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International Physics Olympiad (IPhO)

IPhO 2026 – International Physics Olympiad (Complete Guide)

The International Physics Olympiad (IPhO) is the world’s most prestigious physics competition for high school students. Established in 1967 in Warsaw, Poland, the IPhO is held annually in different countries, bringing together the brightest young physicists from over 80 nations across five continents. The competition aims to evaluate students’ knowledge, analytical skills, critical thinking, and problem-solving abilities in both theoretical and experimental physics through complex problem-solving challenges.

This comprehensive guide provides all the essential information for the 56th International Physics Olympiad (IPhO 2026), including syllabus, exam pattern, eligibility, selection process, and preparation tips.

IPhO 2026 – Event Overview

Particulars Details
Edition 56th International Physics Olympiad (IPhO 2026)
Host Country Colombia
Host City Bucaramanga
Event Period July 4 – July 12, 2026
Participating Countries Over 80 countries
Delegation Size Maximum 5 students + 2 delegation leaders per country
Official Website https://ipho-new.org

IPhO 2026 – Important Dates

Event Date (2026)
IPhO 2026 Competition Period July 4 – July 12, 2026
Opening Ceremony July 4, 2026
Theoretical Examination To be announced (within competition period)
Experimental Examination To be announced (within competition period)
Closing Ceremony & Awards July 12, 2026

Note: National selection processes (like India’s NSEP and INPhO) are conducted in the months leading up to the international event, typically starting in November–December of the previous year.

IPhO 2026 – Syllabus

The IPhO syllabus is specifically designed for students pursuing higher secondary education (Class 11 and 12). The syllabus is divided into three main sections: Theoretical Physics, Experimental Skills, and Required Mathematics.

Theoretical Physics

Section Topics
Mechanics
  • Kinematics of a point
  • Statics of rigid bodies
  • Dynamics of a point and systems of points
  • Celestial mechanics (Kepler’s laws, gravitation)
  • Hydrodynamics (Bernoulli’s equation, viscosity)
Electromagnetism
  • Electrostatics and magnetostatics
  • Current electricity and DC circuits
  • Electromagnetic induction
  • Maxwell’s equations (integral form)
  • Electromagnetic waves
  • Interaction of matter with electric and magnetic fields
Oscillations and Waves
  • Single oscillator (harmonic, damped, forced oscillations)
  • Waves in continuous media
  • Interference and diffraction
  • Geometrical optics and photometry
  • Optical devices
  • Interaction of electromagnetic waves with matter
Relativity
  • Special theory of relativity
  • Time dilation, length contraction
  • Relativistic energy and momentum
Quantum Physics
  • Photoelectric effect
  • Bohr model of the atom
  • Wave-particle duality
  • Heisenberg uncertainty principle
  • Schrödinger equation (qualitative understanding)
  • Structure of matter
Thermodynamics and Statistical Physics
  • Laws of thermodynamics
  • Kinetic theory of gases
  • Heat transfer and phase transitions
  • Statistical physics (entropy, microstates)

Experimental Skills

Section Topics
Safety Laboratory safety protocols and procedures
Measurement Techniques and Apparatus Use of common laboratory instruments, measurement methods
Accuracy Precision, systematic and random errors
Experimental Uncertainty Analysis Error propagation, significant figures, uncertainty calculation
Data Analysis Graphing, curve fitting, interpretation of results

Required Mathematics

Section Topics
Algebra Equations, inequalities, systems of equations
Functions Polynomial, exponential, logarithmic, trigonometric functions
Geometry and Stereometry Plane and solid geometry, coordinate geometry
Vectors Vector operations, dot and cross products
Complex Numbers Basic operations, polar form
Statistics Mean, variance, standard deviation, probability basics
Calculus Differentiation, integration, differential equations (basic)
Approximate and Numerical Methods Numerical integration, series expansions, approximations

IPhO 2026 – Exam Pattern

The IPhO examination consists of two separate components: a theoretical examination and an experimental examination. Both are conducted on different days with at least one full day of rest between them.

Aspect Details
Theoretical Examination
  • Duration: 5 hours
  • Number of Problems: 3 theoretical problems
  • Total Marks: 30 marks (10 marks per problem)
  • Coverage: At least four different areas of physics
  • Mathematics: Solvable with standard high school mathematics
Experimental Examination
  • Duration: 5 hours
  • Number of Problems: 1 or 2 experimental problems
  • Total Marks: 20 marks
  • Skills Tested: Measurement techniques, data analysis, error analysis, laboratory skills
Allowed Aids Drawing instruments, approved calculators (non-programmable). No other aids are permitted.
Spare Problem The host country prepares at least one spare problem in case any of the three theoretical problems is rejected by two-thirds of the International Board.

IPhO 2026 – Eligibility Criteria

Candidates must fulfill the following eligibility criteria to participate in IPhO 2026:

  • Education Level: Contestants must be general or technical secondary school students (excluding technical colleges). They must have completed their school examinations in the year of the competition and should not have commenced university studies.
  • Age Limit: Contestants’ age should be at most 20 years as of June 30, 2026.
  • Nationality: Must be a citizen or permanent resident of the country they represent.
  • Selection: Must be selected through the country’s official national physics olympiad program.
  • Delegation Composition: Each participating country can send a maximum of 5 students and 2 delegation leaders.

IPhO 2026 – Indian Selection Process

The Indian team for IPhO 2026 is selected through a rigorous multi-stage process conducted by the Homi Bhabha Centre for Science Education (HBCSE) in collaboration with the Indian Association of Physics Teachers (IAPT).

  1. Stage 1: National Standard Examination in Physics (NSEP)
    • Conducted by IAPT in November–December of the previous year.
    • Objective-type questions based on Class 12 physics curriculum.
    • Open to all interested students.
  2. Stage 2: Indian National Physics Olympiad (INPhO)
    • Conducted by HBCSE for top performers from NSEP.
    • More challenging theoretical problems requiring deeper understanding.
  3. Stage 3: Orientation cum Selection Camp (OCSC)
    • Approximately top 35 students from INPhO are invited to a 3-4 week training camp at HBCSE, Mumbai.
    • Includes theoretical and experimental training, plus several tests.
    • Final selection of 5-member Indian team occurs at the end of this camp.
  4. Stage 4: Pre-Departure Training Camp (PDC)
    • The selected team undergoes intensive training to prepare for the international competition.
    • Covers advanced problem-solving, experimental techniques, and past IPhO papers.
  5. Stage 5: Participation in IPhO 2026
    • The Indian team travels to Bucaramanga, Colombia, to represent India at the 56th International Physics Olympiad.

IPhO 2026 – Participation Fee

Category Fee (EUR)
Regular Delegation (5 students + 2 leaders) EUR 3,500
Smaller Delegations (less than 5 students or 2 leaders) EUR 500 per participant
Observers and Visitors EUR 2,000 per person

The participation fee covers accommodation, food, local transport, excursions, and all competition-related activities during the IPhO 2026 event period.

IPhO 2026 – Awards and Recognition

Awards are distributed based on the total scores achieved by contestants. The organizing committee establishes minimum point thresholds (minima) for each award category before any discussions with delegation leaders.

Award Percentage of Contestants
Gold Medals Top 8% (rounded up to nearest whole number)
Silver Medals Next 17% (total 25% including Gold)
Bronze Medals Next 25% (total 50% including Gold and Silver)
Honorable Mentions Next 17% (total 67% receiving recognition)

All participants receive a certificate of participation. The award ceremony is a highlight of the IPhO, celebrating the outstanding achievements of young physicists from around the world.

IPhO 2026 – Preparation Tips

  • Master the fundamentals: Build a strong foundation in all areas of physics using standard textbooks like NCERT, H.C. Verma, Resnick & Halliday, and I.E. Irodov.
  • Understand the syllabus thoroughly: Familiarize yourself with the complete IPhO syllabus and ensure you have covered all topics in depth.
  • Solve past papers: Practice previous years’ IPhO problems (available at ipho-new.org/documentations) to understand the question patterns, difficulty level, and expected solution quality.
  • Focus on conceptual depth: IPhO problems require deep conceptual understanding and creative problem-solving, not just formula memorization.
  • Develop experimental skills: Practice laboratory experiments, measurement techniques, data analysis, and error estimation. Hands-on experience is crucial for the experimental examination.
  • Master mathematical techniques: Be proficient in calculus, vectors, complex numbers, and other mathematical tools required for physics problem-solving.
  • Join training programs: Participate in national training camps, summer schools, and coaching programs offered by HBCSE and other institutions.
  • Form study groups: Collaborate with fellow aspirants to discuss problems, share insights, and learn from each other.
  • Time management: Practice solving problems under timed conditions to build speed and accuracy.
  • Stay motivated: IPhO preparation is a long journey. Maintain consistent effort and stay focused on your goal.

IPhO 2026 – Past Papers and Resources

Previous years’ IPhO question papers, along with solutions, are available on the official IPhO website. Candidates can download them directly from:

Official IPhO Documentation: https://ipho-new.org/documentations

Recommended Books:

  • Fundamentals of Physics – Resnick, Halliday & Walker
  • li>Problems in General Physics – I.E. Irodov

  • University Physics – Young & Freedman
  • 200 Puzzling Physics Problems – Gnädig, Honyek, Riley
  • The Art of Physics – various authors (AAPT publications)

Frequently Asked Questions (FAQs) – IPhO 2026

1. When and where will IPhO 2026 be held?
The 56th International Physics Olympiad (IPhO 2026) will be held in Bucaramanga, Colombia from July 4 to July 12, 2026.

2. What is the age limit for IPhO 2026?
Contestants must be under 20 years of age as of June 30, 2026.

3. Can university students participate in IPhO?
No. IPhO is exclusively for secondary school students. Students who have commenced university studies are not eligible.

4. How many students can a country send to IPhO?
Each country can send a maximum of 5 students and 2 delegation leaders.

5. How can an Indian student qualify for IPhO 2026?
Indian students must clear: NSEP → INPhO → OCSC (training camp) → PDC → final selection for IPhO team. The process is conducted by HBCSE and IAPT.

6. What is the exam pattern for IPhO?
IPhO consists of two separate examinations: Theoretical (5 hours, 3 problems) and Experimental (5 hours, 1-2 problems). Both are conducted on different days.

7. Are calculators allowed in IPhO?
Yes, approved non-programmable calculators are permitted. No other electronic aids are allowed.

8. What is the syllabus for IPhO?
The syllabus covers Mechanics, Electromagnetism, Oscillations and Waves, Relativity, Quantum Physics, Thermodynamics, Experimental Skills, and required Mathematics up to basic calculus.

9. How are medals awarded at IPhO?
Gold medals are awarded to the top 8% of contestants, Silver to the next 17%, Bronze to the next 25%, and Honorable Mentions to the next 17%.

10. What is the participation fee for IPhO 2026?
A regular delegation (5 students + 2 leaders) pays EUR 3,500. Smaller delegations pay EUR 500 per participant. Observers and visitors pay EUR 2,000 per person.

Important Notes and Disclaimers

  • This page is updated for IPhO 2026 based on information from official sources including ipho-new.org, HBCSE, and IAPT.
  • The 56th International Physics Olympiad (IPhO 2026) will be hosted by Bucaramanga, Colombia from July 4 to July 12, 2026.
  • National selection processes and deadlines vary by country. Indian students must follow the schedule announced by HBCSE and IAPT.
  • All dates, fees, and procedures are subject to change. Candidates must regularly visit the official IPhO website (https://ipho-new.org) and their national olympiad website for the latest updates.

This page is for informational purposes only. ALLEN Overseas has verified the information from official sources. However, candidates must refer to official notifications from the respective organizing bodies for final confirmation.

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