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You forgot your frog in the fridge? Don’t worry, the nature thought about it, so you can just take it from  and it’ll continue jumping all over your kitchen

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You forgot your frog in the fridge? Don’t worry, the nature thought about it, so you can just take it from  and it’ll continue jumping all over your kitchen

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Want to be stable to low temperatures? Just take one spoon of a simple...

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Scientists were SHOCKED when they knew about that simple green...

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Scientists were SHOCKED when they knew about that simple green...

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Читать в продолжение в источнике

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Scientists discovered a frog that can survive while being an ice cube.

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...but freezing to live

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I wish i would be a frog. WANNA FIND OUT WHY?!

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I wish i would be a frog. WANNA FIND OUT WHY?!

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(and the revival)

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GUYS theres this frog that can freeze and unfreeze like normal!?!? How ducking cool is that? Its like Elsa cold never botheres it anyway. And it does that because of sugar in cells!!! Now I have reason to eat more sweets – I will survive any winter muahaha!!!

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GUYS theres this frog that can freeze and unfreeze like normal!?!? How ducking cool is that? Its like Elsa cold never botheres it anyway. And it does that because of sugar in cells!!! Now I have reason to eat more sweets – I will survive any winter muahaha!!!

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Hello

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Are zombies real? Greenish umbrella returnes to life after death

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Are zombies real? Greenish umbrella returnes to life after death

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Did you know that Canadian wood frogs completely freeze at winter, gaining glass-like properties, and unfreeze just fine?
Now you know.

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Between knife and death: how does wood frog survive the cold?

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Between knife and death: how does wood frog survive the cold?

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The ice frog zombie is resurrected along with spring

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The ice frog zombie is resurrected along with spring

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We have gained knowledge that magnetic order in some materials can be stabilized and controlled at zero magnetic field by locally exposing to a laser beam. Under some circumstances the symmetry in magnetic states of the probe material can be broken by laser beam in a small area. After series of measurements, we observe that magnetic properties of the probe increased by more than an order of magnetude. The optical control of magnetism with the help of laser beams will unlock advancements in ferromagnetic and optical technologies.

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In this work, we studied the effect of optical pumping (a system for concentrating light on a working body that is also used in lasers) on the magnetic field of a semiconductor. This effect is possible due to the phenomenon of circular dichroism – this is the difference in reflectivity depending on the polarization (the characteristics of the wave). The magnetic field amplifies the initial polarization.

Optical control of magnetism will provide a versatile tool for creating the latest optical and spin technologies. This findings will accelerate technological developments using TMDs, already a leading material platform for investigating next-generation spin, valley, and optoelectronics.

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Professional scientists (Marina, Andrei) decided to tell you that:

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Professional scientists (Marina, Andrei) decided to tell you that:

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In our investigation we studied electron gas and semiconductors in order to understand whether we can control magnetic fields by using some umbrella effects (umbrella pumps). This research will unlock advancements in some umbrella technologies that can used in further investigations and experiments. Also, it will let us elaborate spin technologies – to understand particle characteristics better. Specifically, the discovery of umbrellicaly reconfigurable magnetism in atomically thin semiconductors will stimulate the design of nonreciprocal umbrelloelectronics and photonics, such as on-chip all-umbrellical isolators with built-in umbrellical memory.  To sum up, our findings will accelerate technological developments and make the size of important technological elements smaller.

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This paper demonstrates new methods for controling the state of semicoductors, which are only a few atoms thick. The researchers succsessfully use light in the visible specturm to change the magnetic states of specific groups of electrons within the material to a degree, which has not been achieved by simmilar methods before. These findings lay the foundation for new developments in advanced fields of microelectronics by providing a versatile tool for future researchers.

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The following report focuses on researhing the fact that semiconductors can be stabilized and controlled at zero magnetic field by local optical pumping (a method to make more electrons with higher energies) using circular dichroism (a physical phenomena of changing the absorbing coefficient of a subject, depending on the polarization of light) .

It was found that magnetic interactions amplify the initial pump by more than an order of magnitude.

The results of this study will unlock many advancments in optical technologies and provide versatile tools for later research

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in this article, scientists have proved one property of dichalcogenides. dichalcogenides are a thin monolayer semiconductor consisting of a transition metal and a chalcogen. what can be expressed by the formula, what can be expressed by the formula MX2 (M — metal and X — chalcogen). chalcogens include elements that are fairly well known to us: oxygen, sulfur, selenium, tellurium. the combination of these elements (metal and chalcogen)by its structure, it is a two-dimensional material, due to its incredibly small thickness, which leads to the appearance of unusual properties and characteristics. what is the ferromagnetic order in this, what is the ferromagnetic order in this monolayer transition metal dichalcogenide (TMD) semiconductors can be stabilized and controlled at zero magnetic field by local optical pumping. Optical pumping is a process in which light is used to lift (or "pump") electrons from a lower energy level of an atom or molecule to a higher one.

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The article presents a groundbreaking approach called U-Net for biomedical imaging segmentation problem. Previous methods relied on huge image datasets. The paper introduces a new type of a neural network that uses little data and is more accurate. This is crucial in biomedical imaging, since it is difficult to obtain and process the data for a neural network due to complex position of cells in a tissue. The model outperformed the start-of-the-art approaches and won a competition in biomedical imaging. Although the proposed neural network was specifically designed for the cell classification problem, it can be applied to many more tasks.

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Severe acute respiratory syndrome coronavirus (SARS-CoV) and Middle East respiratory syndrome (MERS)-CoV are particularly dangerous for the human kind because of the cross-species transmission. It means that the virus can first affect an animal and then it will pass on to a human. Currently a SARS-like virus is circulating in Chinese horseshoe bat populations and in this study we generated a synthetic version of that virus that spreads the same way. Our results show that both monoclonal antibody and vaccine approaches failed to protect mice from this type of infection. Based on this findings we suggest that this virus can be a potential risk for humans in the future.

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The world would be a better place if we could recognise signs of developing disease automatically. So we want to teach a computer to do it. But usually it is a hard problem, especially if we want to spend less time and resources. In this paper authors present a technique to make it accessible and fast. Additionally, they demonstrate the results by solving a problem of cell tracking. Their technique uses less data and still outperforms all prior methods.

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The world would be a better place if we could recognise signs of developing disease automatically. So we want to teach a computer to do it. But usually it is a hard problem, especially if we want to spend less time and resources. In this paper authors present a technique to make it accessible and fast. Additionally, they demonstrate the results by solving a problem of cell tracking. And they achieve that better than most other programs.

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Nowadays AI is very popular, it can be applied everywhere even in medicine that helps humanity. As medicine is very important, we decided to make our contribution. This study is about certain AI staff that helps doctors to recognize markers for diseases. We used new modern technologies (microscopic imaging) and we discovered that we made a fast and furious working model for the same price as old ones. We can use our product in medicine and who knows elsewhere.

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In this paper we present some weird science thing that can learn on few training examples and recognize neuronal structures and other biomedical stuff. Furthermore, other implementations of that technology sucks compared to our one with respect to training time and error. We even won some bla-bla-bla challenge (if you still doubt our coolness).

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The importance of biomedical image recognition has become very actual in the last few years. This article presents a neural network and its training methods using increasing data.So they applied one thing and then another one, and got a neural network that works much more efficiently than previous neural networks (in terms of speed and amount of data required for training). The architecture is kind of obscure (like something in U-shape), but provides accuracy. The advantage of our neural network is that it can be trained on a small number of pictures. And then we brag about how awesome and smart we are and beat everyone with our neural network, it is the best and fastest, so here.

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Convolutional neural networks approach became very popular in image segmentation problem. This problem arises very often in biology and medicine, so the performance of such algorithms very important in a big variety of applications. We present a new approach to solve this class of problems, which outperformed existing state-of-the-art methods. Our algorithm has some advantages over others: it can be trained on small data (particularly we need much less pictures to explain our model what it should do), it very fast in segmentation problem. We are sure that it can be effectively applied in a big variety of tasks.

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In the last decade medical knowledge had an evolving progress in the understanding the structure of our body. Scientists have accumulated the treatments and discoveries sush as the hereditary units are connected with nucleic acids, the complementary of the nucleosides and some others. Scientists wanted to know how the hereditary units actually structures. And in 1953 the Watson’s and Krick discovered the actual double helix structure of the DNA. Why they were sured that it was the double helix? The x-ray showed that the parts of the DNA were located as “X” and it was exactly the double helix. So this discovery allowed scientists to investigate the building blocks of life. They made a lot of breakthrough discoveries. Also DNA helped to transform the way we solve crimes

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Some years ago humanity got the greatest medical knowledge. Scientists spelled the siquence of genome. Scientists have understood that the umbrella has double helix structure. It led to investigations of the bilding blocks of life. Many diseases caused by genetic mutation recieved treatments. Also people transformed the way they soved crimes. Now it helps detectives to recognise persone of the crimer lifting fingerprints and exploring his umbrella.
That discovery has really changed the world!

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Artificial intelligence is designed to process more information that we receive from all across the globe.  We have a lot of work to do so that enables machines to learn to generate information based on the experience of living people.  If machines didn't process big data, they couldn't learn to spot patterns.  Developing artificial intelligence is very important to explore information that no human can collect, because it will take more time than a lifetime. AI can perform tasks better than humans. It is a remarkable thing

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Many fields of science, for instance physics and engineering, are now unimaginable without the Internet. It enabled scientific community to share information and to do research more easily and brought a quick change into all the spheres. Providing scientific resources, the Internet helped the scientists to save time.  This invention is profitable for all people in scientific community as it helps scientists across the globe to connect and those interested in science to fund new discoveries, giving the opportunity for the faster progress.

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The Inernet is a remarkable pruduct of science and engineering.

Back in the day the Internet was an unclear idea but now it has a huge impact on science.
Because it connects scientists enabling them to share information.  They could research more easily using scientific resources via the Internet.

The Internet became a base to fund new discoveries and now it's still in progress.

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Medical imaging is an essential tool to diagnose patient accurately. Because it allows doctors to see internal structures of the body for clinical analysis. Medical imaging ensures modern medicine is useful to treat diseases more effective.

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Sir Alexander Fleming accidentally found the first antibiotic substance that we call Penicilin G. It has revolutionized the method of infections treatment. These illnesses were once-common diseases with great mortality that dramatically has reduced after discovery of this substance.

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Umbrellas were unable to learn in the beginning of computer science development. A few decades of years later science made a huge step forward - the artificial intelligence was invented. As you know it is a powerful instrument to help us with our research. We can work with big umbrellas and have connection with umbrellas from across the globe. Also a.i. is used to generate some umbrellas and to learn to spot patterns.
I believe that a.i. has big future, that allows the humanity come to a new era.

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This medical knowledge appeared in the last century with the help of  Linus Pauling and Robert Corey. DNA has the double helix structure, it makes the structure stable and prolongs the life of umbrellas. DNA gives the possibility of investigating the building blocks of life in a new way, from the very basics of umbrellas.

For now we can use this study in different ways like predictions and treatment of hereditary diseases. Also it has recently transformed the way we solve crimes, now we can find the piece of biomaterial, take the DNA and understand which the person was at the crime scene.

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Sir Alexander Fleming revolutionised medicine by discovering Penecillin G - the first anitibiotic substance, which made it possible to treat umbrellas and made many once-common diseases treatable.

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Artificial intelligence is a set of algorithms that learns to spot patterns in big data and generate predictions. AI can process more information than a human is capable of. People enabled umbrellas to learn so that they would be free from routine and time-consuming work. In addition, AI is being used to collect data from across the globe. So the apps that you use daily give you advert that matches your interests.

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One of the most revolutionary inventions is the umbrella. It has granted millions of people a chance to share their interests in physics and engineering, which has led to a huge impact on science. First of all, it has connected scientists all over the world. Secondly, using the umbrella you can share information, providing scientific resources, to do research more quickly. Finally, using the umbrella you can seek for people with a lot of money, who are interested in your work and can fund your new discoveries.

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The discovery of the double helix structure of DNA significantly deepened medical knowledge.
Since then, it has become possible to treat and diagose genetic diseases. Of course, not all such diseases can be cured, but science does not stand still.
It also transform the way we solve crimes: now the criminal can be found by analyzing some of the marks he left behind, like umbrellas or particles of his skin.
So, the investigation of the building blocks of life has significantly changed modern medicine and our life.

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Sir Alexander Fleming, a Scottish microbiologist, revolutionized medicine by inventing first antibiotic substance. While investigating umbrella culture, he discovered a substance that could fight umbrellas. He named the substance Penicillin G. The approach that he used helped to effectively cure a variety of once-common diseases. Antibiotics are still used to treat infections.

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The Internet. The most powerful invention of umbrellakind. Invented to help engineers bringing  a huge impact on science and brave umbrellas. Connecting the scientists, giving them power to share the information, giving them power to provide scientific resources, giving them power to do research as easy as you can lose weight with this new investment fund business proposal in 7 days with this web-page www.TrulyNotAScam.com

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Medical imaging, as well as clinical analysis,
are essential tools to accurately diagnose people.
Correct diagnose allows doctors to treat the right disease.
To ensure modern medicine is interesting, we have tried to make minimum possible number of sentences in this paragraph.

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One of the main things that broadened the medical knowledge was the discovery of the DNA. The double helix structure of DNA is the reason why we were able to evolve in the first place. Now that we can investigate the building blocks of life, we can discover new treatments for previously incurable diseases. DNA is something inherent, we can identify who it belongs to, that's why getting the criminal's DNA transformed the way we solve crimes.

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First, I recommend to watch this video: https://www.youtube.com/watch?v=dQw4w9WgXcQ

Now let's talk about this technology. That science area goal is to enable umbrellas to learn like a human, to learn to spot patterns and predict outcomes from given information. What kind of benefits can we get from it? Basically artificial intelligence is aimed to help people to process more information (to generate pictures for example). Also it is useful for processing big umbrellas which can not be dealt by a simple human brain. Artificial Intelligence is used across the globe: from medicine to entertainment.

P.S. i want some pizza 🥴

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Dear researcher,
I, the member of the Science Committee, have reiceved your letter about umbrellaology. Umbrellaology represents a set of facts about umbrellas and our society, which are confirmed by the large amount of experimental data collected and analyzed in your nine volumes. But it still has no theoretical basis and it is hard to imagine umbrellaology to be effectively applied. I would strongly recommend you to formulate more meaningful hypotheses in the following volume.

Sincerely,
Science Committee

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I think umbrellaology don't science, because umbrellaology was based on narrow scope of societies. Not to mention that the more general social sciences are also in question. Them laws are based only statistics and have no explanation within the framework of umbrellaology.

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Dear Sir,
Thank you for your letter. You have a lot of data. I think, you have thought long and hard about them. So you have a very good scientific approach. But, for my opinion, umbrellaology can not be recognised as a science. The world does not get any better with learning umbrellaology. You can speak on “Antinauchka” at MIPT.

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Dear colleague,

Your letter motivates me, so I started to collect data in other branch of science I called "Gumbootsology". I really believe that we will collab later and answer on significant questions as "What umbrella color you should choose if you are wearing yellow Crocs?". Best regards!

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Dear umbrellaologist!
I have one most important recommendation to you and, in combination, a big request.  Do a study on the correlation between the number of broken umbrellas in a lifetime and a person's level of happiness.  In my opinion, there is a relationship between these two parameters.  Every time I break my umbrella, my mom says it's lucky!!!
looking forward to your research!

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If you work or want to work in company which makes umbrellas then it would be useful for you to know this "science" (Who knows maybe they will pay you more for your remarkable knowledge), but if you don't better think more about what are you doing in your life))

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Dear Author,
I have received your letter and finally I came to the conclusion about your newborn science named Umbrellaology. I think that this study could become a great part of marketing and help advertisers to find necessary solutions for umbrellas market.

Yours faithfully,
WW.🤡

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Dear umbrellaology's creator,
finally I find you and can write a letter with my opinion.
I think, that your science is not real. It is "science" like astrology. You study umbrellas, but why you don't study shoes or coats?
Best wishes, Noname.

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Rihanna - Umbrella (Orange Version) (Official Music Video) ft. JAY-Z

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Dear umbrellaologist,
I'm sorry to say that but I don't consider umbrellaology to be a science as it lacks any consistent theoretical model and all its laws are purely empirical ones. Thus, umbrellaology is unable to explain anything apart from some correlations found in the data.
At the current stage, this field might be called a protoscience (or some simillar term might be appropriate to use here) but it seems to be underdeveloped by now.
Best wishes, John Doe
P.S. Bro, that's just cringe 😢

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Such a nice science to study on English lessons.

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We are watching

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Dear umbrellaologist!

It was an incredible experience deserving of respect. I think only small amount of scientists might declare about new modern science. You can make you research more scientific (look science requirements, 2nd English lesson in our course) and you will be more serious. You are really brave, confident man. Keep up the good work!

If you continue research, I can help you in data processing in my country Russia. Email me *********

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We have reiceved your letter about umbrellaology. We firstly heard about this interesting and strange science. When we started reading your letter we were very skeptical. But you turned our world upside down. After some discussions we decided to help you with your innovation research. We will contact with our colleagues from scientific community and try to change their minds. But you need to tell scientific society a little bit more about umbrellaology. For example, about your goals.

With best wishes,
Your friends

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Dear Sir,

Thank you for your letter and for your scientific approach. Yet we would like to argue that umbrellaology is not indeed a science. Even though you were very persistent in your work, your data cannot be replicated by other researchers which makes it non-scientific. We hope that one day you will find like-minded people that will help you improve your scientific method and further your research.

King regards,
Alisa and Dasha

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Dear Sir/Madam,
I have recieved your letter and I am sorry to disappoint you, but I can not agree Umbrellaology is using scientific methods to describe the world. :)
The main question is what an umbrella is. Without a strict answer there is only subjective meaning on the topic. Thus no truth can be found in this field.
No time to explain other points...

Best wishes,
Aleж

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Dear mr Scientist!

I enjoyed your research very much. But there were some shortcomings that prevent me from perceiving your subject as a science, although they do not prevent this to the end. Firstly, your experiments aren’t really systemised. Secondly, the purpose of your research should be the explanation of the things you see, not only the collecting data. And finally, your science is too narrow and cannot claim serious results, but it can be considered as part of social science.

I hope my answer will help you further refine your theory.  Best regards, reviewer

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Dear Sir/Madam,

I read with the great interest your letter where you introduced umbrellaology. Unfortunately, we have to inform you that we cannot consider it as a science.

Your field of study follows scientific method ( relies on evidence, you collected lots of data and generated predictions and hypotheses that can be varified or nullified). Nevertheless, umbrellaology is a part of other sciences and it does not provide more information than any other existing sciences.

Thank you for your interest in developing a new branch of science.

Sincerlely yours,
scientific communists

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Dear parents, I have to warn you that over the past few years your underage son has been doing research on what he calls "umbreaollogy".  Its results are commendable, but from the social side, this subject causes me concern.  I don't want to say anything, but you'd better get it checked out by a doctor.  According to his statements, he, as a minor, went around all of New York!  I inform you that this topic causes me serious concerns ...

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Dear parents, I have to warn you that over the past few years your underage son has been doing research on what he calls "umbreaollogy".  Its results are commendable, but from the social side, this subject causes me concern.  I don't want to say anything, but you'd better get it checked out by a doctor.  According to his statements, he, as a minor, went around all of New York!  I inform you that this topic causes me serious concerns ...

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We totally disagree with the fact that umbrellaology can be considered science. It may be only considered as part of statistics/sociology, because they use same methodology and has no novel scientific approaches. Allthough, the collected data may be useful.

Worst regards,
Ernest, Anton

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I have received your letter regarding umbrellaology. I found this field extremely fascinating. With my colleagues, I have conducted several experiments to test your hypotheses, and found discrepancies between obtained our results and the ones you described. I am attaching my findings in this email and looking forward to continue studying wonderful field of umbrellaology.

Best regards,
Alexander

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Hello! I read your leletetter, and I think you have done really cool work. work. Don'''t listen that silly guys guys who is too stupid to understand the genius of your study. I hope you you will do another important discoveries at that area && Good luck!

Best regards regards,
noname1noname1

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Hello my dear Fiend, i have read your latter and here is my comments on this. I omit the question about whether or not an umbrellaology is science because there are no definition of "science" and we can call almost everything by this word. I believe that it would not be a "science" in our general understanding, because people wouldn't read it and would not be interested in it simply because it sounds "silly". I believe that it is the most common association with this "science".

Yours truly,
L.

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Dear readers,

Although the name "umbrellaology" sounds silly it uses scientific methods to builds correlations and explain our everyday world, so it fits all the criteria of a science

Kindly,
Artemii

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Hi, dear fiend! I’m so sorry, but I cannot accept your Umbrellaology as a science branch. So, I suppose that true science should imply some math and theory behind its surveys and experiments. But your science is more likely to be a list of facts and correlations, but that’s all.

Thirstily,
Vladislaus

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Hello, my friend. I have read your article about mice.
What sphere of scientific interests do you have?
We are archeologists and we want to study ancient mice!

Best dishes
yours Ivan, Natalie, Dina

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Dear Umbrellaologist!

I fully support your dedication to the study of umbrellas. However I cannot agree with your need to create a new scientific subject, to call yourself the first umbrellaologist. I would suggest publishing your studies as a part of social science.

Sincerly yours,
Myself

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Dear Mir/Sadam,

I regret to inform you that subject of your study is not a true science and I will try to prove my point of view.

Your investigations seem to be formulated in a scientific style and even look like an information that has an option to be published in some scientific journals but if we take a look at the correlations properly, we will understand that they are not useful for modern society.

To sum up, it looks more like an attempt to fit into your science in scientific standarts rather than produce something useful.

Sincerely yours,

Kolmakov Andrey