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Chitrananda Peiris: Extraordinarily talented lecturer who didn’t work to earn a professorship

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By Prof. Kirthi Tennakone

Malwattage Chithrananda Peiris, a former senior lecturer in physics at the University of Sri Jayewardhanapura passed away on 30 May 2022 at the age of 71. He was a student of mine and a research collaborator who I approached when I encountered difficulties in mathematics.

Born at Udahamulla, close to Nugegoda, Chitrananda rarely moved beyond a radius of a few miles from his home. After attending nearby schools, Wijerama Maha Vidyalaya and Pannipitiya Dharmapala College, he entered the Vidyodaya (present day Sri Jayewardhanapura) University in 1970 to pursue a science degree and continued to work there as a lecturer until retirement.

He loved thoughtful scrutiny of everything in a home environment and abstained from extravagances to the extreme. Yet, having lively blood and flesh and a superb brain, he wasn’t a recluse, but a man full of intellectually motivated pleasures and desires.

Some referred to him as eccentric, because he stood astronomically above the average in understanding. Many ignored him as he was not pretentious. He was tolerant, but sometimes stubborn because of strong conviction and avoided distractions.

Never been to Kandy, he did not respond when I invited him to visit the Institute of Fundamental Studies – perhaps thinking the reply would offend me.

His father was a workman at the Railway Complex, Maradana. A curious man who admired locomotive machinery and told him stories about engineering marvels of the Ceylon Government Railway (CGR). Father wanted his son to be a technician at CGR. Having passed G.C.E (A-Level) earning distinctions more than sufficient to enroll in a faculty of engineering, he opted to follow a physical science course at the Vidyodaya Campus – a stone throw away from his home.

As a student, Chithrananda, did not present himself as an enterprising individual. However, teachers at the University noticed his unusual originality in solving mathematical problems and experimental innovations. When I joined Vidyodaya in 1972, he was a third year student. Generally shy, but eager to engage in discussion, he gave precise answers to questions confidently. Prof P.W. Epasinghe, Chair, Mathematics, told me Chithrananda derived a formula for iterative calculation of a trigonometric function, superior to all methods reported in literature. In such calculations, mathematicians refer to a criterion termed the fastness of convergence. I was amazed to learn how Chitrananda as a novice succeeded in grasping an involved concept independently. Dr. Mahendra Wijesinghe who introduced electronics to Chitrananda, described him as unique and incomparable.

All of us, knowing very well the capabilities of Chitrananda, wished he gets a permanent position at the Department of Physics. Initially, he was appointed as a temporary demonstrator and worked with me and Dr. Wijesinghe assisting laboratory classes. Unfortunately, as per Grants Commission regulations, appointment to a permanent position required a four-year special degree with first or second class honors. Vidyodaya didn’t offer special degree programmes at that time. With a first class three-year degree plus outstanding accomplishments, Chitrananda would have easily obtained a placement in a foreign university to qualify, but he declined to go abroad. Instead, proposed to register for a post graduate degree at Vidyodaya, with me as the supervisor. Late Prof. P.C.B. Fernando, then the Head of the Department of Physics told him, if you are unwilling to do studies abroad, you at least go outside Jayewardhanapura for a while and engage in research to earn a higher degree. You require that kind of ‘away from home’ experience and advised him to meet Dr.S.Gnanlingam at the Ceylon Institute of Scientific and Industrial Research (CISIR), Colombo. Dr. Gnanlingam, a strict personality normally insisting Cambridge style credentials, was not impressed by Chitrananda. Nevertheless, he instructed Chitrananda to see him again after two weeks. When Chitrananda met him for the second time, he assigned him the problem of designing a receiver to capture weak echoes of radio signals from the ionosphere, instructing him to work in the CISIR laboratory for at least two-three days a week. After about a month later, Dr. Gnanlingam complained Chitrananda is not coming to CISIR, he cannot undertake any responsibility. When Prof. Fernando angrily inquired, Chitrananda said, he has already done much work and plans to finish it soon. Few weeks later Dr.Gnanlingam telephoned informing Chitrananda met him for a third time and presented an astounding solution to the problem and a prototype receiver he fabricated. Chitrananda had been working at home to build the receiver at his expense, when all of us believed he was in CISIR. That is how Chitrananda obtained his Master of Philosophy.

After theappointment as a lecturer, Chitrananda devoted his entire time to teaching and hobbies. For him hobbies and research were synonymous. He never worked for reputation or profit, but self-satisfaction and curiosity. Every now and then he came up with something novel, either an experiment or explaining a concept. He monitored his health as an ongoing experiment with electronic instrumentation he had improvised, and infrequently visited doctors with an understanding of the condition. Indulged in music for artistic pleasure as well as a scientific investigation. He invited students to his home and discussed physics and philosophy while playing the violin and singing.

Many times he pointed out repetitive errors in textbooks used for generations. When I was a student at the University of Colombo; the experiment given to me for a practical examination was to measure the density of iron using a sonometer- a familiar instrument in used in elementary physics laboratories, resembling a guitar. The answer I got was half the actual of the density of iron. Knowing very well the result I got had been wrong, without manipulation I wrote it down in the answer script. The professor gave me 13 marks out of 100, and I failed the exam. When I mentioned this to Chitrananda, he immediately conducted an accurate measurement using his electronics knowhow, proving that the answer I got originated from a textbook error overlooked for years and not my fault.

The smartest people love music. Chitrananda was not only a fan of music, but deeply understood physics behind and possessed the technical skill to improvise musical devices. From his school days, he had been meddling with electronic circuitry to catch Doordarshan. His unconventional approach to electronics and precision in calculations attracted the attention of students and teachers.

I was struggling with a mathematical problem that cropped-up in my research – searching literature and consulting qualified mathematicians. When I asked Chitrananda whether he could solve it. He said, I will try it once I go home for lunch. Routinely, Chitrananda leaves for lunch around 12 noon and punctually returns after about an hour. That day he returned to the campus two hours late and gave me three sheets of paper wherein an elegant solution to the problem is neatly written. What I couldn’t do after weeks of contemplation, hours of referencing at the library and discussions with mathematically competent colleagues; Chitrananda finished in one stretch during his lunchtime!

Chitrananda contributed so much to the furtherance of the University of Sri Jayewardhana for nearly half a century. Three years as an inspiring student and forty odd years a teacher par excellence, but ignored personal advancement. Not interested in writing papers, neglected collecting material necessary for obtaining quick promotions.

Generally, persons who gain faculty positions; being overly conscious of promotions devote a large portion of time in writing papers and getting them published. Today, the quality of research is fashionably judged by citations, statistically analyzed in databases; Google Scholar, Scopus and Web of Knowledge. A print- out from these sources, recognized as a measure of research credibility, is sometimes a stepping stone to work less and earn a higher wage. Also, the details extracted from the databases can be manipulated to boost one’s image – some delete the name of the leading author, from list of co-authors. Chitrananda never resorted to build an academic record that way. His contribution, if evaluated without counting numbers was certainly sufficient to grant him a professorship. When Prof.Dhammika Tantrigoda, Chair of Physics, persuaded him and asked why he is not claiming the due promotion. He has said, I do things for my satisfaction and don’t want to get distracted.

The case of Chitrananda points to a delusion in the promotion schemes of our universities. The schemes should have the provision to waive rigid rules under exceptional circumstances. A challenging problem could take years of concerted effort to find a solution. One single finding of this category, published once in a way, counts more than hundreds of ordinary papers.

Exceptionally brilliant persons also have weaknesses. To achieve, the talent alone wouldn’t be sufficient. Hard work to face challenges and engagement with the competitive world drives people towards success. Chithrananda lacked this quality, he did not wish to expand his domain, interact with the world and move to the frontier. Being a man who had grasped statistics and probability theory to the fullest; Chitrananda maintained the view that good and bad (including sicknesses) one encounters are largely random and not attributable one or more specific causes or karma. Possibly because of this philosophy, Chitrananda didn’t plan for future prospects. And because of modesty and honesty, he did not go for short-cuts.

The inexhaustible knowledge gets exhausted and what remains, although inexhaustible is harder and more involved to disclose. While working as a clerk at the Swiss Patent Office, Albert Einstein revolutionized the world of science. Today, it would be impossibly difficult even for an exceptionally brilliant person, working in isolation to make groundbreaking discoveries-the reason why Chitrananda couldn’t reach his inherent potential to fullest extent.

Truly talented persons who didn’t tune their positions for fame or material benefits and not recognized by the average minded establishment, need to be remembered and appreciated.

The author can be reached via email: ktenna@yahoo.co.uk



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Opinion

Can a punishment-free child become a threat to Sri Lankan society?

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Children are the future of every nation, and the values they learn during childhood shape the society they will eventually lead. In Sri Lanka, where family traditions, respect for elders, and social responsibility have long been important cultural values, the way children are raised remains a topic of great interest. In recent years, many parents and educators have moved away from traditional forms of punishment and embraced more child-friendly approaches to discipline. While protecting children from physical and emotional harm is essential, an important question arises: can a child who grows up without any form of punishment or consequences become a threat to Sri Lankan society?

To answer this question, it is necessary to understand the difference between punishment and discipline. Punishment is often associated with penalties imposed for wrongdoing, while discipline refers to teaching children self-control, responsibility, and respect for rules. Modern child psychology generally discourages harsh physical punishment because it can cause fear, anxiety, and resentment. However, completely removing consequences for inappropriate behavior may create a different set of problems.

Sri Lankan society has traditionally emphasized discipline within the family. Parents, grandparents, and teachers have often played active roles in guiding children’s behavior. Respect for elders, obedience, and good manners have been considered important virtues. While some traditional disciplinary methods may no longer be acceptable, the underlying principle of teaching accountability remains relevant.

A child who never faces consequences for wrongdoing may struggle to understand the boundaries that exist in society. For example, if a child is allowed to insult others, damage property, or ignore rules without correction, they may develop the belief that their actions have no consequences. Such attitudes can become problematic when the child enters school, the workplace, or the wider community.

Sri Lankan schools already face challenges related to student discipline. Teachers often report difficulties in managing classrooms where some students refuse to follow instructions or respect school regulations. When children are not taught accountability at home, educational institutions may find it harder to maintain a productive learning environment. This can affect not only the individual student but also classmates whose education is disrupted.

Another concern is the development of entitlement. A child who is never told “no” may come to believe that personal desires should always be fulfilled. In a society where cooperation and mutual respect are essential, such attitudes can lead to conflicts with peers, teachers, employers, and even family members. Sri Lanka’s social fabric depends heavily on community relationships, and individuals who fail to respect others can weaken these bonds.

The influence of social media and modern technology has added another dimension to this issue. Today’s children have access to information and entertainment on an unprecedented scale. Without proper guidance and consequences, some may misuse technology, engage in cyberbullying, spread misinformation, or develop unhealthy habits. Parents who avoid setting limits may unintentionally expose children to risks that affect both personal development and social well-being.

The workplace offers another example of why accountability is important. Sri Lanka’s economic development depends on a workforce that is disciplined, responsible, and capable of working with others. Employers value punctuality, respect, and professionalism. Individuals who grow up without learning responsibility may find it difficult to meet these expectations, affecting both their personal success and the productivity of organizations.

However, it is equally important not to interpret this argument as support for harsh punishment. Research has shown that excessive physical or emotional punishment can have serious negative effects on children. Fear-based parenting may produce obedience in the short term but can damage confidence, trust, and mental health in the long term. Therefore, the solution is not stricter punishment but more effective discipline.

Positive discipline provides a balanced alternative. It involves setting clear rules, explaining expectations, and applying fair consequences when those rules are broken. For instance, if a child neglects schoolwork, they may lose certain privileges until responsibilities are fulfilled. If they damage property, they can be required to help repair or replace it. Such consequences teach accountability while preserving the child’s dignity.

Sri Lankan parents, teachers, and community leaders all have a role to play in nurturing responsible citizens. Families should create environments where children feel loved and supported but also understand that actions have consequences. Schools should encourage character development alongside academic achievement. Religious and community organizations can reinforce values such as honesty, compassion, and respect for others.

A balanced approach is especially important in a rapidly changing society. As Sri Lanka continues to modernize and integrate with the global community, young people must learn not only their rights but also their responsibilities. Freedom without responsibility can lead to selfishness, while discipline without compassion can lead to fear. The challenge is to find the middle ground.

A punishment-free child can become a concern for Sri Lankan society if the absence of punishment also means the absence of discipline and accountability. Children who never learn consequences may struggle to respect rules, authority, and the rights of others. However, harsh punishment is not the answer. The most effective approach combines love, guidance, clear boundaries, and fair consequences. By raising children who understand both freedom and responsibility, Sri Lanka can build a future generation that strengthens society rather than threatens it.

Saumya Aloysius

(An essayist, children’s writer and freelance writer who holds a Master’s Degree in Sociology from the University of Kelaniya)

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Opinion

SriLankan Airbus struck by lightning

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A representational image

On Friday 12 June, 2026, a SriLankan Airlines Airbus 330 was en route from Colombo to Sydney, Australia was about 45 minutes into its flight when a loud bang was heard, accompanied by a blinding flash. In what was assumed to be a lightning strike, the airplane’s left (No. 1) engine was damaged, forcing the aircraft to return to BIA-Katunayake, where it landed safely.

Lightning travels from cloud to cloud or cloud to ground. Because the aircraft is not electrically ‘grounded’, or ‘earthed’, it must have been in the path of the thunder bolt purely by chance. There is also a phenomenon whereby the aircraft may travel through an electrically charged atmosphere (for example a cloud) where an electrical charge could build up and strike, or be emitted, as lightning. In such an instance, pilots hear electrical static in their headsets before the strike. Usually, when lightning strikes an aircraft in flight, the electrical charges remain on the outside, as on a ‘Faraday’s Cage’ apparatus, and the passengers and crew are perfectly safe.

To help the efficient and safe discharge of static electricity from the airplane’s structure, static wicks, or static dischargers, are fitted at the trailing (rearmost) edges of the wings and tail surfaces. When an airplane has landed after a lightning strike, ground engineers count the number of wicks that may have been burnt out to ensure that a minimum (recommended) number is available for a subsequent flight. Sometimes, there is minor damage, like pitting of the paintwork at the points where the charges left the aircraft.

The last instance in the USA of an airplane believed to have been lost due to a lightning strike was on December 8, 1963, when a Pan Am Boeing 707-121, en route from Baltimore, Maryland to Philadelphia, Pennsylvania, suffered a fuel tank explosion, later determined to have been the result of a lightning strike. Since then, aircraft have been rendered immune from lightning damage thanks to extensive research conducted by manufacturers using high-voltage currents.

Interestingly, modern airliners have electronic instrument displays which don’t even flicker when the aircraft is struck by lightning. By a process of connecting all the metallic parts, known as ‘bonding’, the entire fuselage effectively becomes a protective cocoon, so electrical charges caused by lightning will always reside on the outside of the aircraft.

What is unusual in the recent SriLankan Airlines incident is the extent of damage to the left engine. Did it encounter hail or ingest something?

Only a thorough, independent inquiry by aviation safety investigators will reveal the cause.

GUWAN SEEYA

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Opinion

Beyond diagnosis: A strategic design for 7% growth by 2029 (Part I)

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“Vision without execution is hallucination.” – Thomas Edison

Introduction: Stabilisation Is Not Transformation

Sri Lanka has come a long way since the economic collapse of 2022. Inflation has been brought under control. Foreign reserves have improved. Debt restructuring has advanced. Government revenue has increased significantly through taxation reforms. The exchange rate has stabilised, and confidence has gradually returned to financial markets.

These achievements deserve recognition.

However, stabilisation should not be confused with economic transformation. A patient discharged from intensive care is not necessarily healthy. Likewise, an economy that has escaped collapse has not necessarily achieved sustainable prosperity.

The central economic question facing Sri Lanka today is no longer how to avoid another crisis. Rather, it is how to achieve sustained economic growth of at least 7% per annum by 2029.

Unfortunately, much of the current policy debate remains trapped in economic diagnosis. Policymakers, economists, and commentators repeatedly identify familiar problems: (i) low productivity, (ii) weak exports, i(iii) Inadequate innovation, (iv) poor competitiveness, and (v) insufficient investment. While these diagnoses are correct, they are not new.

Sri Lanka now needs economic engineering.

The country requires a clear, measurable, and actionable National Growth Strategy for 2026-2029 that identifies (i) where growth will come from,(ii) what investments are required,(iii) which institutions will lead implementation, and (iv) how success will be measured.

The difference between diagnosis and engineering is the difference between describing a problem and solving it.

The Missing National Growth Target

One of the most striking weaknesses in Sri Lanka’s economic discourse is the absence of a publicly articulated growth target supported by a detailed implementation framework.

Successful economies establish measurable objectives.

Sri Lanka should adopt the following growth trajectory:

2026 – 4%

2027 – 5%

2028 – 6%

2029 – 7%

Such targets would provide direction to investors, public institutions, universities, exporters, and development partners. Without a destination, even the best policies risk becoming disconnected initiatives.

Today, many policy interventions appear fragmented—valuable in isolation but lacking integration into a broader national growth framework.

Growth Will Not Come From Consumption

For decades Sri Lanka relied heavily on consumption, imports, remittances, tourism, and external borrowing.

That model has reached its limits.

No country has achieved sustained prosperity through consumption-led growth alone.

The countries that transformed themselves—Singapore, South Korea, Ireland, Vietnam, and China—generated growth through productive investment, exports, industrialisation, and integration into global markets.

Sri Lanka’s future growth must therefore be driven by investment and exports rather than domestic consumption.

The challenge is not increasing spending but increasing productive capacity.

Export-Led Growth: The First Pillar of Transformation

Every successful Asian growth story has one characteristic in common: exports.

Exports generate foreign exchange, create jobs, attract investment, encourage innovation, and improve productivity.

Sri Lanka should establish an ambitious target of doubling export earnings within the next decade.

This requires moving beyond traditional exports and expanding into:

High-value agriculture

Food processing

Information technology services

Logistics services

Advanced manufacturing

Professional services

Export growth must become a national mission comparable to post-war reconstruction efforts seen elsewhere in Asia.

Without a major expansion of exports, sustained 7% growth will remain elusive.

Manufacturing: The Forgotten Growth Engine

Manufacturing remains the single most important source of rapid economic transformation worldwide. Vietnam provides perhaps the best recent example.

Through (i) industrial zones, (ii) trade agreements, (iii) infrastructure development, and (iv) targeted investment attraction, Vietnam became deeply integrated into Asian production networks.

Sri Lanka possesses strategic advantages:

A prime Indian Ocean location

Strong port infrastructure

Educated labour force

Proximity to India

The country should establish specialised manufacturing clusters focusing on:

Electronics assembly

Medical devices

Processed food products

Boat building

Rubber-based products

Engineering components

Rather than attempting to compete with every country, Sri Lanka should specialise in selected niches where competitive advantages can be developed.

RCEP: The Strategic Door to Asia

Sri Lanka’s future lies increasingly in Asia.

The Regional Comprehensive Economic Partnership (RCEP) represents the largest trading bloc in the world and includes many of the fastest-growing economies.

Membership or closer integration with RCEP supply chains could provide Sri Lankan exporters with access to markets, investment, technology, and production networks that are currently beyond reach.

Unfortunately, discussion on RCEP remains limited compared with its strategic significance.

A dedicated national roadmap for RCEP engagement should become a top economic priority.

The question is not whether Sri Lanka can afford to integrate more deeply into Asia.

The question is whether Sri Lanka can afford not to.

Knowledge Economy: Turning Universities Into Growth Institutions

Sri Lanka’s universities produce thousands of graduates annually, yet their contribution to commercial innovation remains limited.

Globally, universities have become engines of economic development.

Research institutions should not merely produce graduates; they should produce patents, technologies, startups, and commercial solutions.

A national innovation framework should:

Link universities with industry

Encourage commercialisation of research

Support technology transfer

Expand startup financing

Reward innovation and entrepreneurship

Knowledge must become an economic asset rather than an academic exercise.

Dairy, Agriculture, And Import Substitution

Export growth alone is insufficient.

Sri Lanka must also reduce unnecessary import dependence.

The dairy sector offers a compelling example.

For decades, billions of rupees have left the country through dairy imports despite favourable climatic conditions and substantial agricultural potential.

A comprehensive dairy development strategy should focus on:

Improved genetics

Feed production

Commercial farming

Processing investment

Farmer productivity

The objective should be import substitution combined with rural income growth.

The same principle can be applied selectively to other sectors where domestic production is economically viable.

Creating A National Investment Targeting Agency

Sri Lanka does not need another bureaucracy.

It needs a professional institution dedicated exclusively to investment targeting.

Instead of passively waiting for investors, this agency would actively identify and attract strategic investments aligned with national priorities.

Its mandate would include:

Identifying priority sectors

Marketing opportunities globally

Coordinating approvals

Monitoring outcomes

Facilitating technology transfer

Singapore’s Economic Development Board and Ireland’s Industrial Development Agency demonstrate how targeted investment institutions can transform national economies.

Sri Lanka requires a similar mechanism adapted to local realities.

From Economic Diagnosis To Economic Engineering

The next stage of Sri Lanka’s recovery requires a fundamental shift in thinking.

The policy debate must move beyond identifying problems. The country already knows its problems.The challenge is implementation.Every policy proposal should be evaluated against a simple question:

Will this contribute to achieving 7% growth by 2029?

If the answer is no, resources should be redirected.

Economic engineering requires focus, prioritisation, accountability, and measurable outcomes. The era of fragmented initiatives must give way to a coherent national growth strategy.

Summary

Sri Lanka has achieved significant macroeconomic stabilisation, but stabilisation is only the first step toward sustainable prosperity.

To move from recovery to transformation, Sri Lanka should adopt a National Growth Strategy for 2026-2029 built around five pillars:

Export-led growth

Investment-led growth

Manufacturing expansion

Knowledge-economy development

Regional integration through RCEP and Asian supply chains

Supporting sectors such as dairy, tourism, logistics, and information technology should be strategically developed within this framework.

Most importantly, investment must be targeted rather than scattered, supported by specialised institutions and measurable performance indicators.

Conclusion

History demonstrates that no nation has become prosperous by accident. Economic success is rarely the product of isolated policies or short-term political initiatives. It is the outcome of a deliberate strategy pursued consistently over many years.

Sri Lanka stands at a crossroads.

One path leads to modest growth, periodic crises, recurring debt challenges, and continued vulnerability. The other leads to transformation through investment, exports, innovation, manufacturing, and regional integration.

The choice is ultimately strategic.

The time has come for Sri Lanka to move from economic diagnosis to economic engineering.

The future will not be determined by how successfully the country stabilised after the crisis. It will be determined by how effectively it builds the foundations for sustained growth thereafter. If Sri Lanka can articulate and execute a coherent investment-led growth strategy today, achieving 7% growth by 2029 need not be an aspiration.

It can become a national objective—and a national achievement, economic Engineering

The writer, among many, served as the Special Advisor to the Office of the President of Namibia from 2006 to 2012 and was a Senior Consultant with the UNDP for 20 years. He was a Senior Economist with the Central Bank of Sri Lanka (1972-1993). He can be reached via asoka.seneviratne@gmail.com

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