Opinion
Chitrananda Peiris: Extraordinarily talented lecturer who didn’t work to earn a professorship
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
Opinion
Are we reading the sky wrong?
Rethinking climate prediction, disasters, and plantation economics in Sri Lanka
For decades, Sri Lanka has interpreted climate through a narrow lens. Rainfall totals, sunshine hours, and surface temperatures dominate forecasts, policy briefings, and disaster warnings. These indicators once served an agrarian island reasonably well. But in an era of intensifying extremes—flash floods, sudden landslides, prolonged dry spells within “normal” monsoons—the question can no longer be avoided: are we measuring the climate correctly, or merely measuring what is easiest to observe?
Across the world, climate science has quietly moved beyond a purely local view of weather. Researchers increasingly recognise that Earth’s climate system is not sealed off from the rest of the universe. Solar activity, upper-atmospheric dynamics, ocean–atmosphere coupling, and geomagnetic disturbances all influence how energy moves through the climate system. These forces do not create rain or drought by themselves, but they shape how weather behaves—its timing, intensity, and spatial concentration.
Sri Lanka’s forecasting framework, however, remains largely grounded in twentieth-century assumptions. It asks how much rain will fall, where it will fall, and over how many days. What it rarely asks is whether the rainfall will arrive as steady saturation or violent cloudbursts; whether soils are already at failure thresholds; or whether larger atmospheric energy patterns are priming the region for extremes. As a result, disasters are repeatedly described as “unexpected,” even when the conditions that produced them were slowly assembling.
This blind spot matters because Sri Lanka is unusually sensitive to climate volatility. The island sits at a crossroads of monsoon systems, bordered by the Indian Ocean and shaped by steep central highlands resting on deeply weathered soils. Its landscapes—especially in plantation regions—have been altered over centuries, reducing natural buffers against hydrological shock. In such a setting, small shifts in atmospheric behaviour can trigger outsized consequences. A few hours of intense rain can undo what months of average rainfall statistics suggest is “normal.”
Nowhere are these consequences more visible than in commercial perennial plantation agriculture. Tea, rubber, coconut, and spice crops are not annual ventures; they are long-term biological investments. A tea bush destroyed by a landslide cannot be replaced in a season. A rubber stand weakened by prolonged waterlogging or drought stress may take years to recover, if it recovers at all. Climate shocks therefore ripple through plantation economics long after floodwaters recede or drought declarations end.
From an investment perspective, this volatility directly undermines key financial metrics. Return on Investment (ROI) becomes unstable as yields fluctuate and recovery costs rise. Benefit–Cost Ratios (BCR) deteriorate when expenditures on drainage, replanting, disease control, and labour increase faster than output. Most critically, Internal Rates of Return (IRR) decline as cash flows become irregular and back-loaded, discouraging long-term capital and raising the cost of financing. Plantation agriculture begins to look less like a stable productive sector and more like a high-risk gamble.
The economic consequences do not stop at balance sheets. Plantation systems are labour-intensive by nature, and when financial margins tighten, wage pressure is the first stress point. Living wage commitments become framed as “unaffordable,” workdays are lost during climate disruptions, and productivity-linked wage models collapse under erratic output. In effect, climate misprediction translates into wage instability, quietly eroding livelihoods without ever appearing in meteorological reports.
This is not an argument for abandoning traditional climate indicators. Rainfall and sunshine still matter. But they are no longer sufficient on their own. Climate today is a system, not a statistic. It is shaped by interactions between the Sun, the atmosphere, the oceans, the land, and the ways humans have modified all three. Ignoring these interactions does not make them disappear; it simply shifts their costs onto farmers, workers, investors, and the public purse.
Sri Lanka’s repeated cycle of surprise disasters, post-event compensation, and stalled reform suggests a deeper problem than bad luck. It points to an outdated model of climate intelligence. Until forecasting frameworks expand beyond local rainfall totals to incorporate broader atmospheric and oceanic drivers—and until those insights are translated into agricultural and economic planning—plantation regions will remain exposed, and wage debates will remain disconnected from their true root causes.
The future of Sri Lanka’s plantations, and the dignity of the workforce that sustains them, depends on a simple shift in perspective: from measuring weather, to understanding systems. Climate is no longer just what falls from the sky. It is what moves through the universe, settles into soils, shapes returns on investment, and ultimately determines whether growth is shared or fragile.
The Way Forward
Sustaining plantation agriculture under today’s climate volatility demands an urgent policy reset. The government must mandate real-world investment appraisals—NPV, IRR, and BCR—through crop research institutes, replacing outdated historical assumptions with current climate, cost, and risk realities. Satellite-based, farm-specific real-time weather stations should be rapidly deployed across plantation regions and integrated with a central server at the Department of Meteorology, enabling precision forecasting, early warnings, and estate-level decision support. Globally proven-to-fail monocropping systems must be phased out through a time-bound transition, replacing them with diversified, mixed-root systems that combine deep-rooted and shallow-rooted species, improving soil structure, water buffering, slope stability, and resilience against prolonged droughts and extreme rainfall.
In parallel, a national plantation insurance framework, linked to green and climate-finance institutions and regulated by the Insurance Regulatory Commission, is essential to protect small and medium perennial growers from systemic climate risk. A Virtual Plantation Bank must be operationalized without delay to finance climate-resilient plantation designs, agroforestry transitions, and productivity gains aligned with national yield targets. The state should set minimum yield and profit benchmarks per hectare, formally recognize 10–50 acre growers as Proprietary Planters, and enable scale through long-term (up to 99-year) leases where state lands are sub-leased to proven operators. Finally, achieving a 4% GDP contribution from plantations requires making modern HRM practices mandatory across the sector, replacing outdated labour systems with people-centric, productivity-linked models that attract, retain, and fairly reward a skilled workforce—because sustainable competitive advantage begins with the right people.
by Dammike Kobbekaduwe
(www.vivonta.lk & www.planters.lk ✍️
Opinion
Disasters do not destroy nations; the refusal to change does
Sri Lanka has endured both kinds of catastrophe that a nation can face, those caused by nature and those created by human hands. A thirty-year civil war tore apart the social fabric, deepening mistrust between communities and leaving lasting psychological wounds, particularly among those who lived through displacement, loss, and fear. The 2004 tsunami, by contrast, arrived without warning, erasing entire coastal communities within minutes and reminding us of our vulnerability to forces beyond human control.
These two disasters posed the same question in different forms: did we learn, and did we change? After the war ended, did we invest seriously in repairing relationships between Sinhalese and Tamil communities, or did we equate peace with silence and infrastructure alone? Were collective efforts made to heal trauma and restore dignity, or were psychological wounds left to be carried privately, generation after generation? After the tsunami, did we fundamentally rethink how and where we build, how we plan settlements, and how we prepare for future risks, or did we rebuild quickly, gratefully, and then forget?
Years later, as Sri Lanka confronts economic collapse and climate-driven disasters, the uncomfortable truth emerges. we survived these catastrophes, but we did not allow them to transform us. Survival became the goal; change was postponed.
History offers rare moments when societies stand at a crossroads, able either to restore what was lost or to reimagine what could be built on stronger foundations. One such moment occurred in Lisbon in 1755. On 1 November 1755, Lisbon-one of the most prosperous cities in the world, was almost completely erased. A massive earthquake, estimated between magnitude 8.5 and 9.0, was followed by a tsunami and raging fires. Churches collapsed during Mass, tens of thousands died, and the royal court was left stunned. Clergy quickly declared the catastrophe a punishment from God, urging repentance rather than reconstruction.
One man refused to accept paralysis as destiny. Sebastião José de Carvalho e Melo, later known as the Marquês de Pombal, responded with cold clarity. His famous instruction, “Bury the dead and feed the living,” was not heartless; it was revolutionary. While others searched for divine meaning, Pombal focused on human responsibility. Relief efforts were organised immediately, disease was prevented, and plans for rebuilding began almost at once.
Pombal did not seek to restore medieval Lisbon. He saw its narrow streets and crumbling buildings as symbols of an outdated order. Under his leadership, Lisbon was rebuilt with wide avenues, rational urban planning, and some of the world’s earliest earthquake-resistant architecture. Moreover, his vision extended far beyond stone and mortar. He reformed trade, reduced dependence on colonial wealth, encouraged local industries, modernised education, and challenged the long-standing dominance of aristocracy and the Church. Lisbon became a living expression of Enlightenment values, reason, science, and progress.
Back in Sri Lanka, this failure is no longer a matter of opinion. it is documented evidence. An initial assessment by the United Nations Development Programme (UNDP) following Cyclone Ditwah revealed that more than half of those affected by flooding were already living in households facing multiple vulnerabilities before the cyclone struck, including unstable incomes, high debt, and limited capacity to cope with disasters (UNDP, 2025). The disaster did not create poverty; it magnified it. Physical damage was only the visible layer. Beneath it lay deep social and economic fragility, ensuring that for many communities, recovery would be slow, uneven, and uncertain.
The world today offers Sri Lanka another lesson Lisbon understood centuries ago: risk is systemic, and resilience cannot be improvised, it must be planned. Modern climate science shows that weather systems are deeply interconnected; rising ocean temperatures, changing wind patterns, and global emissions influence extreme weather far beyond their points of origin. Floods, landslides, and cyclones affecting Sri Lanka are no longer isolated events, but part of a broader climatic shift. Rebuilding without adapting construction methods, land-use planning, and infrastructure to these realities is not resilience, it is denial. In this context, resilience also depends on Sri Lanka’s willingness to learn from other countries, adopt proven technologies, and collaborate across borders, recognising that effective solutions to global risks cannot be developed in isolation.
A deeper problem is how we respond to disasters: we often explain destruction without seriously asking why it happened or how it could have been prevented. Time and again, devastation is framed through religion, fate, karma, or divine will. While faith can bring comfort in moments of loss, it cannot replace responsibility, foresight, or reform. After major disasters, public attention often focuses on stories of isolated religious statues or buildings that remain undamaged, interpreted as signs of protection or blessing, while far less attention is paid to understanding environmental exposure, construction quality, and settlement planning, the factors that determine survival. Similarly, when a single house survives a landslide, it is often described as a miracle rather than an opportunity to study soil conditions, building practices, and land-use decisions. While such interpretations may provide emotional reassurance, they risk obscuring the scientific understanding needed to reduce future loss.
The lesson from Lisbon is clear: rebuilding a nation requires the courage to question tradition, the discipline to act rationally, and leadership willing to choose long-term progress over short-term comfort. Until Sri Lanka learns to rebuild not only roads and buildings, but relationships, institutions, and ways of thinking, we will remain a country trapped in recovery, never truly reborn.
by Darshika Thejani Bulathwatta
Psychologist and Researcher
Opinion
A wise Christmas
Important events in the Christian calendar are to be regurlarly reviewed if they are to impact on the lives of people and communities. This is certainly true of Christmas.
Community integrity
Years ago a modest rural community did exactly this, urging a pre-Christmas probe of the events around Jesus’ birth. From the outset, the wisemen aroused curiosity. Who were these visitors? Were they Jews? No. were they Christians? Of course not. As they probed the text, the representative character of those around the baby, became starkly clear. Apart from family, the local shepherds and the stabled animals, the only others present that first Christmas, were sages from distant religious cultures.
With time, the celebration of Christmas saw a sharp reversal. The church claimed exclusive ownership of an inclusive gift and deftly excluded ‘outsiders’ from full participation.
But the Biblical version of the ‘wise outsiders’ remained. It affirmed that the birth of Jesus inspired the wise to initiate a meeting space for diverse religious cultures, notwithstanding the long and ardous journey such initiatives entail. Far from exclusion, Jesus’ birth narratives, announced the real presence of the ‘outsider’ when the ‘Word became Flesh’.
The wise recognise the gift of life as an invitation to integrate sincere explanations of life; true religion. Religion gone bad, stalls these values and distorts history.
There is more to the visit of these sages.
Empire- When Jesus was born, Palestine was forcefully occcupied by the Roman empire. Then as now, empire did not take kindly to other persons or forces that promised dignity and well being. So, when rumours of a coming Kingdom of truth, justice and peace, associated with the new born baby reached the local empire agent, a self appointed king; he had to deliver. Information on the wherabouts of the baby would be diplomatically gleaned from the visiting sages.
But the sages did not only read the stars. They also read the signs of the times. Unlike the local religious authorities who cultivated dubious relations with a brutal regime hated by the people, the wise outsiders by-pass the waiting king.
The boycott of empire; refusal to co-operate with those who take what it wills, eliminate those it dislikes and dare those bullied to retaliate, is characteristic of the wise.
Gifts of the earth
A largely unanswered question has to do with the gifts offered by the wise. What happened to these gifts of the earth? Silent records allow context and reason to speak.
News of impending threats to the most vulnerable in the family received the urgent attention of his anxious parent-carers. Then as it is now, chances of survival under oppressive regimes, lay beyond borders. As if by anticipation, resources for the journey for asylum in neighbouring Egypt, had been provided by the wise. The parent-carers quietly out smart empire and save the saviour to be.
Wise carers consider the gifts of the earth as resources for life; its protection and nourishment. But, when plundered and hoarded, resources for all, become ‘wealth’ for a few; a condition that attempts to own the seas and the stars.
Wise choices
A wise christmas requires that the sages be brought into the centre of the discourse. This is how it was meant to be. These visitors did not turn up by chance. They were sent by the wisdom of the ages to highlight wise choices.
At the centre, the sages facilitate a preview of the prophetic wisdom of the man the baby becomes.The choice to appropriate this prophetic wisdom has ever since summed up Christmas for those unable to remain neutral when neighbour and nature are violated.
Wise carers
The wisdom of the sages also throws light on the life of our nation, hard pressed by the dual crises of debt repayment and post cyclonic reconstruction. In such unrelenting circumstances, those in civil governance take on an additional role as national carers.
The most humane priority of the national carer is to ensure the protection and dignity of the most vulnerable among us, immersed in crisis before the crises. Better opportunities, monitored and sustained through conversations are to gradually enhance the humanity of these equal citizens.
Nations in economic crises are nevertheless compelled to turn to global organisations like the IMF for direction and reconstruction. Since most who have been there, seldom stand on their own feet, wise national carers may not approach the negotiating table, uncritically. The suspicion, that such organisations eventually ‘grow’ ailing nations into feeder forces for empire economics, is not unfounded.
The recent cyclone gave us a nasty taste of these realities. Repeatedly declared a natural disaster, this is not the whole truth. Empire economics which indiscriminately vandalise our earth, had already set the stage for the ravage of our land and the loss of loved ones and possessions. As always, those affected first and most, were the least among us.
Unless we learn to manouvre our dealings for recovery wisely; mindful of our responsibilities by those relegated to the margins as well as the relentles violence and greed of empire, we are likely to end up drafted collaborators of the relentless havoc against neighbour and nature.
If on the other hand the recent and previous disasters are properly assessed by competent persons, reconstruction will be seen as yet another opportunity for stabilising content and integrated life styles for all Lankans, in some harmony with what is left of our dangerously threatened eco-system. We might then even stand up to empire and its wily agents, present everywhere. Who knows?
With peace and blessings to all!
Bishop Duleep de Chickera
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