Midweek Review
Commemorating centennial of quantum revolution:
2025 – International Year of Quantum Science
The General Assembly of the United Nations, adopting a proposal by the delegation of Ghana, declared 2025 the International Year of Quantum Science and Technology (IYQ). Activities planned worldwide and year-round aim to commemorate the advent of quantum mechanics 100 years ago and highlight the importance of the subject as the pinnacle of fundamental science and technological promise. The Ghana initiative is symbolic, as African countries awake to realize the value of fundamental science, without which neither applied science nor innovations would thrive.
Speaking at the inauguration ceremony of IYQ held at UNESCO Headquarters, Paris, in February 2025, Nobel laureate Anne Hullewr underscored the vital role of basic science in driving real-world innovations reinforcing continued investment in fundamental science.
Sri Lanka has grossly neglected fundamental studies. Institutions mandated to follow the theme, engaging in technically oriented incremental research best pursued elsewhere. Theoretical sciences, which require brilliant brains but little money not emphasised. Technological courses and faculties mushroom in the higher education sector, sacrificing basic science. Researchers opt for projects believed to generate more publications and rarely undertake challenging problems demanding years of preoccupation. And claim their work is nationally important and would lead to commercially viable findings. How many of these projects yielded scientifically sound ideas of commercial potential? Frequently, the motivation for research is not curiosity or thirst for knowledge but earning marks and getting listed as top rankers in scientometric evaluations. The effort has been counterproductive: Sri Lanka continues to be poor in advanced frontier research and innovation and short of critical thinkers.
Opportunity for Sri Lanka
The International Year of Quantum Science and Technology would be an opportunity for Sri Lanka to reinvigorate research and higher educational institutions emphasising basic science. Tap exceptional talent, adopting measures to suppress mediocre intervention and manipulation – that hinder scientific achievement – especially fundamental studies.
Many have heard the word ‘quantum mechanics’ and consider it something weird and beyond comprehension. The contention naturally arises from our common-sense notion of what we mean by understanding. A child shown a piece of chalk will understand when we tell him it is white because he has seen many white objects and readily grasp the concept of ‘whiteness’ based on prior experience. When he goes to school and does science, he encounters no difficulty in learning how things appear white when they reflect all the colors of the spectrum. We understand the familiar world because things and happenings there can be correlated, attributing cause and effect. The physics of macroscopic objects, referred to as classical physics, is based on the same idea, allowing the framing of theories by mental visualisation and abstraction.
Intellectual and technological
transformation of the world
The extreme microscopic world of molecules, atoms and elementary particles does not follow the laws of classical physics for some unknown reason. The law governing such microscopic systems revealed by experiments and their usage to explain and predict phenomena we name as quantum mechanics. Quantum mechanics is not a logical deduction of pure reasoning or an extrapolation of classical physics. How it works was extracted from experiments and found to be universally true.
Anybody willing and curious enough can learn quantum mechanics, but nobody understands quantum mechanics in the same way a child understands the concept of “whiteness”.
The discovery of quantum mechanics represents a long story that transformed the world intellectually and technologically.
Until the end of the 17th century, science was largely a collection of facts and partial explanations lacking wide-range predictive capability. That changed when Sir Isaac Newton published his monumental work, “Philosophiae Naturalis Principia Mathematica’ in 1687. His theory of mechanics and gravitation embodied a remarkable predictive and explanatory perspective. Covered the whole of mechanical engineering dealing with the movement of machines including airplanes. Accurately described the motion of celestial objects. Even today payloads are delivered to remote planets with utmost precision using computations based on Newton’s theory.
About a century later, the Scottish physicist James Clerk Maxwell initiated another revolution. He unified electricity and magnetism into one theory, predicting the existence of radio waves and showing light is also a form of electromagnetic waves.
Enlightened theoretical physicists believed Newton’s and Maxwell’s theories put together cover everything and nothing exists for them to contemplate deeply. The hype didn’t last very long. In 1902, the French mathematician Henri Poincare proved Newton’s mechanics and Maxwell’s electromagnetism are mathematically inconsistent. Later, Albert Einstein resolved the discrepancy by introducing his theory of relativity. Although Newton’s mechanics stands sufficiently accurate for practical purposes, it has an intrinsic physical fault, whereas the electromagnetic theory is valid and consistent with relativity.
Unexpectedly, the classical electromagnetic theory believed to be perfect was also found to have anomalies. Hot bodies emit thermal radiation, a form of electromagnetic waves. The spectral composition of heat radiation did not agree with the prediction of the electromagnetic theory. The German physicist Max Planck showed if radiation is absorbed and emitted in discrete units of energy (quanta), the discrepancy can be resolved. Such an assumption hints light which behaves as a wave in most experiments seems to have particle properties as well. In 1905, Albert Einstein explained the photoelectric effect (emission of electrons by metals when shining light) which defied electromagnetic wave theory, using the Planck hypothesis and earned the 1921 physics Nobel Prize. In the same year, the French physicist De Broglie argued that light understood as a wave, exhibits particle properties. Conversely, particles like electrons should have wave properties as well. The hypothesis was subsequently verified by experiment. The peculiarity seen in nature, light behaving as particles and particles exhibiting wave properties in some instances came to be known as ‘wave-particle duality’.
Scientific upheavals
The early 1900s witnessed many other major scientific upheavals. Deduced from his studies on scattering alpha particles by a gold foil, Lord Rutherford concluded that an atom is constituted of a positively charged nucleus surrounded by negatively charged electrons. The simplest atom, that of hydrogen, an electron moving around a proton. According to electromagnetic theory, such a system is unstable. The electron would spiral down to the proton, emitting radiation. However, experiments indicate the system is stable and the electron, when excited, emits a discrete spectrum of light. Danish physicist Niels Bohr proposed a model to explain light emission by the hydrogen atom, but the inadequacy of the model was soon realized.
In July 1925, Werner Heisenberg, then a 23-year-old German working with two famous physicists Arnold Sommerfeld and Max Born, went on vacation to the Island of Heligoland. Leisurely, thinking about the problem of the hydrogen atom, he found a radically novel way of explaining the emission of light by excited hydrogen atoms, pointing to a new kind of mechanics. New science first named matrix mechanics and later quantum mechanics entailed indeterminism, unlike classical mechanics. Even under fixed initial conditions, the outcome of an experiment would not be unique. Several things could happen with varying probabilities. Austrian physicist Erwin Schrodinger presented a different version of the theory in 1926 termed wave mechanics. Later both theories were proven to be equivalent. Soon physicists and mathematicians finalized the principles of quantum mechanics in terms of six self-consistent postulates.
The first postulate states a particle, or a system of particles, is described by a mathematical entity named wave function carrying all information about the system and five other postulates tell how to determine the wave function and extract information. These postulates are not logical derivations, but axioms found to hold by experiment. Amazingly, a branch of pure mathematics referred to as ‘Hilbert Spaces’ was available to formulate the theory of quantum mechanics.
Phenomena absent in ordinary world
The postulates of quantum mechanics imply phenomena absent in the ordinary world but supported by experiment.
The result of an observation could lead to several possibilities occurring at different probabilities. A system can display two more characters at the same time with different probabilities. Or possible quantum states can superpose and form new states. Accommodated wave-particle duality.
Coming to terms with wave-particle duality was a challenge to physicists. The topic was extensively discussed at the Solvay Conference held in Brussels 1927 – a gathering of 29 brilliant minds in the world at the time. Of which 17 were Nobel Prize winners or recipients of the prize later. They wrangled about the double – slit thought experiment, considered a prototype of the quantum wonders.
What is the double slit experiment? When you throw a ball toward two closely positioned windows, the ball will pass through either of the windows. If you perform an analogous experiment with atomic – size windows and propel an electron, the electron (a particle) goes through both slits simultaneously as a wave. In experiments to determine through which slit the electron passes, you will see it passes through one slit, as the ball thrown toward the windows. Since you cannot determine whether the electron passes through both slits. There is no way to rule out that possibility. If so, why worry about it? Quantum mechanics is not illogical but contrary to common sense notions we are familiar with.
However much you ponder, you or any other human being would not be able to understand or visualize how a particle goes through two slits simultaneously in terms of familiar common-sense notions. Boldly accept this as a fact not contradicted by experiment and proceed.
Impact of quantum mechanics
The impact of quantum mechanics has gone beyond the realm of physics. Intellectually inclined Tibetan Buddhist leader Dalai Lama is deeply interested in quantum mechanics and its philosophy. In 1997 he invited a group of European physicists to his monastery to attend a discourse on the subject. The world-renowned quantum scientist Anton Zeilinger (1922 physics Nobel laureate) who participated in the discussion, later demonstrated the double-slit experiment to the Dalai Lama in his laboratory at the University of Innsbruck, Austria. He had no difficulty in accepting wave-particle duality, but on philosophical grounds rejected the idea of a particle going through two slits at the same time.
The Dalai Lama continues discussions on quantum theory and encourages Tibetan Buddhist monks to learn the subject. The Dalai Lama once said, “Religion without quantum science is an incomplete picture of reality”. He advocates scientific knowledge and compassion of religion together to solve the problems of the world. When will we wake up and realize the same?
Besides the double slit experiment, there are other fascinations in quantum mechanics. A quantum object may display contrasting properties during a measurement. In our macroscopic world cats and dogs are distinct animals. There exists no animal, observed sometimes a dog, other times a cat. Fictionally, a cat and a dog are made as small as the size of an elementary particle. Then quantum mechanical laws could allow them to superpose on each other and form a ‘species’ that appears as a cat or dog during different observations with distinct probabilities. For example, 30 percent times a dog and 70 percent times a cat.
Another even more bizarre consequence following from the postulates of quantum mechanics is so-called entanglement. Two particles correlated to each other by some property maintain the correlation even if they separated far apart (even light years). Consider two cat-dog superposed quantum particles. Each particle, when observed separately, is seen either as a dog or cat. Suppose these two particles are linked in such a way that when one is a cat the other is a dog and vice versa. If particles are separated miles apart the correlation will continue. If one particle is observed as a cat the other will be a dog – as if a signal has been transmitted from one particle to the other. Two entangled particles are described by one wave function, extending over space. Einstein objected to entanglement, saying spooky (ghostly) action at distance would not be possible because nothing can travel faster than light. Therefore, quantum mechanics, although correct, is incomplete. On 4th May 1935, New York Times reported “Einstein attacks quantum theory”. This was a rare instance where Einstein went wrong. The first particle observed as a cat, or a dog is random. Consequently, information cannot be transmitted from the first particle to the second. Relativity only tells us information cannot be transmitted faster than light. Entanglement as predicted by quantum theory has been proved by numerous experiments.
Landmark development
Predictions of quantum mechanics have proven to be true. Yet there are unsolved problems. A landmark development was combining Einstein’s theory of relativity and quantum mechanics into a broader framework named quantum field theory. More comprehensive theory enabled understanding and predicting properties of elementary particles and the behaviour of matter at extremely high energy. However, there are instances where we do not know how to use quantum mechanics. So far there is no theory to combine gravitation and quantum mechanics. Also, we cannot reconcile completely what demarcates the classical and quantum worlds.
The scope of quantum mechanics is so wide and covers elementary particles, atoms and molecules, chemistry and astrophysical phenomena. Find applications in electronic devices, material science, and advanced instrumentation and synthesis of new chemical substances.
The latest quantum devices, notably computers exploiting basic principles of quantum mechanics – superposition and entanglement would revolutionize science and technology.
The classical units of computing are bits represented by 0 and 1. In quantum computing, basic units are qubits, represented by a superposition of quantum states 0 and 1. Superposition and entanglement allow superfast computing. In principle, a task taking thousands of years by the fastest classical computer can be completed within seconds. Superfast quantum simulation enables the discovery of new drugs and materials and understanding complex biological systems.
Computer theorists talk about quantum supremacy, meaning quantum computers could solve problems beyond any conceivable classical versions. There are claims that quantum supremacy has already been achieved. Yet the supremacy of the human brain could not be defeated. Truly original ideas originate only in the human brain. If AI came first, it would not discover quantum mechanics!
Transformative technologies emerge as results of fundamental research initiated out of curiosity by ingenious brains. When such investigations carried out in foreign lands lead to technologies of commercial potential, we grab them prematurely and propose introducing them from the ‘kindergarten’. Stupidly expecting economic returns. Some time ago it was biotechnology, then nanotechnology and recently AI. Very likely, the next would-be quantum technology. Have new technologies policy-wise supported delivered innovations? Sri Lanka has diverted a good chunk of money to do research in the previously mentioned areas. Are there any world-recognized innovative ideas that originated indigenously in Sri Lanka? If so, are they the results of this effort or curiosity-oriented outputs? There are organizations mandated to examine the effectiveness of government expenditure on scientific research. They must find answers in the best interest of the country.
New technologies are important. However, we cannot successfully embark on quantum or any other technology without strengthening education and research in fundamental science. The obstacle to that path needs to be cleared.
by Prof. Kirthi Tennakone
ktenna@yahoo.co.uk
Midweek Review
Daya Pathirana killing and transformation of the JVP
JVP leader Somawansa Amarasinghe, who returned to Sri Lanka in late Nov, 2001, ending a 12-year self-imposed exile in Europe, declared that India helped him flee certain death as the government crushed his party’s second insurrection against the state in the ’80s, using even death squads. Amarasinghe, sole surviving member of the original politburo of the JVP, profusely thanked India and former Prime Minister V.P. Singh for helping him survive the crackdown. Neither the JVP nor India never explained the circumstances New Delhi facilitated Amarasinghe’s escape, particularly against the backdrop of the JVP’s frenzied anti-India campaign. The JVP has claimed to have killed Indian soldiers in the East during the 1987-1989 period. Addressing his first public meeting at Kalutara, a day after his arrival, Amarasinghe showed signs that the party had shed its anti-India policy of yesteryears. The JVPer paid tribute to the people of India, PM Singh and Indian officials who helped him escape.
By Shamindra Ferdinando
Forty years after the killing of Daya Pathirana, the third head of the Independent Student Union (ISU) by the Socialist Students’ Union (SSU), affiliated with the JVP, one-time Divaina journalist Dharman Wickremaretne has dealt with the ISU’s connections with some Tamil terrorist groups. The LTTE (Liberation Tigers of Tamil Eelam) hadn’t been among them, according to Wickremaretne’s Daya Pathirana Ghathanaye Nodutu Peththa (The Unseen Side of Daya Pathirana Killing), the fifth of a series of books that discussed the two abortive insurgencies launched by the JVP in 1971 and the early ’80s.
Pathirana was killed on 15 December, 1986. His body was found at Hirana, Panadura. Pathirana’s associate, Punchiralalage Somasiri, also of the ISU, who had been abducted, along with Pathirana, was brutally attacked but, almost by a miracle, survived to tell the tale. Daya Pathirana was the second person killed after the formation of the Deshapremi Janatha Vyaparaya (DJV), the macabre wing of the JVP, in early March 1986. The DJV’s first head had been JVP politburo member Saman Piyasiri Fernando.
Its first victim was H. Jayawickrema, Principal of Middeniya Gonahena Vidyalaya, killed on 05 December, 1986. The JVP found fault with him for suspending several students for putting up JVP posters.
Wickremaretne, who had been relentlessly searching for information, regarding the violent student movements for two decades, was lucky to receive obviously unconditional support of those who were involved with the SSU and ISU as well as other outfits. Somasiri was among them.
Deepthi Lamaheva had been ISU’s first leader. Warnakulasooriya succeeded Lamahewa and was replaced by Pathirana. After Pathirana’s killing K.L. Dharmasiri took over. Interestingly, the author justified Daya Pathirana’s killing on the basis that those who believed in violence died by it.
Wickremaretne’s latest book, the fifth of the series on the JVP, discussed hitherto largely untouched subject – the links between undergraduates in the South and northern terrorists, even before the July 1983 violence in the wake of the LTTE killing 12 soldiers, and an officer, while on a routine patrol at Thinnavely, Jaffna.
The LTTE emerged as the main terrorist group, after the Jaffna killings, while other groups plotted to cause mayhem. The emergence of the LTTE compelled the then JRJ government to transfer all available police and military resources to the North, due to the constant attacks that gradually weakened government authority there. In Colombo, ISU and Tamil groups, including the PLOTE (People’s Liberation Tigers of Tamil Eelam) enhanced cooperation. Wickremaretne shed light on a disturbing ISU-PLOTE connection that hadn’t ever been examined or discussed or received sufficient public attention.
In fact, EROS (Eelam Revolutionary Organisation of Students), too, had been involved with the ISU. According to the author, the ISU had its first meeting on 10 April, 1980. In the following year, ISU established contact with the EPRLF (Eelam People’s Revolutionary Liberation Front). The involvement of ISU with the PLOTE and Wickremaretne revealed how the SSU probed that link and went to the extent of secretly interrogating ISU members in a bid to ascertain the details of that connection. ISU activist Pradeep Udayakumara Thenuwara had been forcibly taken to Sri Jayewardenepura University where he was subjected to strenuous interrogation by SSU in a bid to identify those who were involved in a high profile PLOTE operation.
The author ascertained that the SSU suspected Pathirana’s direct involvement in the PLOTE attack on the Nikaweratiya Police Station, and the Nikaweratiya branch of the People’s Bank, on April 26, 1985. The SSU believed that out of a 16-member gang that carried out the twin attacks, two were ISU members, namely Pathirana, and another identified as Thalathu Oya Seneviratne, aka Captain Senevi.
The SSU received information regarding ISU’s direct involvement in the Nikaweratiya attacks from hardcore PLOTE cadre Nagalingam Manikkadasan, whose mother was a Sinhalese and closely related to JVP’s Upatissa Gamanayake. The LTTE killed Manikkadasan in a bomb attack on a PLOTE office, in Vavuniya, in September, 1999. The writer met Manikkadasan, at Bambapalitiya, in 1997, in the company of Dharmalingham Siddharthan. The PLOTE had been involved in operations in support of President Chandrika Bandaranaike Kumaratunga’s administration.
It was President Premadasa who first paved the way for Tamil groups to enter the political mainstream. In spite of some of his own advisors expressing concern over Premadasa’s handling of negotiations with the LTTE, he ordered the then Elections Commissioner Chandrananda de Silva to grant political recognition to the LTTE. The LTTE’s political wing PFLT (People’s Front of Liberation Tigers) received recognition in early December, 1989, seven months before Eelam War II erupted.
Transformation of ISU
The author discussed the formation of the ISU, its key members, links with Tamil groups, and the murderous role in the overall counter insurgency campaign during JRJ and Ranasinghe Premadasa presidencies. Some of those who had been involved with the ISU may have ended up with various other groups, even civil society groups. Somasiri, who was abducted along with Pathirana at Thunmulla and attacked with the same specialised knife, but survived, is such a person.
Somasiri contested the 06 May Local Government elections, on the Jana Aragala Sandhanaya ticket. Jana Aragala Sandhanaya is a front organisation of the Frontline Socialist Party/ Peratugaami pakshaya, a breakaway faction of the JVP that also played a critical role in the violent protest campaign Aragalaya against President Gotabaya Rajapaksa. That break-up happened in April 2012, The wartime Defence Secretary, who secured the presidency at the 2019 presidential election, with 6.9 mn votes, was forced to give up office, in July 2022, and flee the country.
Somasiri and Jana Aragala Sandhanaya were unsuccessful; the group contested 154 Local Government bodies and only managed to secure only 16 seats whereas the ruling party JVP comfortably won the vast majority of Municipal Councils, Urban Councils and Pradeshiya Sabhas.
Let us get back to the period of terror when the ISU was an integral part of the UNP’s bloody response to the JVP challenge. The signing of the Indo-Lanka accord, in late July 1987, resulted in the intensification of violence by both parties. Wickremaretne disclosed secret talks between ISU leader K.L. Dharmasiri and the then Senior SSP (Colombo South) Abdul Cader Abdul Gafoor to plan a major operation to apprehend undergraduates likely to lead protests against the Indo-Lanka accord. Among those arrested were Gevindu Cumaratunga and Anupa Pasqual. Cumaratunga, in his capacity as the leader of civil society group Yuthukama, that contributed to the campaign against Yahapalanaya, was accommodated on the SLPP National List (2020 to 2024) whereas Pasqual, also of Yuthukama, entered Parliament on the SLPP ticket, having contested Kalutara. Pasqual switched his allegiance to Ranil Wickremesinghe after Gotabaya Rajapaksa’s ouster in July 2022.
SSU/JVP killed K.L. Dharmasiri on 19 August, 1989, in Colomba Kochchikade just a few months before the Army apprehended and killed JVP leader Rohana Wijeweera. Towards the end of the counter insurgency campaign, a section of the ISU was integrated with the military (National Guard). The UNP government had no qualms in granting them a monthly payment.
Referring to torture chambers operated at the Law Faculty of the Colombo University and Yataro operations centre, Havelock Town, author Wickremaretne underscored the direct involvement of the ISU in running them.
Maj. Tuan Nizam Muthaliff, who had been in charge of the Yataro ‘facility,’ located near State Defence Minister Ranjan Wijeratne’s residence, is widely believed to have shot Wijeweera in November, 1989. Muthaliff earned the wrath of the LTTE for his ‘work’ and was shot dead on May 3, 2005, at Polhengoda junction, Narahenpita. At the time of Muthaliff’s assassination, he served in the Military Intelligence.
Premadasa-SSU/JVP link
Ex-lawmaker and Jathika Chinthanaya Kandayama stalwart Gevindu Cumaratunga, in his brief address to the gathering, at Wickremaretne’s book launch, in Colombo, compared Daya Pathirana’s killing with the recent death of Nandana Gunatilleke, one-time frontline JVPer.
Questioning the suspicious circumstances surrounding Gunatilleke’s demise, Cumaratunga strongly emphasised that assassinations shouldn’t be used as a political tool or a weapon to achieve objectives. The outspoken political activist discussed the Pathirana killing and Gunatilleke’s demise, recalling the false accusations directed at the then UNPer Gamini Lokuge regarding the high profile 1986 hit.
Cumaratunga alleged that the SSU/JVP having killed Daya Pathirana made a despicable bid to pass the blame to others. Turning towards the author, Cumaratunga heaped praise on Wickremaretne for naming the SSU/JVP hit team and for the print media coverage provided to the student movements, particularly those based at the Colombo University.
Cumaratunga didn’t hold back. He tore into SSU/JVP while questioning their current strategies. At one point a section of the audience interrupted Cumaratunga as he made references to JVP-led Jathika Jana Balawegaya (JJB) and JJB strategist Prof. Nirmal Dewasiri, who had been with the SSU during those dark days. Cumaratunga recalled him attending Daya Pathirana’s funeral in Matara though he felt that they could be targeted.
Perhaps the most controversial and contentious issue raised by Cumaratunga was Ranasinghe Premadasa’s alleged links with the SSU/JVP. The ex-lawmaker reminded the SSU/JVP continuing with anti-JRJ campaign even after the UNP named Ranasinghe Premadasa as their candidature for the December 1988 presidential election. His inference was clear. By the time Premadasa secured the presidential nomination he had already reached a consensus with the SSU/JVP as he feared JRJ would double cross him and give the nomination to one of his other favourites, like Gamini Dissanayake or Lalith Athulathmudali.
There had been intense discussions involving various factions, especially among the most powerful SSU cadre that led to putting up posters targeting Premadasa at the Colombo University. Premadasa had expressed surprise at the appearance of such posters amidst his high profile ‘Me Kawuda’ ‘Monawada Karanne’poster campaign. Having questioned the appearance of posters against him at the Colombo University, Premadasa told Parliament he would inquire into such claims and respond. Cumaratunga alleged that night UNP goons entered the Colombo University to clean up the place.
The speaker suggested that the SSU/JVP backed Premadasa’s presidential bid and the UNP leader may have failed to emerge victorious without their support. He seemed quite confident of his assertion. Did the SSU/JVP contribute to Premadasa’s victory at one of the bloodiest post-independence elections in our history.
Cumaratunga didn’t forget to comment on his erstwhile comrade Anupa Pasqual. Alleging that Pasqual betrayed Yuthukama when he switched allegiance to Wickremesinghe, Cumaratunga, however, paid a glowing tribute to him for being a courageous responder, as a student leader.
SSU accepts Eelam
One of the most interesting chapters was the one that dealt with the Viplawadi Janatha Vimukthi Peramuna/Revolutionary Janatha Vimukthi Peramuna (RJVP), widely known as the Vikalpa Kandaya/Alternative Group and the ISU mount joint campaigns with Tamil groups. Both University groups received weapons training, courtesy PLOTE and EPRLF, both here, and in India, in the run-up to the so-called Indo-Lanka Peace Accord. In short, they accepted Tamils’ right to self-determination.
The author also claimed that the late Dharmeratnam Sivaram had been in touch with ISU and was directly involved in arranging weapons training for ISU. No less a person than PLOTE Chief Uma Maheswaran had told the author that PLOTE provided weapons training to ISU, free of charge ,and the JVP for a fee. Sivaram, later contributed to several English newspapers, under the pen name Taraki, beginning with The Island. By then, he propagated the LTTE line that the war couldn’t be brought to a successful conclusion through military means. Taraki was abducted near the Bambalapitiya Police Station on the night of 28 April, 2005, and his body was found the following day.
The LTTE conferred the “Maamanithar” title upon the journalist, the highest civilian honour of the movement.
In the run up to the Indo-Lanka Peace Accord, India freely distributed weapons to Tamil terrorist groups here who in turn trained Sinhala youth.
Had it been part of the overall Indian destabilisation project, directed at Sri Lanka? PLOTE and EPRLF couldn’t have arranged weapons training in India as well as terrorist camps here without India’s knowledge. Unfortunately, Sri Lanka never sought to examine the origins of terrorism here and identified those who propagated and promoted separatist ideals.
Exactly a year before Daya Pathirana’s killing, arrangements had been made by ISU to dispatch a 15-member group to India. But, that move had been cancelled after law enforcement authorities apprehended some of those who received weapons training in India earlier. Wickremaretne’s narrative of the students’ movement, with the primary focus of the University of Colombo, is a must read. The author shed light on the despicable Indian destabilisation project that, if succeeded, could have caused and equally destructive war in the South. In a way, Daya Pathirana’s killing preempted possible wider conflict in the South.
Gevindu Cumaratunga, in his thought-provoking speech, commented on Daya Pathirana. At the time Cumaratunga entered Colombo University, he hadn’t been interested at all in politics. But, the way the ISU strongman promoted separatism, influenced Cumaratunga to counter those arguments. The ex-MP recollected how Daya Pathirana, a heavy smoker (almost always with a cigarette in his hand) warned of dire consequences if he persisted with his counter views.
In fact, Gevindu Cumaratunga ensured that the ’80s terror period was appropriately discussed at the book launch. Unfortunately, Wickremaretne’s book didn’t cause the anticipated response, and a dialogue involving various interested parties. It would be pertinent to mention that at the time the SSU/JVP decided to eliminate Daya Pathirana, it automatically received the tacit support of other student factions, affiliated to other political parties, including the UNP.
Soon after Anura Kumara Dissanayake received the leadership of the JVP from Somawansa Amarasinghe, in December 2014, he, in an interview with Saroj Pathirana of BBC Sandeshaya, regretted their actions during the second insurgency. Responding to Pathirana’s query, Dissanayake not only regretted but asked for forgiveness for nearly 6,000 killings perpetrated by the party during that period. Author Wickremaretne cleverly used FSP leader Kumar Gunaratnam’s interview with Upul Shantha Sannasgala, aired on Rupavahini on 21 November, 2019, to remind the reader that he, too, had been with the JVP at the time the decision was taken to eliminate Daya Pathirana. Gunaratnam moved out of the JVP, in April 2012, after years of turmoil. It would be pertinent to mention that Wimal Weerawansa-Nandana Gunatilleke led a group that sided with President Mahinda Rajapaksa during his first term, too, and had been with the party by that time. Although the party split over the years, those who served the interests of the JVP, during the 1980-1990 period, cannot absolve themselves of the violence perpetrated by the party. This should apply to the JVPers now in the Jathika Jana Balawegaya (JJB), a political party formed in July 2019 to create a platform for Dissanayake to contest the 2019 presidential election. Dissanayake secured a distant third place (418,553 votes [3.16%])
However, the JVP terrorism cannot be examined without taking into JRJ’s overall political strategy meant to suppress political opposition. The utterly disgusting strategy led to the rigged December 1982 referendum that gave JRJ the opportunity to postpone the parliamentary elections, scheduled for August 1983. JRJ feared his party would lose the super majority in Parliament, hence the irresponsible violence marred referendum, the only referendum ever held here to put off the election. On 30 July, 1983, JRJ proscribed the JVP, along with the Nawa Sama Samaja Party and the Communist Party, on the false pretext of carrying out attacks on the Tamil community, following the killing of 13 soldiers in Jaffna.
Under Dissanayake’s leadership, the JVP underwent total a overhaul but it was Somawansa Amarasinghe who paved the way. Under Somawansa’s leadership, the party took the most controversial decision to throw its weight behind warwinning Army Chief General (retd) Sarath Fonseka at the 2010 presidential election. That decision, the writer feels, can be compared only with the decision to launch its second terror campaign in response to JRJ’s political strategy. How could we forget Somawansa Amarasinghe joining hands with the UNP and one-time LTTE ally, the Tamil National Alliance (TNA), to field Fonseka? Although they failed in that US-backed vile scheme, in 2010, success was achieved at the 2015 presidential election when Maithripala Sirisena was elected.
Perhaps, the JVP took advantage of the developing situation (post-Indo-Lanka Peace Accord), particularly the induction of the Indian Army here, in July 1987, to intensify their campaign. In the aftermath of that, the JVP attacked the UNP parliamentary group with hand grenades in Parliament. The August 1987 attack killed Matara District MP Keerthi Abeywickrema and staffer Nobert Senadheera while 16 received injuries. Both President JRJ and Prime Minister Ranasinghe Premadasa had been present at the time the two hand grenades were thrown at the group.
Had the JVP plot to assassinate JRJ and Premadasa succeeded in August 1987, what would have happened? Gevindu Cumaratunga, during his speech also raised a very interesting question. The nationalist asked where ISU Daya Pathirana would have been if he survived the murderous JVP.
Midweek Review
Reaping a late harvest Musings of an Old Man
I am an old man, having reached “four score and five” years, to describe my age in archaic terms. From a biological perspective, I have “grown old.” However, I believe that for those with sufficient inner resources, old age provides fertile ground to cultivate a new outlook and reap a late harvest before the sun sets on life.
Negative Characterisation of Old Age
My early medical education and training familiarised me with the concept of biological ageing: that every living organism inevitably undergoes progressive degeneration of its tissues over time. Old age is often associated with disease, disability, cognitive decline, and dependence. There is an inkling of futility, alienation, and despair as one approaches death. Losses accumulate. As Shakespeare wrote in Hamlet, “When sorrows come, they come not single spies, but in battalions.” Doctors may experience difficulty in treating older people and sometimes adopt an attitude of therapeutic nihilism toward a life perceived to be in decline.
Categorical assignment of symptoms is essential in medical practice when arriving at a diagnosis. However, placing an individual into the box of a “geriatric” is another matter, often resulting in unintended age segregation and stigmatisation rather than liberation of the elderly. Such labelling may amount to ageism. It is interesting to note that etymologically, the English word geriatric and the Sanskrit word jara both stem from the Indo-European root geront, meaning old age and decay, leading to death (jara-marana).
Even Sigmund Freud (1875–1961), the doyen of psychoanalysis, who influenced my understanding of personality structure and development during my psychiatric training, focused primarily on early development and youth, giving comparatively little attention to the psychology of old age. He believed that instinctual drives lost their impetus with ageing and famously remarked that “ageing is the castration of youth,” implying infertility not only in the biological sense. It is perhaps not surprising that Freud began his career as a neurologist and studied cerebral palsy.
Potential for Growth in Old Age
The model of human development proposed by the psychologist Erik Erikson (1902–1994), which he termed the “eight stages of man,” is far more appealing to me. His theory spans the entire life cycle, with each stage presenting a developmental task involving the negotiation of opposing forces; success or failure influences the trajectory of later life. The task of old age is to reconcile the polarity between “ego integrity” and “ego despair,” determining the emotional life of the elderly.
Ego integrity, according to Erikson, is the sense of self developed through working through the crises (challenges) of earlier stages and accruing psychological assets through lived experience. Ego despair, in contrast, results from the cumulative impact of multiple physical and emotional losses, especially during the final stage of life. A major task of old age is to maintain dignity amidst such emotionally debilitating forces. Negotiating between these polarities offers the potential for continued growth in old age, leading to what might be called a “meaningful finish.”
I do not dispute the concept of biological ageing. However, I do not regard old age as a terminal phase in which growth ceases and one is simply destined to wither and die. Though shadowed by physical frailty, diminishing sensory capacities and an apparent waning of vitality, there persists a proactive human spirit that endures well into late life. There is a need in old age to rekindle that spirit. Ageing itself can provide creative opportunities and avenues for productivity. The aim is to bring life to a meaningful close.
To generate such change despite the obstacles of ageing — disability and stigmatisation — the elderly require a sense of agency, a gleam of hope, and a sustaining aspiration. This may sound illusory; yet if such illusions are benign and life-affirming, why not allow them?
Sharon Kaufman, in her book The Ageless Self: Sources of Meaning in Late Life, argues that “old age” is a social construct resisted by many elders. Rather than identifying with decline, they perceive identity as a lifelong process despite physical and social change. They find meaning in remaining authentically themselves, assimilating and reformulating diverse life experiences through family relationships, professional achievements, and personal values.
Creative Living in Old Age
We can think of many artists, writers, and thinkers who produced their most iconic, mature, or ground-breaking work in later years, demonstrating that creativity can deepen and flourish with age. I do not suggest that we should all aspire to become a Monet, Picasso, or Chomsky. Rather, I use the term “creativity” in a broader sense — to illuminate its relevance to ordinary, everyday living.
Endowed with wisdom accumulated through life’s experiences, the elderly have the opportunity for developmental self-transformation — to connect with new identities, perspectives, and aspirations, and to engage in a continuing quest for purpose and meaning. Such a quest serves an essential function in sustaining mental health and well-being.
Old age offers opportunities for psychological adaptation and renewal. Many elders use the additional time afforded by retirement to broaden their knowledge, pursue new goals, and cultivate creativity — an old age characterised by wholeness, purpose, and coherence that keeps the human spirit alive and growing even as one’s days draw to a close.
Creative living in old age requires remaining physically, cognitively, emotionally, and socially engaged, and experiencing life as meaningful. It is important to sustain an optimistic perception of health, while distancing oneself from excessive preoccupation with pain and trauma. Positive perceptions of oneself and of the future help sustain well-being. Engage in lifelong learning, maintain curiosity, challenge assumptions — for learning itself is a meaning-making process. Nurture meaningful relationships to avoid disengagement, and enter into respectful dialogue, not only with those who agree with you. Cultivate a spiritual orientation and come to terms with mortality.
The developmental task of old age is to continue growing even as one approaches death — to reap a late harvest. As Rabindranath Tagore expressed evocatively in Gitanjali [‘Song Offerings’], which won him the Nobel Prize:: “On the day when death will knock at thy door, what wilt thou offer to him?
Oh, I will set before my guest the full vessel of my life — I will never let him go with empty hands.”
by Dr Siri Galhenage
Psychiatrist (Retired)
[sirigalhenage@gmail.com]
Midweek Review
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