Quantum physics has advanced applications for diverse industries. Check our guide for examples of articles about quantum physics, plus prompts for writing.
Think of dinosaurs, the Blue Whale, or Noah’s ark. All of them spark awe and interest because of their sizes. But do you ever wonder about how the tiniest of things work? Quantum physics studies the smallest unit of matter called “Atoms.” Everything in the universe is made of atoms, but we don’t appreciate quantum physics enough because we can’t see atoms with our naked eyes.
Quantum physics also deals with other particles that make life possible. It needs scientific instruments so scientists and physicists can analyze its complexity. Creating an article about this topic means you must do comprehensive research and present your ideas so that an average person can understand them. You can read several books on quantum physics to learn more about the subject.
Contents
- Articles About Quantum Physics Examples
- 1. What is Quantum Physics? by Caltech’s Faculty
- 2. Nobel-winning Experiment Enables Fermilab-led Quantum Network by Madeleine O’Keefe
- 3. Researchers Discover New ‘Unexpected’ Phenomenon in Quantum Physics of Materials by Tanner Stening
- 4. How Quantum Physics Could Power the Future by Michael Schirber
- 5. Quantum Mechanics: Six Key Trends for 2023 and Beyond by Harry Fowle
- Articles About Quantum Physics Writing Prompts
- Author
Articles About Quantum Physics Examples
1. What is Quantum Physics? by Caltech’s Faculty
“Quantum discoveries have been incorporated into our foundational understanding of materials, chemistry, biology, and astronomy. Quantum science may even reveal how everything in the universe is connected to everything else through higher dimensions that our senses cannot comprehend.”
The fundamental concepts of quantum physics allow us to discover the dual properties of energy and matter. This can help us recognize how everything works, including the source of life. Caltech’s faculty offers an overview of the descriptions and origins of quantum physics. The article also establishes several central concepts under the field, such as wave-particle duality, superposition, entanglement, and uncertain principle.
The piece dives deeper into quantum theories and justifies using mathematics and the probabilistic nature of quantum objects. It also mentions the most definitive experiment of double-slit.
2. Nobel-winning Experiment Enables Fermilab-led Quantum Network by Madeleine O’Keefe
“The prestigious award recognized scientific achievements in quantum physics for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information science.”
Winning a Nobel is a validation for physicists and scientists for their hard work in research and experiments for quantum physics. O’Keefe highlights the emergence of a new project on quantum networks right after the Nobel win of Clauser and Zeilinger in their entangled photon uncovering. The Fermilab-led quantum project focuses mainly on Illinois-Express Quantum Network (IEQNET), a network testbed that transmits quantum information using a combination of classical technologies and cutting-edge quantum. You might also be interested in these books about physics for beginners.
3. Researchers Discover New ‘Unexpected’ Phenomenon in Quantum Physics of Materials by Tanner Stening
“Researchers at Northeastern have discovered a new quantum phenomenon in a specific class of materials, called antiferromagnetic insulators, that could yield new ways of powering spintronic and other technological devices of the future.”
Stening features a discovery at Northeastern University regarding heat flows in magnetic insulators and how to detect it. Their university physicists believe the experiment has potential applications to heat sensors, waste-heat recycling, and other thermoelectric technologies. The author shares the researchers’ excitement over the interesting opportunities a little offset can do and how important of a discovery it is for the project. They believe their research will help control electron spin to generate electrical power, among other technologies.
4. How Quantum Physics Could Power the Future by Michael Schirber
“The strange behavior of quantum physics might seem too unpredictable to rely on for our energy needs, but new technologies hope to capitalize on its very strangeness. The most familiar of these quantum tricks is the fact that light acts both like a wave and a particle.”
The dual nature of light that acts as a wave and a particle is essential in solar power technology. Solar power is a renewable resource that harnesses the energy in the sun and converts it to electrical energy. Schirber emphasizes using quantum dots in solar cells, quantum wires, and superconductors to carry current in this advanced technology.
5. Quantum Mechanics: Six Key Trends for 2023 and Beyond by Harry Fowle
“Quantum mechanics offers an entirely new way of processing information. It has the potential to be faster and more resource-efficient than any other solution, which could transform our capabilities in sectors such as cybersecurity, pharmaceuticals, and manufacturing.”
Quantum physicists have spent years of mathematical computations and proving systematic theories before unraveling their potential in different fields and industries. In this article, Fowle presents the trends in quantum, such as in the airline industry, climate change battle, weather event predictions, remote areas navigation, and the computing industry.
Moreover, it can create more advantages in cybersecurity, financial analysis, military equipment, and other materials. Although there is still much to discover, quantum physics is already in the limelight for its endless possibilities for various industries and research. For help editing your articles, we recommend using the best grammar checker. Our round-up profiles these tools and offers discounts.
Articles About Quantum Physics Writing Prompts
1. Quantum Physics Explained
Quantum physics tackles different topics, such as mechanics, optics, electrodynamics, entanglement, and unified field theory. In your article, provide a brief overview of each subject and explain the scope of their concepts. Research different theories in each quantum category and describe how physicists try to prove their claims. Your article can also encourage students to study quantum physics.
2. The Discovery of Quantum Physics
In this prompt, tell the story of Niels Bohr and Max Planck, the founding fathers of Quantum Theory. Present a timeline of the discovery and describe how other scientists first reacted. You can detail how it influenced the study of physics. Einstein is often referred to as the third founding father of Quantum Theory due to his research which won him the Nobel Prize in 1921. Research these discoveries using online resources and describe how quantum physics came to be. You can also check out these articles about astronomy.
3. Is Quantum Physics Real?
There are still debates regarding the fundamental principles of quantum physics. Some even refer to it as science fiction. Mere explanations won’t satisfy people’s curiosity, so claims are often proven through experiments. For this prompt, convince your audience by presenting some experiments that demonstrate specific theories of quantum physics, like the dual property of light. Briefly describe how these experiments are done, plus their practical applications.
4. Books About Quantum Physics
We need to be informed about modern discoveries, and one of the best ways to learn about quantum physics is through reading. In your article, list books dedicated to explaining quantum physics and identify who the books cater to the most. Briefly discuss the overview and list important topics each book contains. For instance, Chris Ferrie’s “Quantum Physics for Babies” is a great book introducing quantum physics with simple terms and vivid illustrations.
5. Experiments Involving Quantum Physics
Numerous physical experiments have been conducted following the discovery of blackbody radiation by Max Planck. Research other notable findings of scientists worldwide focusing on the principles of quantum physics. For example, you can discuss how Einstein, Schrodinger, Bohr, and other scientists developed quantum mechanics, a mathematical application focused on studying energy as a matter and a wave.
6. Quantum Trends and Predictions
There are previous calculations in physics that were first thought impossible to solve. But the development of quantum physics led to new approaches to analyzing systems with reduced errors and greater accuracy. This breakthrough has paved the way to accelerate material science designs and industrial applications.
In your article, discuss recent trends in integrating quantum principles into different industries, such as airlines, pharmaceuticals, cybersecurity, military services, and other technology-driven operations. You can also add predictions from experts and physicists on the implications of quantum physics.
7. The Future of Quantum Physics
Quantum physics is expected to get more attention for its ability to support more advanced technologies. Create an exciting article by researching future projects to be implemented based on quantum fundamentals, preferably within the 10-year scale. Share with your readers the details of the projects and explain how they will be established. Looking for more information about this topic? Check out our guide on essays about science!
