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
West Asian conflict undergoing manifold complications
Israeli Prime Minister Benjamin Netanyahu’s message to Israel’s enemies was blunt and stark.‘We’re going to win; we have no choice.’ He said so while the majority of attendees at a recent UN General Assembly session walked out of the conference hall when the Israeli Prime Minister took the podium; many of them booing in derision.
Those commentators who have been studying Israel’s handling of her enemy states over the decades are unlikely to dismiss the entirety of Netanyahu’s address as rhetoric. The general pattern has been for the Israeli state to stand up firmly against its enemies in the battle field. On most occasions, these adversaries have been beaten back.
It is also little realized in particularly the Southern hemisphere that Israel, for the most part, could defend herself without much US assistance. The history of the conflict bears this out.
However, from the viewpoint of working towards a just and equitable peace in the Middle East the Israeli hard line stance has proved and will prove incalculably detrimental. The sworn enemies of Israel are not going to be in any way deterred by Netanyahu’s stark warnings. On the other hand, they would be only further provoked into taking on Israel by conventional or unconventional military means and seek its destruction.
The recent aborted mid-air hijacking of a Flydubai flight, consisting mainly of Israeli passengers, by an Omani extremist drives home the point. Israel’s enemies are bound to redouble their efforts to annihilate Israel rather than be deterred by the latter’s warnings about standing firm against them. This too history has proved.
It would be in the fitness of things at this juncture to pay a tribute to the professionalism, courage and humanity of the relevant airline pilot, Captain Machchhar, whose timely action proved decisive in botching the hijack attempt. His intervention averted what could very well have been another 9/11 type tragedy. History is not going to forget his daring and resourcefulness.
Meanwhile, the ground realities in West Asia are undergoing further complications that portend increasing regional instability. For example at the time of writing Turkiye, Pakistan and Saudi Arabia have agreed under the recently established ‘Mecca Alliance for Defence’ to deploy ‘deterrence measures’ collectively in the event of any member of the alliance coming under military strikes from a non-member state.
The agreement is modeled on the NATO collective defence pact and should help in defusing any threat perceptions experienced by the alliance members in the short term. However, the group would need to be cognizant of the major and potentially divisive role Iran could play in the interstate politics of the Middle East region going forward.
Iran’s reported support, for example, for Yemen’s Houthi rebels, who are engaged in attacking Saudi national assets, could at some point in time compel the alliance, under the terms of the pact, to initiate deterrent military measures against Iran.
The implications for regional peace from such a turn of events hardly require elaboration. A full blown regional war emerges as a distinct possibility if Iran sees itself as being excessively antagonized by the alliance. A further complication is that antagonistic sectarian identities of an Islamic kind could come to play hugely divisive roles in it. Shiite Islamic states would be inclined to back Iran while those countries seen as Sunni Islamic in orientation are bound to support Saudi Arabia.
Accordingly, West Asia is a region rife with manifold aggravated insecurities. If the latter are not defused dexterously they could escalate into a conflict of extra regional dimensions. The latter development would render the world a collective loser.
Unfortunately, no constructive help could be expected from the US at this juncture by way of working towards regional and international peace even of short durance. Its war against Iran has only aggravated the world’s current insecurities.
For example, the world has been compelled to face the possibility of compounded economic woes as a consequence of the Hormuz crisis remaining unresolved. The world is currently experiencing what could be seen as a ‘winter of economic discontent’ of unprecedented proportions.
Unfortunately, the international community is to all intents and purposes helpless in the face of this multifaceted crisis. Substantial intervention is expected of the UN but since it has failed to reform itself over the years it is compelled to stand idly by while the world’s insecurities heighten and multiply.
Yet, it is the seemingly paralyzed UN system that has some potential to contain the current tide of international disorder to even a small measure. Given the persisting divergent and conflicting interests among the world’s principal power blocs, the G7 and BRICS for instance, it is mainly the UN and its principal agencies that could carry some credibility as peace brokers and mediators.
However, as an initial step towards bringing the principal protagonists to the negotiating table the UN would need to convince the principal powers of the UN Security Council of the need for a substantive broad-basing of the membership of the Council so as to reflect more accurately the current global political and economic realities. Such reforms would render the Council more representative and help in strengthening its credibility and effectiveness.
The above reforms call for years of dynamism, hard work and resourcefulness on the part of the international community, read the UN. Yet the aims are not impossible to achieve if strong leadership is brought to bear by the UN.
Meanwhile, the UN agencies and allied organizations need to pay stepped-up attention to the West Asian theatre and its wasting conflicts and wars. Here too there is immense hard work to be put in.
There is, for instance, identity politics and its issues that need to be managed urgently. While internal political matters of countries could not be addressed directly by UN agencies, awareness-raising programs and projects could be energetically carried out by them to blunt the appeal of identity-based slogans, relating to, for instance, religion and race.
Besides, values at the heart of democratic politics need to be freshly and enthusiastically propagated. Vast reserves of energy and resources are needed, to be sure, to consistently champion and implement these crucial projects but they need to be pursued single-mindedly if even a dent is to be made in the current runaway global disorder.
The aborted hijacking of the Flydubai flight pointed to the dehumanizing impact of identity politics on the human consciousness. It was also an indication that those sections endowed with humanity cannot stand idly by while identity politics continues to destroy civilizational values. The time to act is ‘now’.
Features
Future of Sri Lanka’s state university system: Should it be shut down and reopened?
by Professor Ranjith Bandara
Emeritus Professor of Economics, University of Colombo
My life has been closely connected with Sri Lanka’s state university system for more than four decades. Its doors opened to me first as a student and later as an academic. The system gave me knowledge, opportunities and a life. Therefore, when I speak about its future, I do so not as an outsider, but as someone who owes much to it and genuinely wishes to see it become better.
Over the years, our university system has expanded significantly. New institutions, faculties, degree programmes and opportunities for students have been created. For 2024, the government expected to admit 43,204 students to national universities. By the time the relevant report was prepared, 42,282 students had been admitted through the general admission process, which had not yet been completed. This is an achievement that should not be dismissed.
However, expanding the system does not necessarily mean that its quality has improved. The real question is not simply how many students we have allowed through the doors, but what kind of education they receive after entering. (Source: Ministry of Education Annual Performance Report 2024.)
We often proudly declare that “our university is number one.” Yet a university does not become number one through publicity. Its true standing depends on the quality of its teaching, the strength of its research and the contribution it makes to society. A vice-chancellor writing about the institution’s, or his or her own, achievements on Facebook does not improve the quality of a university. What matters is good teaching, an education that encourages students to think, credible research and new knowledge that benefits society. A reputation must be earned through meaningful work, not through self-promotion.
The fundamental purpose of a university is clear: to create knowledge, to teach it and to train students to examine and understand it critically. To fulfil this purpose, academics need freedom, responsibility and time. Students must be free to ask questions, disagree and develop their own views based on evidence. Without such an environment, a university may award degrees, but it cannot fulfil the true purpose of university education.
The most serious danger I see is the growing tendency for political activity to take precedence over the academic mission of universities. Over the past five decades, this problem has gradually become more serious. In some universities today, it has become difficult even to hold or express an opinion that differs from the dominant political view.
Members of a university community have every right to hold political views and express them peacefully. A university should not be a place inhabited by silent people. However, when political loyalties, power blocs and struggles for positions become more important than research, teaching and learning, the university moves away from its true purpose. When the political camp to which an academic belongs matters more than the value of that academic’s ideas, the respect that should belong to knowledge is transferred to power.
These criticisms are not ideas I have borrowed from books. They are based on experiences from my own professional life. One such experience was the manner in which I had to leave the university nearly twenty years ago. In my view, the improper exercise of political power within the administration of the University of Colombo at that time, and the strong desire to retain that power, had a serious effect on my professional life. Although this was a personal experience, I mention it with regret because it reveals a deeper institutional problem.
The lesson I learned from that experience is not merely about one person or one incident. When there are no strong institutional safeguards to ensure that power is exercised fairly and individuals are protected, even an academic may be forced to leave an institution he deeply loves.
To those who criticise my later decision to enter national politics, my answer is this: when the university’s institutional system failed to provide me with fairness and professional protection in the face of the injustice I experienced, I had to choose another path through which I could use my knowledge and experience in the service of the country.
This does not mean that all vice-chancellors, academics or students behave in the same way. I personally know many people who, despite difficult circumstances, have taught with dedication, undertaken meaningful research and transformed the lives of their students. Scholars such as Professor W. D. Lakshman, Professor Arjuna Aluwihare and Professor Lakshman Jayatilake may be recognised among the distinguished vice-chancellors in the history of Sri Lanka’s university system. Their service deserves our respect and appreciation.
Nevertheless, the presence of a few good and committed individuals cannot, by itself, strengthen a weak institutional system. We must also create an institutional environment in which such people can work independently, fairly and effectively.
First, university leaders must be selected through a process based on clearly defined qualifications, transparent evaluation and accountability. Once a vice-chancellor has been appointed, his or her performance should be assessed according to the support provided for research, the quality of teaching, student welfare, the institution’s financial discipline and the fairness of its decisions. Personal loyalties and publicity skills cannot replace these measures of performance.
Second, academics must be given the time and space required to carry out their core responsibilities. It is meaningless to demand “world-class universities” without providing adequate time, facilities and reasonable funding for research. Teaching, too, should not be treated merely as delivering lectures. Students must be trained to reason, write, investigate and apply their knowledge to real-world problems. The quality of a degree programme should be measured not by its title, but by the capabilities of the graduates it produces.
Third, universities must establish an honest connection with the needs of the country. The problems confronting our economy, schools, healthcare system, agriculture, environment and wider society are all legitimate subjects for research. Seeking answers to these problems does not diminish the dignity of a university; it increases its value to society.
At the same time, research must not be controlled by short-term political demands. Knowledge can serve the country only when researchers are free to communicate what they discover. Sri Lanka’s World Bank-supported AHEAD higher education programme similarly connected the expansion of enrolment in priority disciplines with improving the quality of degree programmes and promoting research and innovation. These goals were linked because meaningful expansion cannot be separated from educational quality. (Source: World Bank overview of the AHEAD programme.
Fourth, the responsibilities of students must be clearly emphasised. The duty to protect the academic environment of a university cannot be placed solely on administrators and academics. Every student has a fundamental responsibility to give priority to his or her education, respect the right of other students to learn and allow the free exchange of ideas.
Student activities, social debate and political engagement all have an important place in university life. However, none of them should be allowed to disrupt education or prevent other students from learning.
When students abandon their primary purpose of learning and create an environment that obstructs education, the university system cannot fulfil one of its most important functions: producing knowledgeable and responsible graduates. A university may continue to award degree certificates, but if lectures, research, open discussion and intellectual inquiry do not receive sufficient attention, it risks producing graduates who lack depth of knowledge, critical thinking and professional competence.
The result may be the emergence of a group of “half-educated” graduates, individuals who possess certificates but have not received a complete intellectual education. Therefore, just as we discuss student rights, we must also have an honest and open discussion about student responsibilities within the university system.
My position on the current professional struggle of university academics is also clear. If they are demanding fair conditions of employment, those demands should be discussed seriously. If their struggle is also intended to free universities from political interference and restore research, teaching and learning to the centre of university life, I stand with them.
The rights of academics and the educational rights of students should not be presented as opposing interests. Both can be protected and respected only within a well-functioning university.
When I say that “the state university system should be shut down and reopened,” I do not mean that we should close the door on the future of our students. I mean that we must close the door on systems in which power matters more than knowledge.
Students have the right to hold political views and participate actively in debates on national issues. A university needs a student community that thinks about the country’s problems and speaks out against injustice. However, student politics should not shut down the university, deprive other students of their education or become a means of displaying organisational power. The right to fight for one’s beliefs comes with the responsibility to respect another person’s right to an education.
Simply attempting to establish another 50 universities will not solve these problems. Sri Lanka needs a higher education system that brings together the contributions of state, state-affiliated and private institutions while applying clear standards and responsibilities to all of them.
Strict discipline within such a system should not mean suppressing freedom of thought. It should mean ensuring that everyone fulfils their responsibilities in relation to teaching, research, examinations, institutional governance and student welfare. A degree certificate will then have value not merely because of the name of the institution that issued it, but because the knowledge and capabilities of the person who earned it can be trusted.
We should learn from advanced higher education systems, but we should not simply copy them. We must develop institutional autonomy, reliable quality-assurance mechanisms and publicly accountable governance in ways that suit our own needs. What we owe future generations is not merely a country with a larger number of universities, but a country in which people can trust the education those universities provide.
What we must close down, therefore, is not the universities themselves, but the outdated system that closes the door on knowledge, freedom and responsibility. What we must reopen is a genuine university system devoted to learning, inquiry, research and the creation of new knowledge in the service of the country.
Features
The Sri Lankan who made Scottish history
From beauty pageants and medical science to challenging British immigration policy and making political history in Scotland, yes, that’s Sri Lankan Deena Tissera, born into privilege, in Chilaw, but exposed to poverty and the realities of war.
Now, after 15 years in British politics, she tells Ivan Alvis why she is no longer interested in fitting anyone else’s image of a leader.
She was educated at The British school in Colombo and her father was a doctor-entrepreneur-philanthropist, and mother a former beauty queen and movie star.
She studied Medical Science, moved into Global Health and began a PhD in Public Health, competed in Miss Sri Lanka for Miss World, and, in 2022, made history as the first woman of colour elected to Aberdeen City Council; the first politician of Sri Lankan descent elected in Scotland.
The moment that set it all in motion came during the worst period of her life. Her father had died. She was 24 and missed her university examinations to attend his funeral.
“My father’s greatest wish for me was that I completed my education. However, I was being told that my education would be delayed because I had missed examinations to attend his funeral.”
She refused to accept it. She challenged the university, protested, went before its board and represented herself — and won.
“I went from fighting for myself to realising there were thousands of students who sometimes needed somebody to fight with them.”
She was elected Students’ Union Vice President. Soon her campaigning grew larger. As an international student she had experienced Britain’s immigration system, first-hand, and helped build a UK-wide movement, campaigning for international student rights, and contributing to campaigns that helped achieve changes to immigration rules.
“That taught me one of the most important lessons of my life. Politics isn’t about having a title. Politics is understanding where power sits, organising the people who don’t have it and knowing how to make the people who do have it, listen.”

Deena: Beauty pageant
contestant
The instinct to challenge inequality began earlier. Though born to privilege, her father took her into communities affected by the war through his philanthropic work.
“I grew up with opportunities, but I was surrounded by poverty. That contradiction affected me enormously. My father taught me that privilege isn’t something you should feel guilty about. But you should understand the responsibility that comes with it.”
If her father gave her a sense of service, her mother gave her confidence. Inspired by her, Deena took to modelling … and the Miss Sri Lanka pageant.
“People sometimes expect serious women to edit the glamorous parts out of their history. I can, and have been in a beauty pageant, and still understand economic policy.”
Her academic background continues to shape her politics: “Medical science teaches you evidence. Global health teaches you systems. Public health teaches you that someone’s health can be determined by poverty, housing, education and employment long before they reach a hospital.”
While at the University of Aberdeen she joined Labour Students, later becoming Vice-Chair of her Constituency Labour Party. What followed was more than a decade of door-knocking, organising, strategising, winning and losing.
The overnight success took 15 years. In 2022 she won Hilton, Woodside and Stockethill in Aberdeen.
The historic label came with a complicated reality. She remembers entering rooms with qualifications, campaign experience and leadership credentials — and still sensing she was not the person others imagined as leader.
“There have been tables where I have looked around and known I may be the most accomplished person sitting there, but I wasn’t necessarily the person people saw as the leader. And that’s because I didn’t fit the look.”
Her answer was to work harder — another qualification, another campaign. Then she realised the flaw in that strategy.
“If you wait for everybody else to decide you’re good enough, you can spend your entire life auditioning for a position you’re already qualified to occupy. I owned my identity and started leading with the confidence of my competence.”
At 39, successful and unmarried, she speaks with unusual candour. “Being unmarried is a marital status. It isn’t a performance review.”
Her message to young Sri Lankan and migrant women is direct: “Do not shrink your ambition to make yourself easier for somebody else to digest.”
Her blog series ‘Taboo Tuesdays’ — with titles like “Politics Is a Blood Sport – And We Pretend It Isn’t” — examines ambition, envy, ego and power from inside the room.
Since her election, she has led on anti-poverty and inequality, served as Labour’s Energy Spokesperson for Aberdeen covering net zero, environment and transport, and served as Chief Whip of the Labour group.
She was adviser to former Prime Minister Gordon Brown on his Our Scottish Future commission, took part in the Jo Cox Women in Leadership programme, and served as Scottish executive representative for the northeast, Highlands and Islands at her party’s top table.
Recognition has followed — 35 Under 35 Scotland’s rising political stars, Exceptional Achiever of the Year, Politician of the Year nomination, and Outstanding Woman in Governance and Public Policy by Women in Management UK.
As Energy Spokesperson for Aberdeen, one of Europe’s key energy cities, she sits at the centre of Britain’s energy debate. She supports transition but warns: “A just transition cannot mean asking one community to carry the economic cost of everybody else’s environmental ambition.”
Ask her if she wants more power and her answer is simple: “Yes. I am ambitious. But power without purpose is just status.”
Perhaps her most personal answer is about representation: “The first Sri Lankan elected in Scotland means something to me because it means the next Sri Lankan isn’t the first.
“I didn’t have to become less Sri Lankan to become Scottish. I didn’t have to become less feminine to become politically serious. And I didn’t have to look like somebody else’s idea of leadership before I was allowed to lead.”
In conclusion, Deena Tissera had this to say: “There was a time when I wanted to prove I deserved a seat at the table. Now I walk in knowing I do.”
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Editorial6 days agoFuelling discontent and protest
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Foreign News5 days agoTen injured after car crashes into rugby supporters in Australia
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Latest News6 days agoTharindu Rathnayake, bowlers secure Asian Games Bronze for Sri Lanka
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News5 days agoNearly 20 Iranian tankers stranded off Lanka amid US sanctions
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Features4 days agoSri Lanka Cricket Bill: Governance reform is not yet a cricket strategy
