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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

Sri Lanka, the Stars,and statesmen

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JRJ with President Ronald Reagan at the White House

When President J. R. Jayewardene stood at the White House in 1981 at the invitation of U.S. President Ronald Reagan, he did more than conduct diplomacy; he reminded his audience that Sri Lanka’s engagement with the wider world stretches back nearly two thousand years. In his remarks, Jayewardene referred to ancient explorers and scholars who had written about the island, noting that figures such as Pliny the Elder had already described Sri Lanka, then known as Taprobane, in the first century AD.

Pliny the Elder (c. AD 23–79), writing his Naturalis Historia around AD 77, drew on accounts from Indo-Roman trade during the reign of Emperor Claudius (AD 41–54) and recorded observations about Sri Lanka’s stars, shadows, and natural wealth, making his work one of the earliest Roman sources to place the island clearly within the tropical world. About a century later, Claudius Ptolemy (c. AD 100–170), working in Alexandria, transformed such descriptive knowledge into mathematical geography in his Geographia (c. AD 150), assigning latitudes and longitudes to Taprobane and firmly embedding Sri Lanka within a global coordinate system, even if his estimates exaggerated the island’s size.

These early timelines matter because they show continuity rather than coincidence: Sri Lanka was already known to the classical world when much of Europe remained unmapped. The data preserved by Pliny and systematised by Ptolemy did not fade with the Roman Empire; from the seventh century onward, Arab and Persian geographers, who knew the island as Serendib, refined these earlier measurements using stellar altitudes and navigational instruments such as the astrolabe, passing this accumulated knowledge to later European explorers. By the time the Portuguese reached Sri Lanka in the early sixteenth century, they sailed not into ignorance but into a space long defined by ancient texts, stars, winds, and inherited coordinates.

 Jayewardene, widely regarded as a walking library, understood this intellectual inheritance instinctively; his reading spanned Sri Lankan chronicles, British constitutional history, and American political traditions, allowing him to speak of his country not as a small postcolonial state but as a civilisation long present in global history. The contrast with the present is difficult to ignore. In an era when leadership is often reduced to sound bites, the absence of such historically grounded voices is keenly felt. Jayewardene’s 1981 remarks stand as a reminder that knowledge of history, especially deep, comparative history, is not an academic indulgence but a source of authority, confidence, and national dignity on the world stage.  Ultimately, the absence of such leaders today underscores the importance of teaching our youth history deeply and critically, for without historical understanding, both leadership and citizenship are reduced to the present moment alone.

Anura Samantilleke

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Opinion

General Educational Reforms: To what purpose? A statement by state university teachers

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"With the NPP government in charge of educational reforms, we had expectations of a stronger democratic process underpinning the reforms to education, and attention to issues that have been neglected in previous reform efforts."

One of the major initiatives of the NPP government is reforming the country’s education system. Immediately after coming to power, the government started the process of bringing about “transformational” changes to general education. The budgetary allocation to education has been increased to 2% of GDP (from 1.8% in 2023). Although this increase is not sufficient, the government has pledged to build infrastructure, recruit more teachers, increase facilities at schools and identified education reforms as an urgent need. These are all welcome moves. However, it is with deep concern that we express our views on the general education reforms that are currently underway.

The government’s approach to education reform has been hasty and lacking in transparency and public consultation. Announcements regarding the reforms planned for January 2026 were made in July 2025. In August, 2025, a set of slides was circulated, initially through unofficial sources. It was only in November 2025, just three months ahead of implementation, that an official policy document, Transforming General Education in Sri Lanka 2025, was released. The Ministry of Education held a series of meetings about the reforms. However, by this time the modules had already been written, published, and teacher training commenced.

The new general education policy shows a discrepancy between its conceptual approach and content. The objectives of the curriculum reforms include: to promote “critical thinking”, “multiple intelligences”, “a deeper understanding of the social and political value of the humanities and social sciences” and embed the “values of equity, inclusivity and social justice” (p. 9). Yet, the new curriculum places minimal emphasis on social sciences and humanities, and leaves little time for critical thinking or for molding social justice-oriented citizens. Subjects such as environment, history and civics, are left out at the primary level, while at the junior secondary level, civics and history are allocated only 10 and 20 hours per term. The increase in the number of “essential subjects” to 15 restricts the hours available for fundamentals like mathematics and language; only 30 hours are allocated to mathematics and the mother tongue, per term, at junior secondary level. Learning the second national language and about our conflict-ridden history are still not priorities despite the government’s pledge to address ethnic cohesion. The time allocation for Entrepreneurship and Financial Literacy, now an essential subject, is on par with the second national language, geography and civics. At the senior secondary level (O/L), social sciences and humanities are only electives. If the government is committed to the objectives that it has laid out, there should be a serious re-think of what subjects will be taught at each grade, the time allocated to each, their progress across different levels, and their weight in the overall curriculum.

A positive aspect of the reforms is the importance given to vocational training. A curriculum that recognises differences in students, whether in terms of their interest in subject matter, styles of learning, or their respective needs, and caters to those diverse needs, would make education more pluralistic and therefore democratic. However, there must be some caution placed on how difference is treated, and this should not be reflected in vocational training alone, but in all aspects of the curriculum. For instance, will the history curriculum account for different narratives of history, including the recent history of Sri Lanka and the histories of minorities and marginalised communities? Will the family structures depicted in textbooks go beyond conventional conceptions of the nuclear family? Addressing these areas too would allow students to feel more represented in curricula and enable them to move through their years of schooling in ways that are unconstrained by stereotypes and unjust barriers.

The textbooks for the Grade 6 modules on the National Institute of Education (NIE) website appear to have not gone through rigorous review. They contain rampant typographical errors and include (some undeclared) AI-generated content, including images that seem distant from the student experience. Some textbooks contain incorrect or misleading information. The Global Studies textbook associates specific facial features, hair colour, and skin colour, with particular countries and regions, and refers to Indigenous peoples in offensive terms long rejected by these communities (e.g. “Pygmies”, “Eskimos”). Nigerians are portrayed as poor/agricultural and with no electricity. The Entrepreneurship and Financial Literacy textbook introduces students to “world famous entrepreneurs”, mostly men, and equates success with business acumen. Such content contradicts the policy’s stated commitment to “values of equity, inclusivity and social justice” (p. 9). Is this the kind of content we want in our textbooks?

The “career interest test” proposed at the end of Grade 9 is deeply troubling. It is inappropriate to direct children to choose their career paths at the age of fourteen, when the vocational pathways, beyond secondary education, remain underdeveloped. Students should be provided adequate time to explore what interests them before they are asked to make educational choices that have a bearing on career paths, especially when we consider the highly stratified nature of occupations in Sri Lanka. Furthermore, the curriculum must counter the stereotyping of jobs and vocations to ensure that students from certain backgrounds are not intentionally placed in paths of study simply because of what their parents’ vocations or economic conditions are; they must also not be constrained by gendered understandings of career pathways.

The modules encourage digital literacy and exposure to new communication technologies. On the surface, this initiative seems progressive and timely. However, there are multiple aspects such as access, quality of content and age-appropriateness that need consideration before uncritical acceptance of digitality. Not all teachers will know how to use communication technologies ethically and responsibly. Given that many schools lack even basic infrastructure, the digital divide will be stark. There is the question of how to provide digital devices to all students, which will surely fall on the shoulders of parents. These problems will widen the gap in access to digital literacy, as well as education, between well-resourced and other schools.

The NIE is responsible for conceptualising, developing, writing and reviewing the general education curriculum. Although the Institution was established for the worthy cause of supporting the country’s general education system, currently the NIE appears to be ill-equipped and under-staffed, and seems to lack the experience and expertise required for writing, developing and reviewing curricula and textbooks. It is clear by now that the NIE’s structure and mandate need to be reviewed and re-invigorated.

In light of these issues, the recent Cabinet decision to postpone implementation of the reforms for Grade 6 to 2027 is welcome. The proposed general education reforms have resulted in a backlash from opposition parties and teachers’ and student unions, much of it, legitimately, focusing on the lack of transparency and consultation in the process and some of it on the quality and substance of the content. Embedded within this pushback are highly problematic gendered and misogynistic attacks on the Minister of Education. However, we understand the problems in the new curriculum as reflecting long standing and systemic issues plaguing the education sector and the state apparatus. They cannot be seen apart from the errors and highly questionable content in the old curriculum, itself a product of years of reduced state funding for education, conditionalities imposed by external funding agencies, and the consequent erosion of state institutions. With the NPP government in charge of educational reforms, we had expectations of a stronger democratic process underpinning the reforms to education, and attention to issues that have been neglected in previous reform efforts.

With these considerations in mind, we, the undersigned, urgently request the Government to consider the following:

*  postpone implementation and holistically review the new curriculum, including at primary level.

*  adopt a consultative process on educational reforms by holding public sittings across the country .

*  review the larger institutional structure of the educational apparatus of the state and bring greater coordination within its constituent parts

*  review the NIE’s mandate and strengthen its capacity to develop curricula, such as through appointexternal scholars an open and transparent process, to advise and review curriculum content and textbooks.

*  consider the new policy and curriculum to be live documents and make space for building consensus in policy formulation and curriculum development to ensure alignment of the curriculum with policy.

*  ensure textbooks (other than in language subjects) appear in draft form in both Sinhala and Tamil at an early stage so that writers and reviewers from all communities can participate in the process of scrutiny and revision from the very beginning.

*  formulate a plan for addressing difficulties in implementation and future development of the sector, such as resource disparities, teacher training needs, and student needs.

A.M. Navaratna Bandara,
formerly, University of Peradeniya

Ahilan Kadirgamar,
University of Jaffna

Ahilan Packiyanathan,
University of Jaffna

Arumugam Saravanabawan,
University of Jaffna

Aruni Samarakoon,
University of Ruhuna

Ayomi Irugalbandara,
The Open University of Sri Lanka.

Buddhima Padmasiri,
The Open University of Sri Lanka

Camena Guneratne,
The Open University of Sri Lanka

Charudaththe B.Illangasinghe,
University of the Visual & Performing Arts

Chulani Kodikara,
formerly, University of Colombo

Chulantha Jayawardena,
University of Moratuwa

Dayani Gunathilaka,
formerly, Uva Wellassa University of Sri Lanka

Dayapala Thiranagama,
formerly, University of Kelaniya

Dhanuka Bandara,
University of Jaffna

Dinali Fernando,
University of Kelaniya

Erandika de Silva,
formerly, University of Jaffna

G.Thirukkumaran,
University of Jaffna

Gameela Samarasinghe,
University of Colombo

Gayathri M. Hewagama,
University of Peradeniya

Geethika Dharmasinghe,
University of Colombo 

F. H. Abdul Rauf,
South Eastern University of Sri Lanka

H. Sriyananda,
Emeritus Professor, The Open University of Sri Lanka

Hasini Lecamwasam,
University of Peradeniya

(Rev.) J.C. Paul Rohan,
University of Jaffna

James Robinson,
University of Jaffna

Kanapathy Gajapathy,
University of Jaffna

Kanishka Werawella,
University of Colombo

Kasun Gajasinghe, formerly,
University of Peradeniya

Kaushalya Herath,
formerly, University of Moratuwa

Kaushalya Perera,
University of Colombo

Kethakie Nagahawatte,
formerly, University of Colombo

Krishan Siriwardhana,
University of Colombo

Krishmi Abesinghe Mallawa Arachchige,
formerly, University of Peradeniya

L. Raguram,
University of Jaffna

Liyanage Amarakeerthi,
University of Peradeniya

Madhara Karunarathne,
University of Peradeniya

Madushani Randeniya,
University of Peradeniya

Mahendran Thiruvarangan,
University of Jaffna

Manikya Kodithuwakku,
The Open University of Sri Lanka

Muttukrishna Sarvananthan,
University of Jaffna

Nadeesh de Silva,
The Open University of Sri Lanka

Nath Gunawardena,
University of Colombo

Nicola Perera,
University of Colombo

Nimal Savitri Kumar,
Emeritus Professor, University of Peradeniya

Nira Wickramasinghe,
formerly, University of Colombo

Nirmal Ranjith Dewasiri,
University of Colombo

P. Iyngaran,
University of Jaffna

Pathujan Srinagaruban,
University of Jaffna

Pavithra Ekanayake,
University of Peradeniya

Piyanjali de Zoysa,
University of Colombo

Prabha Manuratne,
University of Kelaniya

Pradeep Peiris,
University of Colombo

Pradeepa Korale-Gedara,
formerly, University of Peradeniya

Prageeth R. Weerathunga,
Rajarata University of Sri Lanka

Priyantha Fonseka,
University of Peradeniya

Rajendra Surenthirakumaran,
University of Jaffna

Ramesh Ramasamy,
University of Peradeniya

Ramila Usoof,
University of Peradeniya

Ramya Kumar,
University of Jaffna

Rivindu de Zoysa,
University of Colombo

Rukshaan Ibrahim,
formerly, University of Jaffna 

Rumala Morel,
University of Peradeniya

Rupika S. Rajakaruna,
University of Peradeniya

S. Jeevasuthan,
University of Jaffna

S. Rajashanthan,
University of Jaffna 

S. Vijayakumar,
University of Jaffna

Sabreena Niles,
University of Kelaniya

Sanjayan Rajasingham,
University of Jaffna

Sarala Emmanuel,
The Open University of Sri Lanka

Sasinindu Patabendige,
formerly, University of Jaffna

Savitri Goonesekere,
Emeritus Professor, University of Colombo

Selvaraj Vishvika,
University of Peradeniya

Shamala Kumar,
University of Peradeniya

Sivamohan Sumathy,
formerly, University of Peradeniya

Sivagnanam Jeyasankar,
Eastern University Sri Lanka

Sivanandam Sivasegaram,
formerly, University of Peradeniya

Sudesh Mantillake,
University of Peradeniya

Suhanya Aravinthon,
University of Jaffna

Sumedha Madawala,
University of Peradeniya

Tasneem Hamead,
formerly, University of Colombo.

Thamotharampillai Sanathanan,
University of Jaffna

Tharakabhanu de Alwis,
University of Peradeniya 

Tharmarajah Manoranjan,
University of Jaffna 

Thavachchelvi Rasan,

University of Jaffna

Thirunavukkarasu Vigneswaran,
University of Jaffna

Timaandra Wijesuriya,
University of Jaffna

Udari Abeyasinghe,
University of Peradeniya

Unnathi Samaraweera,
University of Colombo

Vasanthi Thevanesam,
Professor Emeritus, University of Peradeniya

Vathilingam Vijayabaskar,
University of Jaffna

Vihanga Perera,
University of Sri Jayewardenepura

Vijaya Kumar,
Emeritus Professor, University of Peradeniya

Viraji Jayaweera,
University of Peradeniya

Yathursha Ulakentheran,
formerly, University of Jaffna.

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Opinion

Science at the heart of democracy: A blueprint for Sri Lanka

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When Vikings arrived in Iceland towards the end of the 8th century, they gathered on a midsummer’s day to hear the laws of the land proclaimed, air grievances, and seek justice. This marked the beginning of the oldest known parliament in the world — the Althing, or Thingvellir — which still operates today.

The word “parliament” later came to describe the after-dinner discussions between monks in their cloisters. Modern parliaments trace their roots to 13th-century England, when King Edward I convened joint meetings of two governing bodies: the Great Council and the Curia Regis, a smaller body of semi-professional advisors.

The British Parliament, often called the “Mother of Parliaments,” consists of the Sovereign, the House of Lords, and the House of Commons. Historically, such law-making institutions are designed to hear diverse views and facilitate informed debate. Access to up-to-date scientific and academic knowledge plays a crucial role in shaping these debates — enabling the UK to remain a world-leading economy with proactive decision-making.

Being an island nation influenced by British democratic traditions, Sri Lanka could also draw inspiration from such processes to remain agile in a fast-changing world.

From Medieval Advice to Modern Science in Governments

Providing advice — especially scientific advice — to lawmakers has evolved dramatically since the 13th century.

In 2020, during the COVID-19 pandemic, then the UK Prime Minister Boris Johnson often appeared alongside the Government Chief Scientific Advisor and the Government Chief Medical Advoser. Professor Jonathan Van-Tam, Deputy Chief Medical Officer at the time, became widely known for explaining complex public health messages using relatable football metaphors.

The Scientific Advisory Group for Emergencies (SAGE) guided the government on pandemic preparedness, supplying expert knowledge for critical decisions. Today, the UK Government Office for Science hosts Chief Scientific Advisers in each government department, typically senior academics from research-intensive universities appointed for three to five years.

Scrutiny and Evidence in Policymaking

The Parliament is the ultimate law-making body in the UK, holding the government accountable through debates and select committee inquiries. These committees — composed of MPs outside government and led by senior members — scrutinise policy decisions and monitor their implementation.

Support structures such as the Parliamentary Office for Science and Technology (POST) conduct ongoing research on topics of policy interest, identified through “horizon scanning” involving both internal and external experts. The Knowledge Exchange Unit maintains links with academic institutions, ensuring access to the latest evidence.

However, policy-making often happens under tight deadlines, reacting to both domestic and global developments. This demands quick access to authoritative expertise and knowledge — a need not always easy to meet.

Thematic Research Leads: A New Approach

To address this, the UK has introduced Thematic Research Leads (TRLs) — mid-career researchers embedded in Parliament three days a week while retaining their academic posts. TRLs act as impartial subject experts, bringing networks of research connections to parliamentary teams.

Their work includes organising expert briefings, running training sessions, hosting roundtables, and even simulating policy scenarios.

During my tenure as TRL for AI and Digital Technologies, I have supported this process in multiple ways.

* Supported multiple select committees by scoping inquiries, preparing briefing notes, and identifying expert witnesses.

* Delivered technical presentations — for example, explaining how social media algorithms operate, drawing directly from academic literature and open-source code.

* Collaborated with other TRLs, such as in crime and justice, to train parliamentary staff on AI’s role in surveillance and criminal justice.

Such efforts deepen Parliament’s technical understanding, enabling more informed, future-ready policy scrutiny.

Lessons for Sri Lanka: Integrating Science into Policymaking Infrastructure

There are few ways in which I believe Sri Lanka can utilise scientific and expert knowledge within the democratic processes.

1. Embed experts in Parliament

– Appoint Chief Scientific Advisors or Thematic Research Leads to bring impartial, up-to-date expertise directly into legislative debates.

2. Scan for niche opportunities

– Proactively identify sectors where Sri Lanka has unique strengths (e.g., agriculture, nanotechnology, AI) and link them to emerging global markets.

3. Build a “College of Experts”

– Create a formal network connecting the Sri Lankan scientific diaspora with local specialists to advise policymakers.

4. Strengthen research–policy links

– Develop units like the UK’s Parliamentary Office for Science and Technology to supply evidence-based briefings and horizon scanning. Then seek to collaborate with similar institutions around the world such as the POST.

5. Upskill policymakers

– Provide MPs and officials with targeted technical training so they can scrutinise policies with confidence and depth.

6. Move from reactive to proactive

– Use foresight tools and expert panels to anticipate global changes rather than only responding to crises.

In a world where artificial intelligence, bioengineering, and climate threats move faster than traditional politics, the ability to turn cutting-edge research into timely policy will decide which countries lead — and which fall behind.

Professor Varuna De Silva is the Chair of AI and Digital Technologies at Loughborough University, UK. He currently serves as the Thematic Research Lead to the UK Parliament, in the area of AI and Digital. He is a graduate of the University of Moratuwa, Sri Lanka, and received his Ph.D. from the University of Surrey in the UK in 2011.

by Professor Varuna De Silva

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