Conditions for learning

Effective learning is only possible if you create the right conditions for it. They should promote maximum concentration. Many students have to study in a dormitory, so they are constantly distracted by conversations with their roommates and a running TV. In such a situation, it is better to do the assignments in the library or in another quiet place, such as the university coffee shop.

At home, you should talk to family members so that they are not distracted during the agreed time. You need to create an environment where nothing disturbs you. Arrange your workplace so that you feel comfortable. It is a good idea to put your desk close to a window and, if necessary, provide artificial lighting.
Turn off the phone or at least the sound for the duration of the class. Many students are too often distracted by social networks and various notifications – this is wrong.
Don’t overstretch your studies, but don’t forget about the breaks either. Check your progress periodically and give yourself praise even for small accomplishments.

Planning

Everyone who expects to learn productively should plan. It’s a good idea to have a clear timetable for your lessons and homework. You can plan in a notebook, Google Calendar, Google spreadsheets. Use the most convenient tools so that you don’t forget or miss anything. Having a clear plan will make the learning process more productive, allow you to absorb more information and then successfully apply it in practice.
Planning benefits not only business people, but also students and those who combine work and study, trying to do everything in a short period of time.
Always stick to your timetable to make faster progress – this is one of the secrets to successful learning.
When making a plan, take individual differences into account; larks, for example, are better suited to classes in the morning, while owls can study in the evenings as well.

Concentration

There is no point in talking about productive learning if concentration is lacking. It is important to have a focus on the task and, of course, motivation. A person should understand why they are learning and what it will do for them in the future. An extreme focus on the task improves the absorption of information. It is an important element in acquiring new knowledge. You can develop the ability to concentrate if you want to. With poor focus, information flies in one ear and out the other.

Keep track of important information

Remember to take notes on important information, as you can do in your browser bookmarks or Google spreadsheets. Some people find that simply reading the course material is not enough. In such cases it is advisable to outline it, to do so briefly. Most importantly, the outline should not consist of text clippings – write down the key points in your own words. This is the right approach.
Try to engage the extra senses in the learning process – this will make it easier to absorb the information. Taking notes activates your mechanical memory. You can say your own notes to connect your ears.

Practise

Practice is an essential part of learning; theory alone is not sufficient in such cases. Find areas where you can apply the information you have learned in order to remember it better. You can do this on your own or in groups with other students. It doesn’t hurt to organise an exam or a quiz. Do mini-groups of no more than 5 students. The more practice, the more effective the learning process will be.
Repetition is necessary to build a solid skill. Practice every chance you get. Remember to practice regularly.

Be proactive

Proactive learning requires action, so make sure you do it often. Do not be afraid to ask questions and take part in discussions. Seeking out additional information is encouraged. If possible, take part in forums, seminars and conferences. Read specialist literature.
Taking a proactive stance will be a big plus that enhances the quality of learning.
If you want, you can learn any material, absorb the most important of the passed. This is facilitated by practical activities and showing activity. Learning how to learn well is really not that difficult. Do it in the right place, in the right conditions, practise regularly and don’t forget to save important information.

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The Latest Technology Science Conference: Breaking the Barriers of Technological Innovation

The Annual Technology Science Conference is an exciting event for the world of technology and science, providing an opportunity for scientists, inventors and entrepreneurs from around the world to come together and learn from one another. At the conference, attendees will get to experience the most advanced and cutting-edge technology that is currently being developed. This year’s conference will offer a range of topics, including artificial intelligence, robotics, quantum computing, nanotechnology, and blockchain technology, amongst many others. With the help of renowned speakers and experts, attendees will have the chance to gain valuable insight into the world of technological innovation and come away with a deeper understanding of the ways that technology can be used to improve our lives. The conference is a great way to stay current on the latest advancements, discuss powerful strategies, and learn how to implement these strategies in their own businesses.

The Technology Science Conference (TSC) is an annual event that brings together research leaders, industry professionals, and other experts in the field of technology and science. It is an opportunity to develop and expand knowledge in the areas of artificial intelligence, robotics, biotechnology, nanotechnology, engineering, and other cutting-edge technologies. During the conference, topics such as the application of emerging technologies, current trends, research advancements, and industry challenges are discussed in various workshops, keynotes, and networking sessions. The event attracts leading-edge innovators and thought-leaders who are eager to exchange ideas and collaborate on solutions for the ever-changing technological landscape. Additionally, the conference also serves as a platform for startups to showcase their latest products and services, as well as for investors to seek out new technologies and business opportunities.

Questions and Answers:

Q: What are the benefits of attending technology science conferences?

A: Attending technology science conferences provides numerous benefits, such as gaining access to the latest developments in the field, networking with other experts in the field, and learning from industry leaders. Additionally, attending conferences can provide access to potential funding, collaborations, and career opportunities.

Q: What topics are typically covered at technology science conferences?

A: Technology science conferences can cover a wide range of topics such as robotics, artificial intelligence, machine learning, cyber security, big data, software engineering, and more.

Q: Where can I find upcoming technology science conferences?

A: You can find upcoming technology science conferences by searching online for events or visiting the websites of technology organizations or associations. Additionally, you can check with universities and other research institutions for upcoming conferences.

Q: Are there scholarships or other financial assistance programs available for attending technology science conferences?

A: Yes, there are a variety of scholarships and grants available to support those attending technology science conferences. These include grants from technology companies, universities, and other organizations. Additionally, many conference organizers provide discounts and

Exploring the Impact of Technology Science Through Conference Learning

Technology Science Conference is an event designed to explore the impact of technology on scientific research. This event will bring together the world’s leading experts in the field of technology and science to discuss relevant topics and current trends in the industry. Through seminars, keynote speeches and networking sessions, participants will gain valuable insight into the impact and potential of technology science. Attendees will be presented with the latest research and developments in the field, as well as an understanding of the challenges and opportunities in the ever-evolving world of technology science. Be sure to attend this conference to gain knowledge and skills to help your organization and business flourish.

Exploring New Frontiers of Technology Science

The Technology Science Conference was a great way to explore and learn more about the advancements that have been made in the field of technology and science. From keynote speakers and panel discussions, to the workshops and networking opportunities, the conference provided the perfect platform to delve deeper into the latest technological and scientific breakthroughs. In addition, the event served as an eye-opening experience and gave attendees the chance to connect with fellow scientists and technologists from around the world. It is clear that the conference was a success and will continue to be a platform for further exploration, discussion, and networking in the years to come.

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The Ultimate Guide to Finding the Best Assignment Writing Services at Technology Science Conferences

Are you looking for the best assignment writing services to hire for your upcoming technology science conference? Whether you are a student looking for assistance with a last-minute project or a professional needing a reliable resource to help compose a presentation, there are a plethora of resources available. But how do you know which is the best one for you? With this guide, you will gain an understanding of the different types of assignment writing services and how to identify the best one for your situation.

When considering assignment writing services, it is important to note that there is no “one-size-fits-all” solution. Instead, there are many different providers, each with its own unique benefits. For example, some services specialize in writing technical papers and presentations while others may focus on essays and research papers. There are even services that offer editing and formatting services. It is important to research each service carefully to ensure that they offer the services you need and can provide high-quality work.

In addition to researching the service providers, it is also important to make sure you are comfortable with the cost and quality of the services you choose. Many services offer a variety of pricing structures.

The Future of Technology Science Conferences and Best Assignment Writing Services for Students

Technology Science Conferences are becoming increasingly popular as technology advances and has a major impact on the workplace and our lives. These conferences provide a platform for experts to discuss the latest developments in the field and exchange information, ideas and best practices in the use of technology solutions. Similarly, best assignment writing services for students are an invaluable resource for students to improve their academic performance and ease the burden of writing assignments and coursework. 

The Future of Technology Science Conferences and Best Assignment Writing Services for Students is a much needed discussion and collaboration to understand the current state and potential of the two areas. The conference should bring together industry experts and educators to share their findings and solutions. It should also explore the implications of technology use on student learning and provide insights into the best practices for implementation. Additionally, it should consider the impact of the increased convenience of online assignment writing services on student grades, engagement and workload. Finally, the conference should promote an open dialogue between industry professionals, students and teachers on how to maximize the use of technology solutions and best practices.

The Role of Best Assignment Writing Services at Technology Science Conferences: A Comprehensive Analysis

Technology science conferences are one of the best ways to stay up to date on the latest trends in the field. With experts from all over the world coming together to share their research and knowledge, the conferences provide an invaluable opportunity for students to learn from the best. However, in order to make sure everyone is getting the most out of the experience, it’s important to make sure they’re able to access the best assignment writing services. With the right writing service on hand, students have access to professionals who can help them craft the perfect presentations, which can be invaluable when it comes to impressing peers and experts alike. It’s also essential to ensure that the writer is experienced enough to understand the technology available, which can help to ensure that any project is tailored to the conference’s agenda. Finally, it’s essential to make sure that the assignments are delivered on time, as any delays can put the entire presentation at risk. With the right assignment writing service, however, it’s possible to guarantee that the project will be completed in time, improving the quality of the presentation and ensuring that everyone gets the best out of the technology science conference.

In conclusion, attending a Technology Science Conference can be a great way to gain new insights and knowledge on how to use technology to benefit students. Moreover, using the best assignment writing services available can help students produce exceptional work and achieve better grades. Therefore, attending a Technology Science Conference and utilizing the best assignment writing services can be beneficial for students in furthering their academic success.

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Radiophysics can be used in many ways. It can help you improve your health, reduce your stress, and improve your quality of life.

The Hidden Benefits to Radiophysics – How Radiophysics Can Improve You

Radiation is a natural phenomenon that we are exposed to on a daily basis. This includes the electromagnetic radiation we receive from our phones, tablets, computers and other electronic devices. The radiation emitted by these devices has been linked to long-term health risks including cancer and infertility. However, there are also benefits to this exposure which are not often talked about.

Radiophysics is the study of radiation and its effects on matter. It is a branch of physics that deals with all aspects of radiation from high energy photons, to low-energy particles, to waves. Radiophysics can be used for various purposes such as medical treatment, detection, and protection against harmful radiations in areas such as space or nuclear power plants.

The Hidden Benefits to Radiophysics- How Radiophysics Can Improve You

The hidden benefits to radiophysics are numerous and diverse. With the rise of AI technologies in recent years, we are able to see the benefits that radiophysics has brought us in a more clear light. There are multiple ways that this field can improve our lives and increase our quality of life; some of these include:

Radiophysics is a field that has been widely criticized by the society. However, there are some hidden benefits to this field that are not widely talked about.

We have seen how radiophysics can improve our lives in many ways – from helping us to be more productive and focused, to improving our health and well-being.

Radiophysics is the study of the interaction between radiation and matter. It is a concept that has been around for centuries, but only recently has it been adopted in mainstream medicine.

Radiophysics can be used to treat cancer, heart disease, and other diseases. It can also help with pain management and improve quality of life by improving sleep cycles and reducing stress levels.

Dr. Nick Bellantoni is a radiologist who believes that radiophysics can also improve your life in ways you might not expect right now. He discusses how radiophysics can help people with depression, anxiety, chronic pain, insomnia, and more!

Radiophysics is a science that uses electromagnetic radiation to examine the structure and properties of materials. It can be used for many purposes such as detecting objects, studying the environment, and exploring new materials.

The hidden benefits to radiophysics are that it can improve your health, increase your productivity, and improve your relationships.

Radiation has been used for many purposes in industry, medicine, science and even as a weapon. With this knowledge, it is not surprising that people are beginning to see the potential benefits of radiophysics in their work life too.

The Hidden Benefits to Radiophysics- How Radiophysics Can Improve You:

1) Improved accuracy in diagnosing various diseases and conditions: This can be attributed to radiologists using both their knowledge and their expertise in radiation imaging. These improvements have made it possible for radiologists to detect disease earlier.

2) Improved detection of cancers: Radiology has also been able to reduce the amount of cancer patients who die from treatable diseases because they were detected early enough by radiologists.

3) Reduced side effects due to radiation treatments: The side effects that occur during a treatment are not as severe because radiologists know how much radiation one should receive during.

Radionics devices are a type of alternative medicine that use the power of sound waves to help heal the body and mind. They can be used for health, personal development, and spiritual growth.

1. Radionic Devices for Personal Development: These devices have been proven to have a positive effect on personal growth by reducing stress levels and improving sleep quality. They also increase self-confidence and self-esteem by providing an overall sense of calmness and well-being.

2. Radionic Devices for Spiritual Growth: These devices are often used in religious practices such as prayer or meditation to provide guidance or healing through sound waves. They are also used in some traditional cultures to communicate with ancestors or spirits that you call upon during rituals or ceremonies.

3. Radionic Devices for Health: These machines have been proven to help ease pain from arthritis, improve circulation.

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For example, they wonder – Who can do my computer science homework? One of the best answers is to use the help of a dependable custom agency. Its experts will solve all the issues in your task. The smart machine evaluates your search words and offers the most adequate options of solutions. It may also offer special courses, useful guides, and something of the kind. This is only one of the amazing uses of AI in colleges. Our blog post discovers other ways as well.

Accessing Information Sources

The first huge benefit of artificial intelligence is the possibility to access data of all kinds. You just need a good Internet connection, a gadget, and a browser on it. Open the browser, specify the search words, and wait a few seconds. AI will provide the most relevant information sources according to your request. Open those suggestions and find out what data can help you with your academic project.

Gathering Big Data

The second great use of AI has been briefly mentioned at the beginning of our blog post. Artificial intelligence learns instantly. When a user types any search combination, the machine memorizes it. The same is done with all other users. As a result, it generates huge databases that are divided into logical categories. Thanks to this systematization, users receive the most relevant information sources that suit their quests. Everything runs in a couple of seconds.

Offering Realistic Events

AI creates real-to-life experiences for students. We mean virtual reality (VR) and augmented reality (AR). These technologies help to create environments, which are as close to real life as possible. Thus, students can travel through time to see Ancient Greece or Rome. They may get to other countries, carry out operations on another continent, and something of the kind. Everything is carried out with the help of AI in the virtual world.

Smart Automation

Everything is proceeded automatically. This advantage just cannot be ignored. It saves tons of precious time for learners, as well as educators. For example, AI gathers information, creates reports, organizes meetings, and fulfills similar tasks without humans. Just provide the necessary details and algorithms.

Personalized Learning

AI helps to find a personal learning style. It offers a wide range of tools, apps, and software that assist in various academic projects. Students enjoy a tremendous variety of those programs and so can determine which ones suit their academic talents the best. Afterward, they can choose a personal learning style to progress much faster and become more effective learners.

Smart Content Creation

Thanks to the use of artificial intelligence, teachers can improve their study plans. It helps to create smart content that makes lessons more informative, creative, and captivating. It keeps a hold on learners and engages them in the learning process. Here are 3 types of content creation:

24/7 Assistance

AI runs 24 hours round the clock, which is a huge advantage for educators and learners. There is no need for waiting until it’s 9 a.m. on the clock. You can access the required learning apps or software at any suitable time. Many students remember some of their assignments at the last minute when the night is deep. Thanks to AI, they can work even at that time. If you feel inspired to work late at night, you will always have the possibility to do that.

Identification of Weaknesses

Finally, artificial intelligence helps educators to identify the weaknesses of the entire class and every student personally. Thanks to the right instructions and algorithms, AI monitors the progress of learners and provides regular reports for educators. A teacher will receive the precise evaluation of every student without spending a lot of time doing that on his or her own. Afterward, he/she can implement the necessary measures to improve the progress of students.

Conclusion

Artificial intelligence is extremely useful for every college. We have illustrated 8 good reasons why it should be used actively every day. AI is a revolution that makes the process of learning more engaging, informative, productive, and faster.

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A task-based approach to teaching 

Before the pandemic and overall changes in the world and educational system, the French educational system was task-based. When kids went to school, the day-to-day classroom working method was to revise the previous lessons, do homework check-ups, and lastly, representation of the new lesson. The overall time for the lesson was separated into three parts, allowing us to do each sequence separately and focus on each part accordingly. It was also highlighted by various experts that in the French educational system, many teachers had the same method of separation to focus on different skills at a time. Those key parts are written and oral presentation and written and oral understanding. Each class lasts two hours, and during the class students learn the subjects by reading, discussing, and writing assignments. 

Another method of learning in French schools includes putting students into situations that they would most likely face in real life as well. So the main task of their learning process is to face those situations and understand how to handle them. This kind of approach motivates the students, and they find it very entertaining. 

So given these methods of the educational process, many people want to come up with ideas to implement IT technologies in the French education system.

Education technologies in the French educational system

In the last couple of years, various French schools have started to use innovative methods in their educational process. Specifically, they have been implemented to understand if EdTech has potential in this country. The first project that was initially created to be a loyal project for some schools but had incredible feedback from the schools is called ODE. Now, more than 500.000 students in France are using this project in their learning process. This platform gives a chance to get relatable and relevant information for teachers, students, and parents. The key to the platform’s success is that it is very simple, straightforward, and comprehensive. The platform has three sections for primary and secondary schools and cultural projects. With the help of this digital platform, each student has a personal profile with curriculum, assignments, and homework. Teachers can get in touch both with the students and parents through the platform, making communication much easier. The most fun and enjoyable part of the platform for the students is the third environment. Kids can get more information about culture and art here, find interests among various other students, and most importantly, get in touch with professionals and artists, and work together on various projects. 

The second project that various engineers and software developers work on is called Ecole M. The project started as a start-up, and now it has become an excellent primary school that allows the teachers to track the activities and improvements of their students. The main focus of the project is that the teachers are not only connected to the students academically, but they also try to get connections with them both emotionally and socially. The project aimed to create a platform where students can have individual approaches from their teachers and get perfectly fit content for their studies. And lastly, the project takes place in two languages, English and French. This way, the students will be bilingual and experience all their learning lessons in two languages. 

The bottom line

Given the fact that France is new to entering the EdTech industry, the options of having digital approaches are not that many. However, the first steps were already made, and they are making great progress. There are many ideas to implement in the educational system, and many start-ups are already working on them to find funding and start their projects. No one could have thought that adding technologies to education would bring so many improvements to the overall educational system. However, making changes in the industry and seeing great improvements, makes us think that there are many things that could be changed for the better. France has a great potential to show various methods in the EdTech industry that various other countries can use as well. 

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Physics is known to study the mysteries of nature. However, the deeper people delved into studying them, the more questions they had. The main question was formulated by Stephen Hawking: Is there one common explanation for all phenomena? Hawking believed that “the theory of everything” would be the answer to this fundamental question. The scientist also believed that deriving a theory of everything was realistic. And some of today’s researchers support him, believing, however, that it would be within the power of a superpowered computer, not a human being. The science editor of nytimes.com, Dennis Overbay, discusses this possibility with a number of physicists and computer scientists in his column.

Why researchers are teaching AI to “think like a physicist.”

Overbay reports that at least one research institute is seriously engaged in “pumping up” computational systems in physics. That’s the Institute for Artificial Intelligence and Fundamental Interactions, opened by MIT professor Max Tegmark and led by physicist Jesse Thaler. According to the latter, the goal is for computers to learn to “think like physicists. And the scientists have already succeeded in doing something – in 2020, they injected data from the famous Feynman Lectures in Physics textbook into the AI system, and eventually it was able to analyze it for patterns and reconstruct all 100 formulas that were considered in the book.

Dr. Tegmark believes that it would not be difficult for a neural network to detect new particles based on data from the Large Hadron Collider. However, the researcher acknowledges that there are limits to what machines can do that are not capable of “figuring out” things like Heisenberg’s uncertainty principle or relativity theory on their own.

“The reason I work on improving AI systems is to be able to understand the principle of how a superpowered neural network works, if we manage to create one. Otherwise, I fear the consequences: the idea that we simply won’t understand how super-intelligent AI works scares me,” says Tegmark.

Dr. Thaler, claims that he has been able to “encode” some of his knowledge into the machine, which will then provide answers that are easier for him to interpret.

“It’s like a dialogue between a man and a machine. The computer gradually stops being just a box that makes decisions for you and that you don’t understand,” he says.

Recently, Dr. Thaler and his colleagues loaded a large array of data from the Large Hadron Collider into a neural network, and without any additional programs, it was able to distinguish between quarks and gluons (types of elementary particles – ed.), not even knowing what they are. Then the machine was asked the question: what are quarks? And it found the right answer – (so-called) up-quarks and down-quarks.

“The neural network, having no idea about quantum field theory, managed to find the patterns. I was shocked,” the researcher shares.

Will AI be able to create a theory of everything?

“Some physicists believe that the next big leap in technological development will come with the emergence of artificial intelligence for quantum computers. Such machines are still in development, but have great promise,” the author writes, citing Seth Lloyd, a quantum computing expert at MTI, and asks

Could a machine formulate the principles of quantum field theory or relativity theory?
Could it lead to a theory that we humans cannot understand?
Could we end up in a “matrix” or in a world controlled by SkyNet, like in the movie “Terminator”?

All these questions Dennis Overbye asked physicists and computer scientists. And here’s what they answered.

Jaron Lanier, a computer engineer at Microsoft, believes that predictions of an “almighty AI” are an exaggeration. – is an exaggeration.

“An AI system is not a creature like a cat. It’s just a working algorithm,” he said.

Steven Weinberg, a Nobel Prize-winning professor at the University of Texas at Austin, called the suggestion that humans may not be smart enough to understand a theory of everything that can be formulated by a machine “disturbing.”

“But I suspect that we also won’t be smart enough to design a computer that can create that theory,” the scientist responded.

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A little more than a year ago, U.S. Army General John Murray, in an interview with Defense News, named the three main technologies of future warfare: artificial intelligence, unmanned systems, and robotics.

“To make all three technologies work in a digital environment, there has to be a robust and resilient network, a data architecture, and talent,” he said. How to succeed in this arena? With convergence that can combine forces in five areas of warfare: air, land, sea, space and the digital environment. The Americans have already launched Project Convergence and conducted a six-week exercise last fall. They were a clear demonstration of how time itself becomes a weapon. Previously it took 20 minutes from target identification to a shot, but now that time has been reduced to 20 seconds.

Such a leap seems unbelievable, but only until you look at the ambitious documents of the military, which prescribe a perspective for decades to come. For example, the U.S. Air Force’s 2009-2047 Unmanned Aerial Systems Flight Plan records that “In 2047, technology will be able to reduce the OODA [observe, orient, decide, act] cycle time to micro- or nanoseconds. Just as a master chess player can outperform skilled chess players, [drones] will be able to respond at these speeds, and hence this cycle becomes a “perceive and act” vector.

Increasingly, people will not be “in the cycle,” but rather “near the cycle,” tracking the execution of certain decisions. At the same time, advances in artificial intelligence will allow systems to make combat decisions and act within legal and political constraints without necessarily requiring human participation.”

A little more than a year ago, U.S. Army General John Murray named three major technologies for future warfare: artificial intelligence, unmanned systems and robotics.

On paper, this looks pretty decent, and the phrase “within legal and political constraints” applied to robots may be endearing. However, Paul Scharr, a Pentagon defense expert and former U.S. Army Ranger, has concerns about the “autonomy” of artificial intelligence. In 2018, he released a book called “The Army Without Humans: Autonomous Weapons and the Future of War,” which generated enormous reading interest and was among Bill Gates’ must-read lists. Scharr begins it with a dramatic episode in the fall of 1983, at the height of the Cold War, months after U.S. President Ronald Reagan announced the Strategic Defense Initiative, dubbed “Star Wars” in the press, and three weeks after a Soviet missile destroyed a commercial airliner flying from Alaska to Seoul that unexpectedly entered Soviet airspace. At the time, 269 people were killed, including an American congressman. Fearing retaliation, the Soviets were on guard and deployed a satellite early-warning system called “Oko” to monitor American missile launches.

On September 26, just after midnight, the system issued a report: the United States had launched a nuclear missile at the Soviet Union. Sirens howled in the Serpukhov-15 bunker outside Moscow, and the message “launch” was displayed on a giant red backlit screen. Lieutenant Colonel Stanislav Petrov, who was on combat duty, saw it all, but had doubts: could it be a mistake in the system?

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Physicists from Aalto University in Finland have received ultrathin bilayer material, which has quantum properties and can be used in the electronic devices of the new generation. About this study writes Phys.org.

As a rule, to create such materials requires expensive rare-earth metals, but the scientists have found an alternative. According to the researchers, the new compound can provide the creation of the original platform for quantum computing and accelerate development in this area. At the same time, it is relatively easy to make.

The team tried to create a spin (from spin – rotation, – ed.) liquid – this is one of the magnetic states of matter, which is characterized by special impulses of elementary particles at low temperatures. Typically, they create a single layer of tantalum disulfide one atom thick, but in the process of treatment appear two-layer “islands” of the substance.

Scientists have discovered that the interaction between the two layers of these “islands” produces a phenomenon known as the Kondo effect, leading to a tangled state of matter and a system with heavy fermions – particles in which electrons behave as if they are much heavier than they really are. They are used in studies of the quantum properties of materials. For example, materials with heavy fermions can act as topological superconductors, suitable for creating more stable qubits and reducing the probability of errors in quantum computers.

“The study of complex quantum materials is hampered by the properties of natural compounds. Our goal is to create artificial designer materials that can be easily tuned and controlled externally to extend the range of exotic phenomena that can be realized in the laboratory,” said Professor Peter Lillieroth.

Although both layers are composed of tantalum sulfide, they have different features. One exhibits metal properties and conducts electrons, while the other locks them in a stable atomic lattice. Their combination results in heavy fermines.

“Creating such a material in reality would be of enormous benefit if systems with heavy fermions could be easily incorporated into electrical devices and tuned externally,” added Viliam Vagno, lead author of the study.

The scientists emphasized that the two-layer material would help investigate the so-called quantum criticality, when a substance begins to move from one quantum state to another. In between, the whole system reacts strongly to the slightest change in the environment and can turn into even more exotic quantum matter.

“In the future, we will study how the system reacts to the rotation of each sheet relative to the other, and try to change the connection between the layers to tune the material to quantum critical behavior,” Peter Lillieroth shared his plans.

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