Features
Metals rule the world
Metals are shiny, malleable, and fusible hard materials readily conducting heat and electricity. The mobility of electrons within the bulk solid accounts for their peculiar properties useful for technological applications. Different metals also allow mixing to form alloys, possessing properties suited to applications.
Matter we see on the earth is constituted of 93 chemical elements, of which 66 have metallic properties. Prehistoric man identified metals incidentally and exploited them for advantage using empirical techniques. Later, chemists studied metals for curiosity, and their findings paved the way for numerous applications that transformed the world.
Metals rule the world. They profoundly shaped human civilisation, advancing technology and therefore social structure in distinctive leaps. For that reason, the historical periods after the Neolithic are often named after metals: copper, bronze and iron. Metals, subsequently introduced through the efforts of chemists and engineers, opened new eras of technology.
Today, we see things made of aluminum everywhere, but no one saw aluminum until 1825, when the metal was first extracted by the Danish physicist Christian Oersted. Four decades later, an electrolytic method was developed to obtain aluminum from the ore bauxite. Thereafter, the metal previously considered to be the most precious, owing to its resistance to extraction via conventional methods, reached the status of a versatile metal superior to iron and copper in many applications. Today, it would be hard for us to live without aluminum. Indispensable aluminum artifacts are part of our routine.
Uranium, the heaviest metal on earth, progressed our understanding of matter and the cosmos, changed the political landscape and remains as an ample source of energy.
Now we are witnessing the dawn of another era defined by a series of metals known as rare earths. Crucial sectors of advanced technology indispensably rely on these metals. Rare earth metal processing continues to be a monopoly of China, producing nearly 90 percent of the global demand. Recently, other industrial nations have expressed concerns regarding secure supplies of rare earth metals, because of the possibility of trade embargoes and sensitive political issues.
Copper, Bronze and Iron Ages
Metallic chemical elements are abundant in the earth’s crust. However, a few occur as free metal. Of these copper, silver and gold were the only ones known to the ancients. Melting in fire and the malleability of copper, unlike stone and wood, fascinated the prehistoric man who innovated tools out of the metal. The Copper Age began independently in several regions of the world around 5500 – 3000 BCE. Implements made from copper eased the construction of dwellings and agriculture, expanding settlements that turned into states regulated by law and order. States originate when a group of people working collectively exceeds a critical size.
The discovery of bronze, an alloy of copper and tin, provided better metal artifacts, as bronze is harder and more durable than copper. Tin does not exist in nature as the elemental metal but is readily liberated when the ore is incinerated in charcoal fire. The benefits of the improved quality of the alloyed metallic products stood disproportionately high. The Bronze Age flourished, advancing all spheres of human activity, until it abruptly ended around 1200 BCE. The reason why the Bronze Age collapsed remains an unresolved puzzle in history. Possibly the dwindling supply of tin constrained the production of bronze. Tin ores are scarce. Even today, the short supply of tin affects industries involving its usage.
After the collapse of the Bronze Age, there had been a dark period lasting for several centuries. Being unable to maintain itself, civilizations declined economically, partly destroying the established infrastructure. Famine, war and other calamities were common in this period.
During the Bronze Age, smiths meddled with iron and methods of mining were available. Yet the form of iron they extracted was brittle and inferior to bronze in toolmaking. The shortage of metal tin prompted them to explore alternative arts of smelting iron. Finally, methods of making steel evolved. The techniques alloyed iron with a small percentage of carbon to derive steel. Durable and strong steel tools facilitated clearing a larger acreage of land for agriculture and the erection of more secure large buildings. Just like other technical breakthroughs, the advent of steel influenced society negatively as well. It allowed sharper dangerous weapons used to inflect cruelty on fellow human beings and animals.
Iron is still the most widely used metal and no other metal would replace it. Nevertheless, historians assume that the Iron Age was closed around 550 BCE, when bronze was almost completely replaced by steel in the making of tools.
Aluminum Age
After iron, the next most widely used metal in recent times is aluminum. Although aluminum stands topmost in the list of relative abundance of metals in the earth’s crust, the elemental metal does not occur naturally and resists extraction by conventional methods. A sample of metallic aluminum was first prepared in 1825. Subsequently, costly methods produced kilogram quantities sold at exorbitant prices. Those days, aluminum happened to be the most precious metal. Only kings and emperors could afford to possess aluminum artifacts. The Emperor of France, Napoleon III, owned an aluminum dinnerware set, occasionally used to serve exceptionally distinguished guests. Other honored visitors got gold plates, spoons and forks.
An electrolytic process for the extraction of aluminum in the late 1800s changed the situation. Aluminum production and its use as a structural material escalated exponentially. Good electrical conductivity and lightweight reduced the cost of electricity transmission by replacement of copper cables by aluminum. Current global aluminum production exceeds 60 million metric tons a year.
Uranium: key that opened the door to explore the nature of matter, source of energy and cause of conflicts
Uranium impacted the world intellectually, technologically and politically. It is the heaviest metallic element naturally existing on earth. In 1896, French physicist Henry Becquerel discovered uranium emanating radiation spontaneously (radioactivity). Subsequent work by Marie Curie, Ernest Rutherford and others culminated in the elucidation of the atomic structure and the discovery of quantum mechanics. And later a deep understanding of the nature of fundamental forces and particles. Fission of uranium atoms to less heavier atoms with liberation of large quantities of energy was first observed in 1938. Seven years later, the first atomic bomb was tested and months later they were used in war. The atom bomb altered the political landscape of the world. Despite the risk of weapons development, uranium awaits as a ready promise to solve fossil-dependent energy production. Today, 10 percent of the global energy supply is derived from uranium. The estimated global uranium reserve is sufficient to power the world for a century.
Rare earth metals
‘Rare earth metals’ is a common phrase in news headlines these days, poised as a technological and political issue. We see things turned out of common metals; iron, copper and aluminum – and understand their essential importance. Rare earth metals are not visibly manifested that way and the laity are largely unaware of their existence and importance. What are rare earth metals? Why are they important?
The occurrences of chemical elements in the earth’s crust in the concentrated forms as minable minerals are determined by their chemistry. Electrons in the atoms of chemical elements distribute around the nucleus as shells. The number of allowed electrons in the outermost shell, dictated by laws of quantum mechanics, fixes the chemistry of the element. Rare earths represent a series of seventeen metallic elements having a similar outer shell electronic structure. They are not so rare but found diluted and mixed owing to the similarity of chemistry. Chemists identified and separated them lately. For that reason, they were named rare earths.
Rare earth metals are used in small quantities but essential to advanced technologies and are referred to as vitamins of modern industry. Hi-tech devices contain crucial components that incorporate rare earth metals. Smartphones, television, medical instrumentation, electric vehicles, wind turbines, aircraft engines, etc., have parts made of rare earth metals or their compounds. Countries strive hard to reduce fossil fuel consumption by optimizing renewable energy sources. Wind turbines require powerful permanent magnets made of rare earth neodymium and dysprosium alloys. Other specialized magnets that resist heat require the rare earth samarium. Colored LED lights use the rare earths yttrium, europium and terbium. The demand for rare earths will increase with developments in AI hardware, robotics and quantum technologies.
Processing of rare earth minerals offers several technical and environmental constraints that require specially designed chemical engineering procedures. Material resources and scientific know-how, largely a monopoly of China. Other technically competent nations who neglected the rare earth sector for decades are concerned about the availability of rare earth metal for their industries including weapons development.
Iron, copper, aluminum, uranium and rare earths stand out as the metallic elements that impacted human civilization most. There are dozens of other metals driving modern technology, without which we would not enjoy the comforts we have.
Metals we have in Sri Lanka
Sri Lanka extracted metallic iron and made implements as far back as 3000BC. Around 100 CE, Sri Lankans invented an extraordinary process for making quality steel – intricately designed blast furnaces utilizing the blow of the monsoon winds. The Samanalawewa archeological project identified 41 iron smelting furnaces. The ore had been gathered from local deposits scattered throughout the Northern region. Currently, commercially viable extraction of iron from locally available ores may not be unprofitable because Sri Lanka has no coal to derive coke required to reduce the iron oxide. We must be vigilant about future iron extraction technologies using hydrogen or direct electrolysis. Alternatively, iron can be used as a hydrogen storing agent. The oxide ore is reduced to iron using hydrogen and stored fine grains of iron reacting with steam to generate hydrogen.
Archaeological evidence indicates copper technology existed in Sri Lanka as far back as 4th. BCE. Sri Lanka Geological Survey discovered the Seruwila iron-copper deposit in 1971 – a source from which copper was mined. If copper was mined from the Seruwila deposit thousands of years ago. Why can’t we do it today? The average Seruwila ore contains about 0.6 percent copper and 30 percent iron – copper sufficiently high for commercial exploitation. Recently, the International Energy Agency warned that a global copper shortage is on the horizon and by 2030 mines could meet only 80 percent of the projected global demand. It would be prudent for Sri Lanka to conduct studies to develop processes for the extraction of copper from the Seruwila deposit. We should go out-of-the- box and innovate new ideas.
The metallic treasure of Sri Lanka resides in mineral sands. They accumulate along the beaches as the result of a natural separation of heavier and lighter grains. There are two categories of valuable metals in our mineral sands. So-called transition elements: titanium in Ilmenite and rutile, zirconium and hafnium in zircon, and rare earth metals (cerium, lanthanum, neodymium, samarium, promethium, gadolinium, yttrium) in monazite. Monazite also contains radioactive heavy elements uranium and thorium.
Ilmenite is used to obtain the widely used paint base titanium dioxide and the metal titanium essential for aerospace and marine engineering. Today, physically separated ilmenite is exported without conversion to oxide losing considerable profit. One conversion process (the older) requires sulfuric acid and the other, chorine and coke. We have no raw materials to produce sulfuric acid and coke. There is a newer process that uses hydrochloric acid (HCl). This acid can be manufactured in Sri Lanka using salt. In fact, Paranthan Chemicals- Chlor- Alkali Industry in the Northern Province made HCl years ago. Sri Lanka needs to resume Chlor-Alkali industry immediately to produce vital chemicals: chlorine, hydrochloric acid and sodium hydroxide. Alternatives apart from established processes to beneficiate ilmenite would not be impossible. Researchers and students should understandingly meddle with chemical substances for curiosity.

Bronze age tools
Currently, Sri Lanka Mineral Sands Limited exports 100 metric tons of monazite a year. The recipient countries use the ore primarily to produce rare earth metals needed for the hi-tec industry. Radioactive bye products, thorium and uranium are probably stockpiled. Monazite is a phosphate mineral containing 19 metals in different proportions. The reason why so many elements are bonded to phosphate is that they all have similar chemistries. Therefore, their separation is also cumbersome and poses environmental issues. The crucial techniques kept trade secrets. Should Sri Lanka begin chemical processing of monazite? There are two routes of monazite processing, acid and alkaline, depending on the chemical initially used to crack the mineral. The former uses sulfuric acid and the other sodium hydroxide. If Chlor- Alkali industry is established, Sri Lanka would be able to process monazite via the alkaline process and alkali neutralization carried out with HCL. It would be premature for Sri Lanka to jump into rare earth chemical processing immediately. What we need at this juncture is preparedness, feasibility studies and analysis of commercial prospects in a global context.
Thorium, a metal abundant in Sri Lanka, could be the ultimate solution to the energy crisis and decarbonization of the world to ensure a livable environment. The cleanest and greenest energy source is nuclear. Modern technology has largely addressed safety and radioactive disposal issues. Unlike uranium, thorium is not fissionable but convertible to a fissionable isotope of uranium by neutron bombardment. Thorium contains 200 times more energy than uranium. The feasibility of thorium reactors was first proved by the Oak Ridge National Laboratory, United States, in 1968 and abandoned a few years later. The interest in thorium reactors has been rekindled recently and vigorous developmental work pursued in the United States, China, India, Europe, Canada, Japan and Indonesia. Thorium is special to Sri Lanka. The thorianite containing a high percentage of thorium was first discovered in Sri Lanka by Ananda Coomaraswamy in 1903. Sri Lanka thorianite was used by the pioneers of atomic physics to uncover deep secrets of nature. Lord Rutherford (discoverer of atomic structure), in his famous address to the Canadian Astronomical Society, titled “Cosmical aspects of radioactivity “said: “I have some crystals of a new mineral thorianite found in Ceylon.” It contains 12 percent uranium and 70 percent thorium. In the early 1900s tons of thorianite collected from gem gravel and stream sediments in Sri Lanka were shipped to Europe. Today, no effort is made to separate thorianite from discarded gem gravel. This valuable mineral should be collected and stockpiled. Sri Lanka’s nuclear energy plans should also focus on thorium for future energy prospects.
Thousands of years ago, Sri Lanka was foremost in metal extraction (copper and iron) and workmanship. Today we are poor in metallurgical science, engineering and industry. The main cause is our weakness in chemical innovations. Chemistry is taught and learned in tuition classes as an essential to enter the medical and engineering streams in our universities. Writing papers to earn promotions and ranks: a purpose of chemical research.
The illustrious chemist Humphery Davy, who extracted seven metallic elements for the first time, learned chemistry by home experimentation while working as an apprentice to an apothecary. To initiate chemical industries in the local context, we need people who have chemistry in their blood.
by Prof. Kirthi Tennakone
Features
Own the car or let the App drive?
The real cost of daily travel in urban Sri Lanka
For many middle-class Sri Lankans, the private car still carries connotations of stability, dignity, and upward mobility. Yet in today’s Sri Lanka, with petrol at Rs. 434 per litre, following the Ceylon Petroleum Corporation’s revision, effective 30 May, 2026, loan-to-value ratios tightened to 40% requiring a 60% down payment, and ride-hailing apps now joined by app-based three-wheelers, the question of whether to own a car has become sharper than ever. The answer is not emotional but economic: for ordinary day-to-day travel, is it actually cheaper and wiser to own a car, or to let the app do the work?
Take a generic urban Sri Lankan commuter making a 40 km daily round trip to office and back, with routine errands built in. That is about 880 km a month across 22 working days. At that level of usage, the arithmetic becomes surprisingly clear: for a large group of moderate urban users, app-based mobility, whether a car or a three-wheeler, is financially smarter than owning a car, unless the non-financial benefits of ownership matter deeply enough to justify the premium.
The Sri Lankan distortion:
cars cost too much
In most developed economies, cars are consumer durables. In Sri Lanka, they behave more like luxury financial assets. A moderate vehicle, such as a Toyota Raize or Honda Civic, often costs several times what a comparable car would in a developed market, once taxes, import restrictions, and scarcity are priced in.
Assume a moderate privately used car priced at 10 million. Under the Central Bank’s current 40% LTV directive, the buyer may borrow only 40% against the vehicle’s value, requiring a 60% down payment of 6 million and a five-year lease on the remaining 4 million. At a typical Sri Lankan leasing rate of 14% per annum, the monthly lease instalment comes to approximately 93,000. A moderate petrol vehicle averages around 12 km per litre in urban traffic. At Rs. 434 per litre, fuel cost alone is 36 per km, or 31,800 per month for 880 km. Add insurance of 12,000 and a conservative 4,000 for routine running costs, and total cash outgoings reach approximately 140,800 per month.
But cash outgoings alone understate the true cost. The 6 million down payment, if invested elsewhere at 9% per annum, would generate approximately 45,000 per month in foregone return. Adding this opportunity cost, the full economic cost of the moderate car rises to 185,900 per month, or 211 per km.
The app alternatives: car or three-wheeler
Urban Sri Lankan commuters today have many distinct app-based mobility options, each serving different journey types and comfort preferences.
Uber and PickMe (car hire): A premium car hire through Uber or PickMe costs approximately 150 per km. For 880 km of monthly travel, that comes to 132,000 per month. Compared with the moderate owned car at 185,900, the app saves 53,900 per month, or 61 per km. On purely financial terms, the app wins decisively.
App-based three-wheelers: App-based three-wheelers currently charge approximately 110 per km. For 880 km, that is 96,800 per month, saving 89,100 per month and 101 per km compared with the moderate owned car. The tuk-tuk app is the most economical of the three mobility options for short urban trips, though clearly unsuitable for highway travel, poor weather, carrying passengers in formal settings, however, it represents a compelling financial case.
Non-financial advantages of ownership
Transport decisions are never purely accounting exercises. A private car offers privacy, immediate availability, flexibility, and family utility in ways that no app can fully replicate. With your own car, you can leave when you want, stop when you want, change route mid-journey, carry files or groceries without thought, respond to emergencies, and avoid the uncertainty of waiting for a driver to accept your ride. It also becomes a family coordination tool: school drop-offs, medical visits, elderly passengers, unplanned errands, and weekend travel all become easier. In psychological terms, ownership buys autonomy. No app-based alternative, whether car or three-wheeler, provides that.
The hidden burden of car ownership and app limitations
Yet the same car creates stress. Urban Sri Lankan driving is rarely relaxing. Congestion is exhausting, lane discipline is weak, and parking is a recurring headache. Every daily driver absorbs cognitive fatigue that accumulates invisibly over months.
Uber and PickMe remove the burden of driving, fuelling, and servicing. But they introduce their own friction: waiting times, driver cancellations, surge pricing during peak hours or rain, and inconsistent vehicle quality. App three-wheelers add further constraints, limited luggage capacity, exposure to weather, and social context limitations. The app does not eliminate inconvenience; it transforms driving stress into coordination stress.
There is also the administrative burden of ownership that many buyers underestimate. A car is not just a vehicle; it is an asset management project. Lease payments must be tracked, insurance renewed, service appointments remembered, tyres monitored, and documents maintained. Even a low-maintenance new car carries the persistent fear that one breakdown or accident can create a large unexpected outflow. The app user, by contrast, simply pays for completed trips, no garage anxiety, no debt-linked asset stress, no renewal calendar.
Sensitivity analysis: what if the car is a lower-grade Wagon R?
The picture changes if the household opts for a lower-grade entry-level vehicle. Assume a Suzuki Wagon R or equivalent at 6 million, again with a 60% down payment of 3.6 million and a five-year lease on 2.4 million. At 14% per annum, the monthly lease instalment is approximately 55,800.
The smaller car delivers better fuel economy, around 15 km per litre. At 434 per litre, fuel cost becomes 29 per km, or 25,500 per month for 880 km. Add insurance of 7,000 and running costs of 3,000. Including opportunity cost at 9% on the 3.6 million down payment (27,000 per month), the total economic cost is 118,300 per month, 134 per km.
Now the comparison becomes more nuanced. A lower-grade Uber or PickMe alternative costs around 125 per km, or 110,000 per month for 880 km. The gap narrows dramatically: owning the Wagon R costs only 8,300 more per month, just 9 per km, compared with the app car option. The app three-wheeler at 110 per km (96,800 per month) is still materially cheaper, saving 21,500 per month against the lower-grade owned car. (See Table 1)

So, what should an urban Sri Lankan do?
If you travel alone on routine urban routes, the app three-wheeler at 110/km is the most economical option by a wide margin, saving up to 89,100 per month against a moderate owned car. Its limitation is not financial but practical: unsuitable for families, formal occasions, highway travel, and bad weather, but convenient-no stress.
For families, formal occasions, highway travel, and bad weather and convenient-no stress, Uber or PickMe Moderate car at 150/km delivers private-car comfort without the asset burden, saving 53,900 per month against the moderate owned car. The saving is if you get an economy APP car.
If you need family flexibility, late-night mobility, or privacy, ownership remains rational, but preferably through a lower-grade car around 6 million. At 134/km, the Wagon R-type car is only 9/km more than the app car alternative and 24/km more than a tuk-tuk, a gap that autonomy, family convenience, and immediate availability can legitimately justify.
Therefore, in Sri Lanka’s distorted vehicle market, with fuel at LKR434/lt, a 60% mandatory down payment, the Wagon R-type leased car remains relatively a better choice for a family with moderate earnings.
The private car still offers freedom. But in 2026 Sri Lanka, that freedom comes at very different prices. The real question is how much each household can afford to pay for autonomy, prestige, and convenience, and whether the extra 61/km for a moderate leased car, against a perfectly capable app car, or 101/km against a tuk-tuk app, represents a rational expenditure of household income. For most salaried urban commuters, the honest answer is: probably not.
(The writer, a senior Chartered Accountant and professional banker, is Professor at SLIIT, Malabe.
Views expressed in this article are personal.)
Features
Justice and democracy in Sri Lanka’s new political era
The legal processes are steadily closing in on some of the most controversial cases that have remained as open questions without closure for many years. These include the Easter Sunday bombings of 2019, the Treasury bond scam that erupted in 2015, and a range of corruption allegations that became synonymous with successive governments over the past two or more decades. What once appeared to be stalled investigations are now showing signs of movement through the courts and investigative agencies. Recent developments suggest that these long running cases are entering a decisive phase. In the Easter Sunday attacks investigation, new arrests and investigations have brought renewed attention to allegations that extend beyond the immediate perpetrators and into questions of intelligence failures and possible political complicity. The arrest and detention of former intelligence chief Suresh Sallay under the Prevention of Terrorism Act has intensified public interest in uncovering the full truth behind the attacks.
The Treasury bond scam has also re-entered the spotlight. The Supreme Court has recently overturned legal obstacles that had prevented prosecutions from proceeding and directed that the case moves forward expeditiously. This has reopened one of the most sophisticated financial scandals in the country’s recent history and brought several prominent political and financial figures back under legal scrutiny. As those implicated in these unresolved cases are leading figures from previous governments, which have spanned both sides of the political divide since Independence, it can well be imagined that there is tremendous opposition to the gradually enveloping legal processes that is both seen and unseen.
These cases that are now being investigated cut across political camps and involve individuals who occupied some of the highest offices in the country. The result is that resistance to accountability is likely to emerge from many quarters. Still to be opened are the thousands of cases of persons gone missing during the war. Presidential Commissions have been appointed with regard to them, but there has been no serious investigations of the type now taking place.
In these circumstances, it can be surmised that the government led by those who are new to power would wish to retain a maximum of power to face the pushback that is bound to emerge from those in the opposition who have wielded power for generations. The government may calculate that this is not the time to disperse authority or reduce the instruments of state power available to it. Instead, it may believe that a period of centralised control is necessary if investigations, prosecutions and reforms are to proceed without interference.
Provincial Elections
It appears that the opposition’s efforts to mobilise the people and public opinion against the government have not been successful so far. One such instance was the attempt to generate opposition to price increases. Although people have undoubtedly been affected by rising prices and economic difficulties, these efforts failed to gather significant momentum. Another attempt came when President Dissanayake predicted that opposition politicians would face imprisonment in the month of May as legal cases progressed, though this has not happened. Critics claimed that such remarks suggested an intention to influence judicial outcomes. Yet this criticism also failed to gain traction among the public. The likely reason is that public memory remains fresh. Many people continue to associate previous governments with economic mismanagement, corruption scandals, abuse of power and the eventual economic collapse. In comparison, the present government continues to enjoy a reservoir of public goodwill and credibility. As long as legal action appears to be based on evidence and proper process, the public seems prepared to give the government the benefit of the doubt.
The government’s deliberate and cautious approach to political reform that would reduce its centralised power needs to be seen in this context. The monthly approval by Parliament of the emergency regulations is justified by the government as due to the continuing need to respond to the devastation caused by Cyclone Ditwah. However, when viewed together with the reluctance to hold provincial council elections on the grounds of electoral reform, the failure to repeal the Prevention of Terrorism Act and the postponement of constitutional reform, they all appear to reflect a preference for retaining maximum control at a politically sensitive moment. There is a logic to this approach. Governments facing major legal and political confrontations often seek stability and control. So does every despot. However, there is also a downside.
When political competition is denied to legitimate outlets, it often finds expression in confrontation, obstruction and polarisation. The advantage of prioritising the conduct of provincial council elections at this time is that it could reduce the political pressures that are building up. The main opposition parties are united in calling for these elections to be held. Conducting them would provide an opportunity for opposition political parties to obtain a measure of democratic representation and political authority at the provincial level. This would be especially true in the northern and eastern provinces, in which the ethnic and religious minorities predominate. It cannot be forgotten that the provincial council system was developed as a constructive response to the ethnic conflict. Elections at the provincial level would create opportunities for a new generation of political leaders to emerge through democratic competition rather than patronage. Many of those now facing legal scrutiny belong to an older generation to whose needs the younger may be less deferential.
Two Pillars
Another reform that could command bipartisan support is the repeal of the Prevention of Terrorism Act. The PTA has once again become controversial because it is being used in situations that extend beyond its original purpose. The detention of former intelligence chief Suresh Sallay under the Act, the continued incarceration of some Tamil detainees from the war period, and the arrest of individuals accused of speech related offences have all revived concerns regarding prolonged detention without trial and excessive executive power. The reason the PTA has been difficult to repeal is that it is closely associated with concerns regarding national security and territorial integrity. Introduced in 1979 as a temporary measure to confront the emerging separatist conflict, it survived through decades of war and has remained on the statute books long after the conflict ended.
At the same time, history shows that extraordinary powers are likely to be misused. Laws that permit detention without trial or broad executive discretion are rarely confined to their original purpose. Governments of different political parties have used such powers against opponents and critics. The temptation to do so is inherent in the possession of unchecked authority. The way forward could therefore be a combination of accountability and reform. The government should continue to support independent investigations and prosecutions in major corruption and security related cases. Demonstrating political will in this regard would strengthen public confidence in the rule of law and reinforce the principle that no individual is above the law. The PTA could be replaced with legislation that amends the Criminal Procedure Code and Penal Code in a manner that addresses legitimate security concerns while complying with democratic norms and human rights standards.
There are also international dimensions to consider. The European Union has repeatedly linked governance and human rights reforms, including reform of the PTA, to Sri Lanka’s continuing access to the GSP Plus trade concession. Progress on these issues would strengthen Sri Lanka’s international standing at a time when economic recovery remains a national priority. The government has a rare opportunity. It possesses a strong electoral mandate, public goodwill and a reputation for integrity that previous governments lacked. It can combine the pursuit of justice in long delayed cases with meaningful democratic reforms that reduce political resistance and broaden public support. At this time, accountability and power sharing are the two pillars which Sri Lankans need to be committed to build a just and democratic society for a better future without delay. Failure now would make for a long period of waiting for the next time.
by Jehan Perera
Features
Pitfalls and exclusions in academic recruitment
A public university relies on its teachers in fulfilling its responsibilities to the wider community. While teaching remains the chief responsibility of the academic staff, they also conduct research and play a central role in keeping the university a vibrant space where they and students can freely participate in conversations that concern not just routine classroom education but also society at large. The broader intellectual culture and intellectual integrity of a university thus depend on how its academics perform their functions. Therefore, universities should take the task of recruiting their academics seriously. It is important to ensure that this task is done responsibly, transparently and credibly through a fair, thorough and multi-phased evaluation process.
As both an applicant and a member of selection panels for recruitment, I hold that the recruitment procedures, currently in place in our university system, require radical reforms. Echoing some of the concerns raised by Kaushalya Perera in her Kuppi article on recruitment in March 2026, I focus on the limitations I have observed and experienced, specifically in the recruitment of Lecturer (Probationary) and Senior Lecturer positions. The article also aims to explore how these shortcomings could be addressed.
The Advertisement
Recruitment for Lecturer (Probationary) and Senior Lecturer positions is done through an open-advertisement which also involves an interview with shortlisted candidates. Advertisements are finalised in line with a template issued by the Registrar’s Office. Generally, an initial draft, prepared by the Registrar’s Office, is sent to the relevant academic departments for revisions. The revisions have to be made within the template provided, which allows space for the mention of only specialisation requirements.
It should be noted that not all revisions to the advertisement, suggested by the Department Head, are accepted in the next round. Deans, Vice Chancellors and Registrars, who have very little understanding of the disciplines associated with the position, sometimes reject the changes proposed by the Department. Technocratic in their thinking, they don’t recognise that an academic programme can be taught by persons with specialisation in another overlapping discipline. For instance, a position in English, at a university in Sri Lanka, is very well suited to not just those who have postgraduate qualifications in literary studies but also those who are from the disciplines of Applied Linguistics, Cultural Studies or Translation Studies, as these areas are taught as sub-fields of English studies at most universities in the country. These disciplinary overlaps, even when pointed out by Heads, are often overlooked by our administrators.
In place of this process, dominated by academic administrators and registrars, the advertisement should ideally emerge, from the relevant department, in the form of a comprehensive job description. It should mention the nature of the position advertised, the kind of teaching (and research) expected, how the position relates to other positions in the department, in terms of specialisation and workload, and the ways in which the recruited candidate would contribute to overall institutional development.
There can be no one-size-fits-all model when it comes to recruitment. Individual departments vary in size, strength and specialisation requirements. Departments with sizable academic staff may want to emphasise specialisation during recruitment, whereas smaller departments may prefer generalists who can handle a wide-array of courses. Specifying the rationale for the requirements included in the job description may help potential applicants get an understanding of the position advertised and the selection panel to conduct the evaluation process in a fair manner.
Review of Applications
Once applications are received, we sometimes find promising candidates but with qualifications that don’t carry in their title the name of the discipline or the department in which the position is advertised. Sometimes the disciplines or fields of specialisation that appear in the advertisement and the ones that appear in the qualifications are not identical in nomenclature, even though the research undertaken by the applicant during their graduate studies is strongly relevant to the position advertised. Even when such applications are accompanied by strong and relevant publications, our system does not view them positively. Instead, nomenclatural differences are used to reject promising candidates. Such differences are also used as a pretext when universities want to exclude a candidate for their cultural background, political beliefs or other reasons. Even if academic departments recognise such applications, at the next stage, the administrators of the university try to veto them. We lose inter-disciplinary scholars of high academic standing because of the high-handedness of university administrators.
Selection Panels
Selection panels for academic positions typically comprise the Vice Chancellor, the Dean of the Faculty, the Head of the Department, two academics nominated by the Senate and two members of the University Council. In the case of programmes/disciplines jointly housed under a single department, if the Head comes from a discipline other than the one in which the position is advertised, they may not be able to contribute in an informed manner to the recruitment process. However, some Heads refuse to appoint nominees from the relevant discipline in their place as they view sitting on selection panels as their exclusive privilege.
Sometimes university Senates do not take the appointment of Senate nominees seriously. These appointments are decided in a hurry without serious deliberations at senate meetings packed with numerous agenda items. Sometimes even if the relevant department has suitable academics to serve as Senate nominees, the Senate chooses academics from other departments or disciplines who do not have a nuanced understanding of the requirements of the position advertised and its disciplinary parameters. Sometimes specialists in the relevant discipline may not be available at a university. On such occasions, Senates tend to fill up the positions with academics from other disciplines, instead of inviting external nominees from other universities. At a state university in Sri Lanka, I was interviewed thrice for academic positions by selection panels that comprised not even one specialist from the relevant discipline.
The Marking Scheme
The marking schemes used in recruitment have their own drawbacks. Publications are sometimes evaluated for their quantity rather than quality. The opinion of the subject specialist is not sought or taken seriously when a candidate’s research is evaluated. This is why our universities are saddled with academics who engage in plagiarism or predatory publishing. The evaluation process should be tightened in such a way to bar the entry of those who lack academic integrity.
It is worrying to see that marking schemes and schemes of recruitment penalise applicants who have excelled in their graduate studies and are well-reputed for their recent research and publications just because they did not earn a first-class or second-class upper-division pass at the undergraduate level. Our narrow focus on a candidate’s first degree prevents us from giving due recognition to how that person has gained intellectual depth over the years. Some marking rubrics, which allocate points for eye-contact and posture during the interview, dilute the seriousness associated with the academic position, de-prioritise scholarship and turn the interview process into a stage performance.
Cultural Credibility
In recruitment, many universities look for cultural credibility (a term that I borrow from the work of Sulaxana Hippisley) as an unwritten requirement. Some departments are reluctant to hire applicants who are not their alumni. Some selection panels discriminate against candidates from certain ethnic or religious backgrounds. In some departments, women are rejected because they are likely to go on maternity leave or have more domestic responsibilities than men. Gender and sexual minorities have to mute and censor their identities at interviews because they are likely to face rejection if they openly declare their orientation. We have no policies and procedures in place to ensure recruitment is conducted in an inclusive way that sees diversity as a strength.
The Way-forward
When recruitment fails, the entire intellectual culture of that university takes a hit, and several generations of students are affected. Some of the current problems, related to quality in our higher education system, stem from bad recruitment policies and practices. Instead of trying to address these issues through rigorous and inclusive recruitment practices, we try to seek solutions via band-aids like quality assurance and workshops on curriculum writing and pedagogy for university academics.
In developing alternative recruitment policies and practices, we have to demand that the needs and expectations of individual departments are heard. Our selection panels should include more subject specialists than administrators and council nominees. Most of the evaluation should be completed before the interviews, and interviews should be treated as opportunities to get to know candidates in person and pose clarifying questions rather than as occasions for full-scale evaluation. We have to be open and receptive to new, inter-disciplinary scholarship and cultural, ethnic and gender diversity. If we are unwilling to introspect and bring about these reforms and revise our marking schemes, we will continue to recruit the wrong candidates and thereby fail our students and the wider community.
Mahendran Thiruvarangan is a Senior Lecturer attached to the Department of Linguistics & English at the University of Jaffna.
(Kuppi is a politics and pedagogy happening on the margins of the lecture hall that parodies, subverts, and simultaneously reaffirms social hierarchies.)
by Mahendran Thiruvarangan
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