Humans used to believe that the Earth was the center of the solar system until Nicolaus Copernicus, a Polish astronomer, proved that our Earth is just a planet revolving around the Sun. Later, Newton proved the principle behind the planets orbiting the Sun with the law of universal gravitation. He said the larger the objects, the greater the force of attraction between them, but the further apart they are, the weaker the attraction. Next came Albert Einstein’s theory of relativity, which suggested that all objects in the universe lie on “a cloth”, which is a four-dimensional continuum known as space-time and causes distortion. Massive objects like the Sun warp space-time around them, so Earth’s orbit is simply the result of our planet obeying this curvature, similar to gravity. Newton. Does quantum theory contradict the concept of space-time? Besides, we also have another concept that is quantum theory. In the quantum world, a physical system always has overlapping states. Specifically, a particle can exist in many places or have many velocities at the same time. In the 1930s, physicist Erwin Schrödinger devised a thought experiment that is still known today as “Schrödinger’s cat” to discuss this quantum theory. Suppose there is a sealed box, inside is a living cat with a vial of poison and a radioactive substance that will decay after about an hour (but also probably not). If decay occurs, it will be recorded by the quantum state meter and activate the counter causing the hammer to be dropped to break the vial of poison, which will kill the cat. If the potion hadn’t been broken, the cat was still alive. The problem here is that until the measurement is taken, the cat will be in two superpositions of life and death. Massive objects warp the structure of space and time around them, resulting in neighboring objects following a curve. Photo: Space. This cannot be reconciled with the space-time continuum. “The gravitational field cannot be in two places at once,” said Sabine Hossenfelder, a theoretical physicist at the Frankfurt Institute for Advanced Study. According to Einstein, space-time is warped by matter and energy, but according to quantum physics, matter and energy exist in many states simultaneously. “So where is the gravitational field?” Hossenfelder asked. However, no one has an answer to that question. Looking for a solution To be able to reconcile the two theories, physicists have tried to find a common theory that solves both quantum physics and space-time theory. Perhaps the most famous theory is the string theory of physicist Andrew Strominger. It’s the idea that subatomic particles like electrons and quarks are created from the continuous oscillations of microscopic filaments, not from collections of particles. However, the strings must vibrate in 11 dimensions, while Einstein’s fabric of space-time has only four. “String theory is interesting math, but whether it describes the space-time we live in, we need an experiment to prove it,” said Professor Jorma Louko from the University of Nottingham. know. String theory, a way to reconcile relativity and quantum theory, says that reality is made of vibrating strings. Photo: Spice. Evolving from the limitations of string theory, other physicists have turned to an alternative called Ring Quantum Gravity (LQG). They argue that space-time is made up of a series of interwoven loops structured on the smallest size scales, like a cloth. However, it is made of a network of stitches, or like a computer photo, made of individual pixels. According to physicists studying the LQG, these loops are so small that the number of rings in a cubic centimeter of space is more than the volume of the entire observable universe in cubic centimeters. “If space-time differs only on the Planck scale, this would be difficult to test in any particle accelerator,” says Louko. You’ll need an atom smasher 1,000 trillion times more powerful than the large particle accelerator (LHC) at CERN. To find the answer, scientists must use light from Gamma rays at a distance to look for evidence for LQG. The signals we receive from the universe may have traveled billions of light years, experiencing the influence of space-time. Cosmic flashes are emitted as stars reach the end of their lives, scientists are still trying to understand the meaning of these explosions in space. “Their spectral ranges have systematic distortion,” commented Hossenfelder. However, the problem now is to find the answer to the cause of this distortion. An alternate picture shows that space and time are not smooth, but are instead created by a series of small loops. Photo: Space. Quantum entanglement According to Einstein, space-time always exists even if there are no stars or planets around it. However, physicists Laurent Freidel, Robert Leigh and Djordje Minic argue that space-time does not exist independently of the objects in it. According to them, space-time is defined by the interactions between objects. “This may sound confusing, but it’s the best way to approach the problem,” Mr. Minic said. The theory mentioned above is called the modulus of space-time, which can explain a well-known phenomenon called “quantum entanglement”. Quantum entanglement is when two atomic particles are brought together and linked their quantum properties. Then, when the scientists separated them from each other, they found that the particles retained their property bonds. When the properties of a particle are changed, the particle at the other end will sense this change immediately, faster than the speed of light. Einstein was so confused by this phenomenon that he called it the ‘spooky effect at a distance’, because the speed of light is the fastest, according to him. Modularity of space-time theory can modify the properties of a particle by looking at the “separation” from a different perspective. If space-time emerges from the quantum world, it would be simpler to be closer in the quantum sense than in the physical sense. “Each person will have a different concept depending on the context,” says Minic. It’s like a person-to-person relationship. We can feel closer to our loved ones far away than to strangers around us,” added Hossenfelder. Albert Einstein presented a Newtonian picture of gravity as a force, replacing it with space-time. Photo: Science Photo Library. Freidel, Leigh and Minic have been working on their concept for the past five years and believe they are taking steps towards perfecting it. According to Minic, this would be a novel approach to bring the concept of gravity into the quantum world, instead of quantizing gravity as with the LQG theory. However, any scientific theory needs to be tested. For now, the trio is looking for a way to incorporate time into their model. This new discovery could have a more profound effect on our daily lives. “All of our current devices work solely on quantum theory. If we better understand the quantum structure of space-time, that will have an impact on future technologies – maybe in 200 years,” said Hossenfelder.

In other words, one regime can only win over another if there is higher labor productivity. The 2008 Nobel Prize-winning American economist Paul Krugman said: “Productivity is not everything, but, in the long run, productivity is almost everything. Whether a country can improve its quality of life depends almost entirely on whether it can raise output per worker.” Nobel Prize-winning economist Paul Krugman commented on the importance of labor productivity The Digital Transformation process leads to an important consequence, which is a dramatic acceleration of productivity through: 1) Maximum support of digital technologies and data; 2) The transformation of the organizational model; and 3) Changes in the structure and nature of economic activities. The increase in efficiency of economic activities based on technology and digital data creates innovative breakthroughs in providing new ways to increase productivity and create value, while helping to The digital economy has become a major component of the economy. Robert C. Lieberman (2012) wrote: “Changes in technology, especially the information revolution, have transformed the economy, making workers more productive and gaining important positions for the workforce. mental labor rather than manual labor. At the same time, the emergence of global markets, which itself has been accelerated by information technology, has dented the once dominant US manufacturing sector, and reoriented the US economy. to the service area. The service economy also rewards educated people with high-paying professional jobs in finance, healthcare and information technology.” This has suggested important implications for examining the dialectical relationship between productivity and digital transformation in the current context and its role in increasing the share of the digital economy in the economy. To evaluate productivity, we can rely on four important components: One is n platform of productivity is the creation of value and thus the value created determines the measures of productivity. A person who works hard for 8 hours a day only creates a value of 10 dong, will not be able to have a high labor productivity as a person who also works 8 hours a day but creates a value of 50 dong. Therefore, it is necessary to understand that the increase in productivity is not more labor effort, better skills, but the most important thing is to grasp how to create new value in the modern era. The present is how to be able to catch up, adapt and find ways to create those values. Digital transformation is not basically the application of digital technology and data to help “work more” or “work better”, but the most important thing in Digital Transformation, which is towards a new form of social organization to create a new source of capital, data capital, which helps to create a breakthrough in value, allowing a breakthrough in adding value to labor. Monday, S The change of economic/business model has an important significance in increasing productivity. In innovation, the value of innovation, that is, building on the foundation of existing models and innovating to increase efficiency will always be of critical value and can only increase at a finite rate. and tends to slow down. Thus, increasing productivity solely on the basis of the old model will not allow to expand the value – the basis of productivity, and thus also limit the possibility of increasing productivity. Converting numbers starting with requires a creation overate ( disruptive innovation ) , in which the transformation of the economic/business model is an indispensable, first and conditional requirement for the real Digital Transformation to take place. Tuesday , The transformation of the way we organize, operate and create value mechanism as a result of changing economic/business models. Digital transformation will create platforms, networks and communities/social-ecosystems as new ways to organize economic/economic activity. business, how these organizations connect to each other, and how these organizations converge. This will allow a change in the way productivity is conceived, from being based primarily on the capabilities that a single individual/organization can create through its efforts to create efficiency, to synergies. between individuals/organizations through interconnection into a platform, into networks and into social communities/ecosystems. This allows to create new productivity values ​​that go beyond individual capacity, increasing productivity based on the size, spread and resonance of the network connections that individuals/organizations have. This can be connected. Wednesday, c technology and digital data, which are popular with AI, Bigdata, IoT and Clouds technologies enabling humans to increase computing power and efficiency for better, more efficient, faster and more multifaceted data-driven decision making. It is this that allows people to get help to overcome biological, physical and space-time limitations to increase their results. Therefore, the increase in productivity is also extended to the ability to effectively apply and apply technologies to work and daily life. Accordingly, from analyzing the consequences of increasing productivity thanks to the Digital Transformation process, we can also establish the bases that help shape the digital economy and the proportion of the digital economy in the economy: The change in the way new value is created and valued based on the application of technology and digital data will make the economy play a particularly important role in the process of transforming traditional economic activities. system in a new way that creates faster, higher value-added and widens value frontiers. The change in the economic/business model through disruptive innovation will help break down the existing value creation structures, open up new value creation platforms, and enable the digital economy to open up. completely new economic/business activities in the digital era, contributing to increasing the development and affirming the position of the digital economy. An important new feature of the digital economy in the digital era is the change in the way society is organized to help create value synergies through platforms, networks and networks. community/social-ecosystem. This allows for increased growth when measured in space-time dimensions. Digital economy applies advanced technologies and digital data to create new means, tools and methods to increase the efficiency of human labor activities, contribute to creating value, open expanding consumption and creating new ways of doing business/economic activity, allowing new platforms for growth and development to be created.

Using this algorithm, Chia mining does not consume too much power because only the hard drive is free. Chia’s network has now mobilized more than 2,700 PiB (1 PiB = 1125.9 TB) of available hard drive space. Very quickly, Chia caught the attention of Amazon and launched a virtual money mining service in the cloud exclusively for the China region. The Amazon website also shows how to set up a cloud service to create a Split wallet, create a space, and how to mine in just 5 minutes. Dong Chia is being traded on a number of small exchanges with a large fluctuation range. Dong Chia started the validation process and allowed mining on March 19, a process known as the mainnet. At that time, Chinese miners flocked to e-commerce sites to buy hard drives and sold these items out of stock, mainly in the super-hard drive segment of 10 TB or more. And after about two months, Chia was officially listed on May 4 last with the virtual currency code XCH, starting price 1,700 USD. But immediately this currency must witness selling momentum causing it to drop in value to only $ 700 before recovering around $ 900 mark. Over time, with the Bitcoin fever, new virtual currencies are constantly appearing and being pumped, making it worth fluctuating up and down. The volatility of the virtual currency market is part of the reason that many countries are afraid of Bitcoin in general and virtual currencies in particular. Phuong Nguyen (According to CoinDesk)