “By making our molecules move, ‘dance’ or even leap temporarily out of these structures, known as supramolecular polymers, they are able to connect more effectively with receptors.”

The target of their work is the nearly 530 million people around the globe living with osteoarthritis, a degenerative disease in which tissues in joints break down over time, resulting in one of the most common forms of morbidity and disability.

“Current treatments aim to slow disease progression or postpone inevitable joint replacement,” Stupp said. “There are no regenerative options because humans do not have an inherent capacity to regenerate cartilage in adulthood.”

In the new study, Stupp and his team looked to the receptors for a specific protein critical for cartilage formation and maintenance. To target this receptor, the team developed a new circular peptide that mimics the bioactive signal of the protein, which is called transforming growth factor beta-1 (TGFb-1).

Northwestern U. Press then reported that the researchers incorporated this peptide into two different molecules that interact to form supramolecular polymers in water, each with the same ability to mimic TGFb-1...

“With the success of the study in human cartilage cells, we predict that cartilage regeneration will be greatly enhanced when used in highly translational pre-clinical models,” Stupp said. “It should develop into a novel bioactive material for regeneration of cartilage tissue in joints.”

“We are beginning to see the tremendous breadth of conditions that this fundamental discovery on ‘dancing molecules’ could apply to,” Stupp said. “Controlling supramolecular motion through chemical design appears to be a powerful tool to increase efficacy for a range of regenerative therapies.”"

-via Good News Network, August 5, 2024

[notwiselybuttoowell]

The world’s oceans are in worse health than realised, scientists have said today, as they warn that a key measurement shows we are “running out of time” to protect marine ecosystems.

Ocean acidification, often called the “evil twin” of the climate crisis, is caused when carbon dioxide is rapidly absorbed by the ocean, where it reacts with water molecules leading to a fall in the pH level of the seawater. It damages coral reefs and other ocean habitats and, in extreme cases, can dissolve the shells of marine creatures.

Until now, ocean acidification had not been deemed to have crossed its “planetary boundary”. The planetary boundaries are the natural limits of key global systems – such as climate, water and wildlife diversity – beyond which their ability to maintain a healthy planet is in danger of failing. Six of the nine had been crossed already, scientists said last year.

However, a new study by the UK’s Plymouth Marine Laboratory (PML), the Washington-based National Oceanic and Atmospheric Administration and Oregon State University’s Co-operative Institute for Marine Resources Studies found that ocean acidification’s “boundary” was also reached about five years ago.

“Ocean acidification isn’t just an environmental crisis – it’s a ticking timebomb for marine ecosystems and coastal economies,” said PML’s Prof Steve Widdicombe, who is also co-chair of the Global Ocean Acidification Observing Network.

The study drew on new and historical physical and chemical measurements from ice cores, combined with advanced computer models and studies of marine life, which gave the scientists an overall assessment of the past 150 years.

It found that by 2020 the average ocean condition worldwide was already very close to – and in some regions beyond – the planetary boundary for ocean acidification. This is defined as when the concentration of calcium carbonate in seawater is more than 20% below preindustrial levels.

The deeper in the ocean they looked, the worse the findings were, the scientists said. At 200 metres below the surface, 60% of global waters had breached the “safe” limit for acidification.

“Most ocean life doesn’t just live at the surface,” said PML’s Prof Helen Findlay. “The waters below are home to many more different types of plants and animals. Since these deeper waters are changing so much, the impacts of ocean acidification could be far worse than we thought.”

This had, she added, huge implications for important underwater ecosystems such as tropical and even deep-sea coral reefs that provided essential habitats and nursery grounds for the young of many species.

As pH levels drop, calcifying species such as corals, oysters, mussels and tiny molluscs known as sea butterflies struggle to maintain their protective structures, leading to weaker shells, slower growth, reduced reproduction and decreased survival rates.

The authors underlined that decreasing CO2 emissions was the only way to deal with acidification globally, but that conservation measures could and should focus on the regions and species that were most vulnerable.

Jessie Turner, director of the International Alliance to Combat Ocean Acidification, who was not involved in the study, said: “This report makes it clear: we are running out of time and what we do – or fail to do – now is already determining our future.

“We are coming to terms with an existential threat while grappling with the difficult reality that much suitable habitat for key species has already been lost. It’s clear that governments can no longer afford to overlook acidification in mainstream policy agendas,” she said.

[gallifreyinstituteforlearning]

Why can Gallifreyans survive longer in the vacuum of space?

Why can Gallifreyans survive longer in the vacuum of space?

Let's begin with a simple truth: space kills you.

For humans, unprotected exposure to vacuum isn't instant death, but it's not a great way to spend your afternoon either. Contrary to dramatic human media, you don't explode, freeze, or shatter like glass. You suffocate.

🧍‍♂️ What Happens to a Human in Space?

Air escapes your lungs in seconds. If you try to hold your breath, your lungs may rupture from the pressure differential.

You lose consciousness from hypoxia in 10–15 seconds.

Water in your tissues begins to evaporate, causing swelling (but not ballooning).

Your body temperature drops slowly—space is cold, but heat loss happens by radiation, not convection.

Radiation exposure is extreme, with no atmosphere or magnetic shielding.

Death occurs within 1.5–3 minutes, usually from oxygen deprivation or heart failure.

So... what makes Gallifreyans different?

🫁 1. Respiratory Bypass System

This is the Gallifreyan's ace-in-the-hole.

Unlike humans, Gallifreyans can voluntarily shut off all respiratory activity by closing a specialised tracheal sphincter, entering a kind of metabolic lockdown. No inhalation, no exhalation—just internal crisis management.

Their body scavenges oxygen:

Muscles slow

Heart rate drops

The kaizegea (a small subpulmonary structure) begins to break down CO₂, recapturing oxygen molecules

Neural overrides prevent gasping or reflexive panic

This buys them 3–6 minutes of conscious survival. If they enter a trance or healing coma, this can stretch to 30 minutes, though the hangover is unpleasant and may involve temporary blindness, nausea, or screaming telepathic echoes.

🫀 2. Dual Hearts = Redundancy + Stability

Two hearts allow Gallifreyans to:

Maintain perfusion under stress

Selectively reroute or reduce blood flow

Withstand circulatory turbulence during decompression

They can even slow or temporarily stop one heart to conserve energy, using the other to keep vital organs ticking. In a vacuum, where pressure drops sharply, this redundancy helps maintain internal balance long enough to escape.

🧊 3. Thermal Resistance + Tissue Integrity

Gallifreyans resist vacuum-induced cold and trauma longer due to:

Triple-helix DNA → stronger cellular cohesion

Lindos-based telomeres → enhanced structural integrity

Low baseline temperature (15–19°C) → built-in cold tolerance

Radiation-resistant skin → doesn't peel after two seconds in the sun

They also tolerate a wider thermal range (they actually probably prefer cold environments), and their bodies can enter healing states that reduce heat loss and preserve organ function.

🧠 4. Neural Override Training

None of this works if you panic. Gallifreyan children are taught to override autonomic responses. They can:

Suppress pain

Inhibit breathing reflexes

Lower cognitive function into a survival trance

Where a human would seize, gasp, or blackout, a Gallifreyan might just dim down, running on minimal cerebral activity while their cells quietly triage themselves.

🛠️ In Practice…

A Gallifreyan exposed to vacuum can:

Remain conscious for several minutes

Survive up to half an hour if tranced

Recover from moderate tissue damage and neural disruption with time, tea, and a proper coma

But it’s not without consequences. Prolonged exposure risks:

Blindness

Psionic disorientation

Muscle necrosis

Migraines that feel like someone's ringing a Cloister Bell inside your skull

❓ Bonus: What If They Regenerate in Space?

Bad things.

Regeneration requires oxygen, energy, and metabolic stability. In a vacuum, most of that is unavailable. A Gallifreyan who initiates regeneration mid-spacewalk may survive, but outcomes are unpredictable:

The body may remain incomplete.

The brain may not fully stabilise.

Or, worst of all, the process may stall halfway, leaving the Gallifreyan between forms—biologically unstable and totally out of your nightmares.

Let's just say it's discouraged.

🏫So...

Space is bad. But Gallifreyans are badass. With the right training they can outlast the vacuum longer than most—except perhaps cockroaches (really. Google it.).

Related:

💬|🫁😮‍💨How do Oxygen levels affect Time Lords?: The effects of different oxygen levels on Time Lords and their respiratory resilience.

💬|🫁🏊Can Time Lords prevent deep sea diving conditions?: Possible effects and defences against conditions like narcosis and decompression sickness.

💬|👁️🌡️What is a Time Lord's ideal environmental temperature range?: Comfortable temperature environment ranges for Gallifreyans and a look at extreme temperatures.

Hope that helped! 😃

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