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About FARX Foundation:
FARX Foundation is a Section 8 non-profit research organisation established to advance fundamental and applied research in domains of strategic importance to India. Our research agenda deliberately targets frontiers that mainstream academia underserves, i.e. the unresolved incompatibility between quantum field theory and general relativity, the foundational gaps in classical electrodynamics, and the theoretical basis for novel physical phenomena with long-horizon defence and technology relevance. We offer something rarer: intellectually serious, mission-driven research work on genuinely open problems, direct mentorship from the founding researcher, and the freedom to engage with ideas at the boundary of known physics.
Research Responsibilities:
The intern will be expected to undertake the following, guided by the founding researcher and calibrated to the intern’s academic background:
- Conduct structured literature review across assigned topics in theoretical physics, producing annotated bibliographies and synthesis notes suitable for inclusion in a working paper.
- Study and critically analyse primary sources in classical electrodynamics, quantum field theory, and general relativity, with attention to the foundational assumptions and known limitations of each framework.
- Investigate areas of theoretical tension identified, including but not limited to the quantum gravity problem, vacuum energy density discrepancies, gauge structure of electrodynamics, and the physical status of electromagnetic potentials.
- Prepare written research summaries, section drafts, and technical notes as directed, contributing directly to FARX Foundation’s working paper pipeline.
- Participate in periodic technical discussions with the internal researchers to review progress, refine arguments, and align research direction with FARX’s programme objectives.
- Assist in building FARX Foundation’s internal research library by cataloguing and organising primary sources, historical papers, and reference materials relevant to the programme.
- Contribute to at least one co-authored research publication output within the internship period.
Qualifications:
- MSc Physics (final year or completed).
- Ability to read and engage primary literature independently without close supervision.
Disposition - non-negotiables:
These matter more to us than formal qualifications.
- Intellectual honesty: the ability to distinguish between what a formalism strictly implies and what a researcher interprets it to imply.
- Comfort with open-ended problems that have no established answer, no guaranteed publication outcome, and no institutional consensus to lean on.
- Willingness to engage seriously with non-mainstream theoretical frameworks while maintaining rigorous critical standards. Reflexive dismissal and uncritical acceptance are equally disqualifying.
- Self-directed work ethic suitable for a remote-first, low-supervision research environment.
What FARX Foundation offers:
- Direct research mentorship from FARX’s founding researcher — engineering and extended electrodynamics background..
- Co-authorship credit on FARX working papers and preprints where intellectual contribution warrants it.
- FARX Foundation affiliation for your academic profile and CV during the internship period.
- Access to FARX’s curated research library of primary sources in frontier theoretical physics.
- A substantive research reference letter from the founding researcher upon satisfactory completion.
- Priority consideration for FARX’s first full Research Fellowship.
How to Apply:
Send your application to farxfoundation@gmail.com with the subject line:
FARX Research Intern Application - [Your Full Name]
Include the following three items:
- CV in PDF format.
- Written response of 300–500 words to the following question — in your own words without using AI, no citations required:
- “In your view, what is the most important unresolved problem at the boundary between two or more of the following: classical electrodynamics, quantum field theory, and general relativity? Why has it remained unresolved, and what kind of theoretical work do you think is needed to make progress on it?” We are evaluating how you think, not what you have memorised. A clear, honest argument with a defensible position is preferred over a comprehensive literature survey.
- One writing sample: A term paper, thesis chapter, self-written technical note, or annotated literature review on any physics or engineering topic. Informal format is acceptable; intellectual seriousness is required.
Applications are reviewed on a rolling basis. There is no fixed deadline. Receipt will be acknowledged within 5 working days and a decision communicated within 3 weeks.
Click on Apply to know more.