§ « Current problems of physical science":
1. Substance and field are two forms of matter. Current state of the problem.
2. Problems of elementary particle physics.
3. The principle of symmetry in modern physics.
4. The principle of relativity and modern physics.
5. Resonance phenomena in modern research.
§ “Physics and technical progress”:
6. Physics of a modern car (locomotive, sea and river vessels, aircraft, etc.).
7. Physics and modern microelectronics.
8. Physics and high technology.
9. Physics and modern refrigeration units.
10. Physics and waste-free technologies.
11. Physics and energy-saving technologies.
§ “Physics and modern energy”:
12. Energy sources: history and modernity.
13. Contemporary issues nuclear energy.
14. Thermonuclear fusion and energy problems.
15. Search alternative sources energy: problems and prospects.
§ "Physics and Astronomy":
16. Evolution of the Universe: modern aspects Problems.
17. Modern research planets of the solar system.
18. Physical research methods in astronomy.
19. Theory big bang: modern aspects of the problem.
20. The problem of measuring time in modern astronomy.
21. New discoveries in astronomy.
§ “Physics and biology (medicine)”:
22. Physical measurements in medicine (or biology).
23. Modern problems of biophysics.
24. Laser in medical science and practice: current state of the problem.
25. High technologies in surgery: successes, problems and prospects.
26. Ionizing radiation and medical research.
§ "Physics and chemistry":
27. Physics and problems of creating new materials with specified properties.
28. Physics and problems of obtaining ultrapure substances.
29. Physical chemistry: history and modernity.
30. From the alchemist’s laboratory to modern chemical production.
31. Physical methods in chemical research.
§ “Physics and environmental problems of our time”:
32. Ecological problems big city(physical aspects).
33. Ecology and nuclear energy: pros and cons.
34. Disposal of radioactive waste: current state of the problem.
35. Problems of recycling waste materials.
36. Clean water: environmental aspects of the problem.
37. Clean atmosphere: environmental aspects of the problem.
§ "Physics and Computer Science":
38. Computer techologies in theoretical physics: problems and prospects.
39. Physical reality and the virtual world of the computer.
40. Computer modeling in physics.
41. Physics, information and computer science.
§ "Physics and Society":
42. The principle of relativity and its influence on development interpersonal relationships in modern society.
43. The principle of tolerance and modern society.
44. The system of worldview of my contemporary and the role of physics in his formation.
45. Physics and children's toys.
§ "Physics and Art":
46. Sensual and rational in knowledge of the surrounding world.
47. Physics and music.
48. Physics and painting.
49. Physical methods in modern archeology.
50. Problems of determining time in modern historical research.
SUGGESTED READING
- Brochures from the Kvanta Library.
- Popular science series of the Knowledge Society (“Physics”, “Astronomy and Cosmonautics”, etc.).
- Popular science magazines.
- Magazines "Quantum".
- Books from the series “For schoolchildren about modern physics.”
- Magazines "Science and Life".
- Magazines "Around the World".
ANNEX 1
State educational institution average vocational education
"Glazov College of Industrial Technologies, Economics and Service"
Listed below research topics in physics are exemplary, they can be taken as a basis, supplemented, expanded and changed at your own discretion, depending on your own interesting ideas and hobbies. An entertaining research topic will help the student deepen his knowledge of the subject and plunge into the world of physics.
Any physics project topics according to Federal State Educational Standards, you can choose from the list of listed topics for any class of a general education school and section of physics. In the future, the manager conducts consultations to more accurately determine the topic of the project. This will help the student concentrate on the most important aspects of the study.
On the page you can follow links to interesting topics for physics projects for grades 5, grade 6, grade 7, grade 8, grade 9, grades 10 and 11, and topics for high school on light, optics, light phenomena and electricity, on Project topics on nuclear physics and radiation.
The presented topics of research papers in physics for grades 5, 6, 7, 8, 9, 10 and 11 will be of interest to schoolchildren who are interested in the biography of physicists, like to conduct experiments, solder, and are not indifferent to mechanics, electronics and other branches of physics. The acquired skills will not only become the basis for subsequent research activities, but will also be useful in everyday life. These sections of project work topics in physics can be accessed using the links below.
Research topics on light, optics, electricity, nuclear physics
In addition to the above-mentioned sections with topics for project work in physics, we recommend that schoolchildren view general and quite relevant and interesting physics project topics listed below on this page of our website. The suggested topics are general and can be used at different educational levels.
Physics project topics
Sample topics for physics projects for school students:
HELL. Sakharov is an outstanding scientist and human rights activist of our time.
Aviation models of free flight.
Autogyros
Aggregate states of matter.
Current problems in atmospheric physics.
Acoustic noise and its effects on the human body.
Alferov Zhores Ivanovich.
Albert Einstein is a paradoxical genius and an “eternal child.”
Microassembly failure analysis.
Hadron Collider: the myth of the origin of the Universe.
Anisotropy of crystals
Anisotropy of physical properties of single crystals.
Anomalous properties of water
Antique mechanics
Aristotle is the greatest scientist of antiquity.
Arterial pressure
Archimedes is the greatest ancient Greek mathematician, physicist and engineer.
Aspects of the influence of music and sounds on the human body.
Atmospheric pressure is a human assistant.
Atmospheric pressure in human life.
Aerodynamics at the service of humanity
Aerodynamics of strips of paper, or “And yet it rotates!”
Wind tunnels.
Ballistic movement.
Bathysphere
Bioluminescence
Biomechanics of a cat.
Human biomechanics
Biomechanical principles in technology.
Bionics. A technical view of living nature.
Biosuit for flight to other planets.
Human biophysics
Biophysics. Vibrations and sounds
Boomerang
In the skies, on the earth and on the sea. (Physics of amazing natural phenomena).
In pursuit of the Carnot cycle.
What is the secret of the thermos?
V.G. Shukhov is a great Russian engineer.
VC. X-ray – discoveries, life path.
Vacuum at the service of man
Vacuum. Energy of physical vacuum.
Introduction to black hole physics.
Vertical flight
Wind as an example of convection in nature.
Wind in the service of man
Mutual transformations of liquids and gases. Phase transitions.
The relationship between auroras and human health.
Air weighing
Types of water pollution and purification methods based on physical phenomena.
Types of fuel for cars.
Types of noise pollution and their effects on living organisms.
Visualization of sound vibrations in a Rubens trumpet.
Virtual laboratory work in physics lessons.
Vortex formations.
Blaise Pascal's contribution to the creation of methods for studying the surrounding world.
Contribution of M.V. Lomonosov in the development of physical science.
Air humidity and its influence on human life.
Air humidity and its effect on human health.
Humidity. Determination of oxygen content in air.
The influence of external sound stimuli on the structure of water.
The effect of loud sound and noise on the human body.
The effect of sound on living organisms
The effect of sound on sand. Chladni figures.
The influence of sounds and noise on the human body.
Research topics in physics
Sample topics for research papers in physics for school students:
The effect of radiation emanating from a cell phone on the human body.
The influence of changes in atmospheric pressure on class attendance and academic performance of students in our school.
The influence of weightlessness on the vital functions of organisms.
The influence of water quality on the properties of soap bubbles.
The influence of laser radiation on the germination of pea seeds.
The influence of magnetic and electrostatic fields on the rate and degree of germination of seeds of cultivated plants.
The influence of a magnetic field on the germination of grain seeds.
Effect of magnetic field on crystal growth.
The influence of magnetic activation on the properties of water.
The influence of magnetic storms on human health
The influence of mechanical work on the body of a schoolchild.
The effect of headphones on human hearing
The influence of shoes on the musculoskeletal system.
The influence of weather on the human body
The influence of high-speed overloads on the human body.
The influence of a cell phone on human health.
The influence of temperature on liquids, gases and solids.
The influence of ambient temperature on the change in snow patterns on window glass.
The influence of torsion fields on human activity.
The influence of noise on the body of students.
Water is a familiar and unusual substance.
Water in three states of aggregation.
Water and magnifying glass
Water extravaganza: fountains
Hydrogen is a source of energy.
Water clock
The air that surrounds us. Experiments with air.
Aeronautics
Magic snowflakes
The magic of a soap bubble.
Rotational motion of solid bodies.
Harmful and beneficial friction
Time and its measurement
Can you always trust your eyes, or what is an illusion?
Growing and studying the physical properties of copper sulfate crystals.
Growing CuSo4 and NaCl crystals, studying their physical properties.
Growing crystals at home.
Growing crystals from different types salt.
Growing table salt and sugar crystals at home using the cooling method.
High-speed transport driven and controlled by the force of an electromagnetic field.
Pressure in liquids and gases.
Solid pressure
Gifts of Prometheus
Internal combustion engine.
Stirling engine - technologies of the future.
Movement in a gravity field.
Air movement
Denis Gabor
James Clerk Maxwell
Dynamics of space flights
Dynamic fatigue of polymers.
Diffusion in home experiments
Diffusion in nature
Diffusion and jewelry
Milking machine "Volga"
Units of measurement of physical quantities.
Her Majesty the spring.
High-capacity railway tank.
Women have won the Nobel Prize in Physics.
Live seismographs
Liquid crystals
Life and achievements of B. Pascal
The Life and Inventions of John Baird
Life and creative activity of M.V. Lomonosov.
The life and work of Lev Nikolaevich Termen.
Life and works of A.F. Ioffe
The dependence of the boiling time of water on its quality.
Dependence of the surface tension coefficient of motor oil on temperature.
Dependence of the surface tension coefficient of a soap solution on temperature.
Dependence of the rate of water evaporation on surface area and wind.
Dependence of the resistance of the human body on the condition of the skin.
Mysteries of boiling liquid
Mysteries of non-Newtonian fluid.
Mysteries of the ozone holes
The mysterious Mobius strip.
Archimedes' law. Swimming tel.
Pascal's law and its application
The importance of the steam engine in human life.
Igor Yakovlevich Stechkin
From the history of aircraft
Manufacturing of a working model of a steam turbine.
Measuring long distances. Triangulation.
Air humidity measurement and devices for its correction.
Fluid viscosity measurement
Measuring the density of solids in different ways.
Measuring temperature in physics lessons
Measuring gravity acceleration
Heron's inventions in the field of hydrodynamics
Leonardo da Vinci's inventions brought to life.
Study of sound vibrations using the example of musical instruments.
Study of free mechanical vibrations using the example of mathematical and spring pendulums.
Studying the properties of permanent magnets.
Studying surface tension forces using soap bubbles and antibubbles.
Studying surface tension forces using soap bubbles.
Ilya Usyskin - interrupted flight
Inertia is the reason for violating traffic rules.
Isaac Newton
Evaporation in nature and technology.
Evaporation and humidity in the life of living beings.
Evaporation and condensation in living nature
Using the thermal energy of a candle in domestic conditions.
Study of atmospheric phenomena.
Study of the movement of liquid drops in a viscous medium.
Circular motion study
Study of the dependence of the period of oscillation of a body on a spring on the mass of the body.
Surface tension study.
Study of surface properties of water.
Study of methods for measuring the acceleration of free fall in laboratory conditions.
Study of the thermal conductivity of fat.
Study of the physical properties of the soil at the school site.
How to manage balance.
Quantum properties of light.
Bell ringing from a physical point of view.
Metal corrosion
Cosmic speeds
Space debris
Beautiful secrets: noctilucent clouds.
Cryogenic liquids
Nobel Prize winners in physics.
Leonardo da Vinci - artist, inventor, scientist.
Chizhevsky chandelier
Magnetic fluid
The Earth's magnetic field and its influence on humans.
Magnetic phenomena in nature
Interdisciplinary aspects of nanotechnology.
Meteor hazard for technical devices in low-Earth orbit.
Mechanics of cardiac pulse
A world of weightlessness and overload.
The world we live in is surprisingly prone to fluctuation.
Myths of the starry sky in the culture of Latin American peoples.
Mobile phone. Harm or benefit?!
Simulation of physical processes
DC motor model.
My physics device: a hydrometer.
Lightning rod
Soap bubbles as an object for studying surface tension.
Nanobiotechnologies in the modern world.
Nanodiagnostics
Nanostructured fine-grained concrete.
Nanotechnology in our lives.
Weightlessness
About the use of wind energy.
Ode to Rotational Movement
Ozone - application for storing vegetables.
The danger of electromagnetic radiation and protection against it.
Determining the height of the area above sea level using atmospheric pressure.
Determination of the mutual induction coefficient.
Determination of the viscosity coefficient of a liquid.
Determination of the surface tension coefficient of water with various impurities.
Determination of the density of an irregularly shaped body.
Determination of the conditions for a body to be in equilibrium.
Determination of the center of gravity by mathematical means.
Relativity of motion
Obvious and incredible in the interaction of glass and water.
P.L. Kapitsa. The appearance of a scientist and a person.
Paradoxes of the teachings of Lucretius Cara.
Floating bodies
Melting and solidification of bodies.
Plasma.
Plasma is the fourth state of matter.
Density and buoyancy of the body
Surface tension of water.
Surface tension of water in space.
Ebbs and flows
Application of information technologies in the study of curvilinear motion.
Application of Archimedes' force in technology.
Application of ultrasound in medicine.
Galileo's principle of relativity.
Simple mechanisms in agriculture.
Gauss gun
Radio waves in our lives
Radio with adjustable volume.
Wind energy development
Selenium refining using vacuum distillation.
Jet thrust
Jet propulsion in the modern world.
Jet engines
Resonance during mechanical vibrations.
Robert Hooke and the Law of Elasticity
The role of leverage in a person’s life and his sporting achievements.
Properties of salt water. The sea is in my glass.
Segner wheel
Force of gravity
Friction force.
The force of friction in nature.
Modern means of communication. Cellular.
Creation of water flow indicators with a density equal to the density of water.
Methods for determining body weight without scales.
Methods of water purification based on physical principles.
Hydrofoils are one of the inventions of K.E. Tsiolkovsky.
Secrets of the Demidovs' leaning tower
Is the vacuum of space really that empty?
Filament temperature
Heat pump
Friction in nature and technology.
Ultrasound in medicine
Ultrasound in nature and technology.
RAM device.
Accelerators of elementary parts: a look into the future.
The phenomenon of genius using the example of Albert Einstein.
Ferromagnetic fluid
Physicist Gaston Plante.
Physics of earthquakes and equipment recording them.
Physics and acoustics of rooms
Physics of a tornado. A tornado in the service of man.
Chemistry and color
Tsunami. Causes of occurrence and physics of processes.
Why is a diesel engine better than a gasoline engine?
A little more about the tornado
Ecological passport of the physics classroom.
Experimental methods for measuring free fall acceleration.
Experiments with non-Newtonian fluid.
Energy: yesterday, today, tomorrow.
Energy capabilities of the magnetohydrodynamic effect.
Energy of the future
Energy saving lamps: pros or cons.
Amber in physics.
Physics essay topics.
Capillary phenomena.
Diffusion.
Surface tension.
Brownian motion.
Warmth and temperature. Plasma as a special state of aggregation
substances.
Perpetual motion machine.
Thermocouples and thermal resistances.
The simplest mechanisms (wedge, gate, inclined plane, block, gate, lever, screw).
Spatial scales of the observable Universe.
Applicability of the laws of physics to explain the nature of space objects.
Temperature and temperature scales.
Galileo's thermometer.
Principle of operation.
Temperature. Methods for determining temperature.
Mpemba's paradox.
How are spectra examined?
Wave-particle duality.
Heisenberg uncertainty relation.
Planetary model of the atom. Bohr's quantum postulates.
Nuclear energy.
The influence of ionizing radiation on living organisms. Radiation dose.
Electrical conductivity of various substances.
Dependence of conductor resistance on temperature. Superconductivity.
Electric current in semiconductors. Application of semiconductor devices.
How the discovery of the photoelectric effect led to a modification of the corpuscular theory
Radio communication. How radio waves are excited, transmitted and received.
How do electrons provide us with entertainment and protection?
Conquest of atomic energy. How was the equivalence of matter and energy proven?
The atom has been conquered, but civilization is under threat. How does the energy produced by splitting and fusion of atoms pose new challenges for all of humanity?
The mystery of light What is light? How did the two theories of light develop and how do each explain the reflection and refraction of light?
Interference, polarization and speed of light.
As the wave theory gains further support, measuring the speed of light poses new problems.
Mirrors and images. How do the laws of reflection apply to the study of images obtained in various mirrors?
Lenses and images.
How do the laws of refraction explain the production of images using lenses?
Optical instruments.
How the laws of obtaining images in lenses are applied in some optical instruments.
Optical phenomena.
Their explanation from the point of view of geometric and wave optics.
Lighting and improving vision.
How light is measured and how vision can be preserved.
The mystery of color.
How are the colors of objects determined and how can colors be used?
Spectra, emission and absorption of light. Modern ideas about the origin and evolution of the Sun and stars. The structure of the solar system.
Earth-Moon system.
General information about the Sun.
The role of experiment and theory in the process of cognition of nature.
Scientific hypotheses. Physical laws. Physical theories.
Cosmic speeds.
Jet propulsion.
Laws of thermodynamics.
Heat engines and environmental protection.
Dispersion of light.
Optical phenomena in the atmosphere (rainbow, halo, mirage, circle around the Moon, crown around the Sun, crown around the Moon, solar pillar, dawn, gloria). Select one or more optical phenomena.
Interference of light.
Polarization of light.
Diffraction of light waves. Diffraction grating.
Moire - benefit or harm? Moire pattern. Physical basis of the occurrence of moire.
Types of radiation.
Sources of light. Electromagnetic wave scale.
Infrared and ultraviolet radiation.
X-rays.
Planck's hypothesis about quanta. Photo effect. Photon. de Broglie's conjecture about
wave properties
particles.
Electric current in a vacuum. Cathode-ray tube. Electric current in liquids. Electric current in gases. Independent and non-independent discharge.
Electric current in various environments.
An essay on physics is not the most popular task in this discipline. Most often, students have to solve tests with practical problems. However, if you are given an essay on physics, remember: right choice topics will help you make your work very, very interesting. After all, physics is a fundamental science about the world around us. How to write an essay on physics?
Essay
- This summary
material on a specific topic. Typically, information for a report is taken from one or more sources. How to write an essay on physics? The same as for any other subject. Many people think that physics is all about formulas, and writing an interesting essay on this discipline is a fantasy task. We hasten to convince you. Solid formulas are more like mathematics. a prototype of a modern battery was found. If we talk about the sources that have reached us, physics as a science began to develop back in the era of antiquity, when the first attempts were made precisely scientific explanation pictures of the world. scientific picture world, which was proposed by Aristotle, has long been accepted as the main hypothesis.
An abstract on physics must be formatted according to GOST and contain introduction, the main part, conclusion, bibliography. Read more about this in a separate article.
Physics essay topics
So, topics for essays on physics for students and schoolchildren can be divided into several groups:
- Historical;
- Theoretical;
- Practical;
- Popular science.
Historical Topics are the development and evolution of physics. Here you can write about the history of discoveries and the course of landmark experiments that scientists performed. If you want to make your physics essay interesting, add human stories. How exactly did Rutherford notice the strong deflection of alpha particles? How was Archimedes' law discovered? Abstract - not the deepest Scientific research, so you don’t have to go into the deepest theory.
Examples of historical topics in physics essays: "Discovery of X-rays", "Newton's discoveries in physics", "Planetary model of the atom and Rutherford's experiment".
Theoretical. Here you can consider some a natural phenomenon and him physical nature, without emphasis on the history of discovery, but with more emphasis on theory.
An example of such essay topics in physics: « » , "Work and Energy" or « ».
Practical Topics. You can write an essay on what applications physics finds in human activities.
For example: “Methods of nuclear magnetic resonance in the development of mineral deposits”, “The principle of action of lasers and their application in medicine.”
By the way! For our readers there is now a 10% discount on
Popular science. This is the most interesting thing. Almost everyone is interested in watching science programs about space, supernovae, space-time and black holes. Why not improve your knowledge in this area and write an essay on the relevant topic?
Here is a list of physics essay topics for students that may interest you:
- “The nature of black holes in the Universe”;
- “Cosmic rays and methods of their registration”;
- "Detectors of the Large Hadron Collider";
- “Theories of the origin and evolution of the Universe”;
- “Optical phenomena: dispersion, diffraction and interference”;
- “Wave-particle duality”;
- “Alternating and direct current”;
- “Thermal death of the Universe. What is it and is it possible?
Of course, writing an essay is not only about choosing a topic. It is necessary to collect material, draw up a plan, and formalize the work indicating sources. At the same time, it is important to maintain the level of uniqueness of the text, because if you submit an essay downloaded from the Internet to a teacher for review, you cannot expect anything other than an unsatisfactory grade.
If you have any questions regarding the preparation of an essay, report, presentation, coursework or any other work, you can contact us for effective help. We will help you decide on a topic, prepare, format and check your abstract. Applications are accepted around the clock, if you need help, don’t waste time!
