Features
Sri Lankan pioneering superconductivity research
Prof Ranga Dias and team make world’s first-ever room-temperature superconductor
By Sajitha Prematunge
It is not a vaccine for COVID-19, but it could be the next best thing. The world’s first superconductor at room temperature, developed by a research team lead by Sri Lankan born physicist, Prof. Ranga Dias at the University of Rochester, USA, could potentially revolutionise everything from transport to energy industry.
The team recently discovered carbonaceous sulphur hydride (CSH), a new compound that acts as a superconductor at 15 °C at a pressure of 267 Giga Pascals (Gpa), or 2.6 million atmospheres (75 percent of the pressure at the earth’s core). The heady article in Nature magazine, which published this groundbreaking discovery in its cover story on October 15, may sound gobbledygook for some. Consequently, The Island interviewed University of Rochester, USA, Department of Physics and Astronomy and Department of Mechanical Engineering, Assistant professor Prof. Ranga Dias; Ph.D. student in Physics, Hiranya Pasan and Ph.D. candidate in Optics, Ashan Ariyawansa to put things in perspective.
A superconductor is a materiel that poses no electrical resistance. “We used two diamonds, each approximately 150 to 200 micron in diameter, on top of each other, to make what’s called a diamond anvil cell. The sample was sandwiched between the two diamonds and pressure applied.” Pasan explained that they could achieve pressures of up to 500 Giga Pascals with the diamond anvil cell. “For comparison, that’s more than the pressure at the earth’s core,” said Pasan. “The diamond anvil cell acts as a materiel search engine, that we use to test material at different pressure until we found the ideal conditions to achieve superconductivity for each material, allowing us to determine which materiel is the most effective. And the result was CSH, a compound belonging to a new class of dense hydrogen rich material.
What took so long?
Even though their work was based on old theory, in existence for more than a century, there is still a lot of unknowns. “Even established theory does not explain the mechanism that goes into the making of a superconducting material,” said Dias. But they had two criteria going for them, the ideal superconductor should be of a lighter element that can make stronger bonds. This was the basic premise under which Dias and his team started working with carbon and sulphur. “Our success depended on the right elemental combination,” said Dias, a researcher on high-pressure physics, who had been working with carbon and sulfur for just over a decade.
Pressure variations can convert basic elements of the periodic table into something completely different. Dias explained complex high-pressure physics with a simple analogy. There are two people in a room who can’t interact with each other because they are on opposite corners of the room. Now have the walls close in on them until they are able to talk, shake hands and interact. “The same principle can be applied to elements. When pressurized, atoms and molecules become more interactive and make new bonds. This alters the actual chemical nature of the compound. That’s the beauty of high-pressure physics, it allows you to manipulate the identity of compounds to create whole new material with completely unexpected properties,” said Dias.
Previous research
Dias holds a Bachelor of Science degree from the University of Colombo. He turned his attention to metallic hydrogen research as an extension of his PhD research on high-pressure physics at the University of Washington. In 2017, Dias, then a postdoctoral fellow at Harvard University and Isaac Silvera, physicist at Harvard announced the discovery of metallic hydrogen in the Science magazine. Their experiment involved compressing hydrogen gas, which liquifies when cooled to minus 423 degrees Fahrenheit (minus 252.778 Celsius), and then solidifying it at lower temperatures. The claim came under heavy criticism for being based on a single observation, on reflectivity (an expected signature of metallic hydrogen), and without a direct measurement of the pressure involved. The original ‘metallic hydrogen’ sample was lost during the subsequent failure of the diamond anvil cell. Prof. Dias said: “It was a complete study. What is left is to describe the properties of metallic hydrogen, which we are actively working on. Research takes time. None of these experiments are easy.” He joined the University of Rochester, in 2017 as a professor, and is currently conducting further research on metallic hydrogen. He further explained that the Harvard group measured the pressure directly using standard methods that any high-pressure scientist used. Every high-pressure experiment ended with the failure of the diamond anvil cell, which means the loss of the sample. Consequently, Dias argued that there was nothing unusual about the fact that their diamond broke, resulting in the loss of the sample. “I think fellow competitors who were trying to make metallic hydrogen wasn’t happy that we got it right, their criticism has nothing to do with science but rather was a political attack on my previous advisor [Silvera].”
When asked how positive he is about the newly discovered carbonaceous sulphur hydride, in light of the previous backlash, Dias said that he doubted there was a connection. “They are two different experiments and very different samples. The hallmark of superconductivity is the complete absence of electrical resistance. And another property of superconducting materials is that when it is cooled below the superconducting transition temperature, the magnetic field lines are expelled from the material. We have observed both of these key properties on our carbonaceous sulphur hydride materials at high pressures.” Dias confident of the results.
Prof. Dias’ finding has definitely sparked investor interest. In fact, investors are already lining up to fund a research company, by the name of ‘Unearthly Materials’, set up under the leadership of Prof. Dias to carry out further research and to manufacture superconductors on a large scale. A financial capital of US $ 2 million, has already been provided by investors. Dias hopes it will culminate in a highly productive venture in three to five years.
Implications
Prof. Dias believes that the technology could open up a world of possibilities for medical imaging such as MRI, computing and consumer electronics such as mobile phones. Applications of his discovery include low-cost MRI scanners, magnetic levitation trains, and power lines with no electrical resistance. “A computer, for example, has a heavy cooling system with heat sink, fans and the like, but with a superconductor none of these will be necessary,” explained Hiranya Pasan, who was tasked with low temperature analysis in this research. With this kind of tech everything from car radiators to train tracks could become redundant. “A huge amount of energy is lost in transmission per year. It adds up to a lot of money,” pointed out Pasan. So, if someone were to mass produce superconducting wire, which offers no electrical resistance, he would save billions of or dollars for countless governments.
And then there is the Meissner effect, which in layman’s terms means to repel a magnet. Superconductors are strongly diamagnetic and expel magnetic fields. As such trains could employ magnets that levitate on superconducting material. “It produces no friction,” explained Pasan. Such frictionless high-speed trains could revolutionise the transport sector.
“The technology already exists,” explained Dias. Superconducting technology is used in MRI scanners, particle accelerators, and magnetic levitation trains of experimental scale in Japan, all of which involves large magnetic fields. “But it requires cryogenics.” Meaning that some metals reach superconductivity at extremely cold temperatures and, therefore, have to be cooled to about 10 to 20 Kelvin. For context, that’s minus 263.15 to 253.15 Celsius. The critical temperature of the first superconductor, discovered in 1911, was minus 269 °C, and the fact that no research has ever been able to find a material that acts as a superconductor in room temperature has been one of the major challenges in physics.
“The cryogenic factor is what makes the technology so expensive and therefore economically unviable,” pointed out Dias. So, if cryogenics were to be taken out of the equation, it would make medical imaging, for example, much more affordable and efficient. Prof. Dias explained that liquid helium is the most widely used coolant in superconducting applications, a resource fast diminishing.
He and his team were able to take the cryogenics out of the equation, but maintaining such gargantuan pressures make mass production of superconducting material virtually impossible. When asked how stable the new compound was Dias explained that CSH could be metastable, meaning that it may not revert to the original compound of carbon and sulphur once pressure is relieved. If not, it’s back to square one for the team as they would have to find another compound that acts as a superconductor at both room temperature and atmospheric pressure. The team revealed that they would conduct the ultimate experiment by relieving pressure, in the weeks to come, which Pasan has been tasked with. “Once we have a metastable superconducting material at ambient pressure, it’s just a matter of replicating it, using techniques like chemical deposition and Molecular-beam epitaxy (MBE), to achieve mass production.” Those were the standard techniques and therefore were affordable, he said.
Ground-breaking discoveries are made every few decades in the western world and they have little or no effect at all on developing nations such as Sri Lanka. So why is a superconductor at room temperature even significant for a country like Sri Lanka? “I don’t think that the GDP matters in terms of implications of such discoveries, said Dias. “What is rocket science is developing a superconductor at room temperature. When that’s a reality, application comes easy. Whether it was frictionless trains or MRI scanners, such technology can always be applied by replacing the existing technology with the new.”
Application of such technology in quantum computing would be difficult for a country like Sri Lanka, but Dias pointed out that the implications of the technology for energy transmission was of considerable significance to developing countries. As Pasan pointed out, a lot of electricity is lost during transmission. Dias argued that with a superconducting wire, that pose no resistance, third world power generation can be made more efficient, thereby increasing capacity. “This kind of application is not difficult to apply even in a developing country.” Dias assured that such technology would be affordable even for developing countries.
Local students
When asked about the practical difficulties Sri Lankan students have to face, Hiranya pointed out that as opposed to Sri Lanka, the US has a more student-centred education system, while Dias said there was a clear lack of enthusiasm for research in Sri Lanka. “During my time in Sri Lanka, we were hardly exposed to experiments, we rarely saw instruments, except at practicals during undergraduate years, simply because we didn’t have the facilities,” said Prof. Dias. “The system is exam-oriented, and as a result we lacked hands on experience.” Dias pointed out that in the US education system there was ample opportunity for research. “Even the exam questions here are very practical. It hones critical thinking instead of promoting memorising equations and just getting good grades.” Such a system increases research productivity, he said.
“Research lacks support in Sri Lanka, especially in terms of funding,” said Dias. “In the States we can acquire federal, corporate and other sources of funding. But in Sri Lanka we don’t have that kind of a mechanism.”
But things are looking up, said Ariyawansa. “Collaborative research on chemistry and biotechnology is undertaken increasingly in Sri Lanka,” he said, pointing out that industrial chemistry and nanotechnology were fast developing areas, but he admitted that physics was still lagging behind. “We now have institutions such as SLINTEC [Sri Lanka Institute of Nanotechnology], which has succeeded in attracting a lot of expatriate academics back into the country,” added Dias. He opined that such infrastructural support and funding would facilitate cutting-edge research.
When asked whether such cutting-edge research would have any practical applications in Sri Lanka and whether putting so much money and effort into research was viable in the absence of practical applications, Prof. Dias said that there would always be opportunities in terms of putting research into practice. “Commercial production of graphene by SLINTEC is a case in point. It’s a direct application. I’m sure that if Sri Lanka can produce high grade graphene, we can export it. Graphene has a lot of applications, especially in electronics. It’s used widely in the US, Japan, Europe and South Korea for semiconductor and mobile applications.”
The same principle can be applied to diamonds. “With the right combinations of material diamonds can be grown in the lab,” Dias pointed out that this could revolutionise the diamond industry. “This is already being done in the US,” said Dias, reiterating that material research would always have applications.
Features
Dilemmas of ‘hurting economies’ – the case of Sri Lanka
Maldives President Dr. Mohamed Muizzu was in Sri Lanka recently on what was apparently a goodwill visit and this event, no doubt, bodes very well for Maldives-Sri Lanka relations. Besides, the visit would go some distance in strengthening Sri Lanka’s claims to Non-Alignment.
However, the commentator on regional politics could be accused of simplistic thinking if he/she glosses over or ignores the regional politics nuances or undertones of the Maldivian President’s visit. In Sri Lanka we currently have a government which is eager to solidify its bridges, so to speak, with China and which, given the chance, would be courting increasingly close relations with Russia. In other words, the NPP government is likely to see itself as a ‘natural ally’ of the East and would prefer to distance itself to the extent possible from the West, if that is a realistic proposition.
Given the foregoing backdrop, it would be in some of the NPP regime’s best interests to be on cordial terms with the Maldives which is a close ally of China in the South Asian region. However, the NPP government, given the utter financial helplessness of Sri Lanka, cannot afford to distance itself politically and diplomatically from India and the West. Sheer economic necessity compels Sri Lanka to adopt this foreign policy stance. In other words, the latter has no choice but to be ‘Non-Aligned.’
This columnist was led to the above observations on listening to a lucid and comprehensive presentation titled, ‘A Global Economy in the Shadow of the Iran War and implications for Sri Lanka’s debt recovery’, by Dr. Ganeshan Wignaraja, Visiting Senior Fellow, ODI Global London, at the Regional Centre for Strategic Studies (RCSS), Colombo on May 4th. The forum, RCSS Strategic Dialogue – 4, was moderated and presided over by RCSS Executive Director Ambassador (retd) Ravinatha Aryasinha.
The forum brought together a wide cross section of society, including diplomatic personnel, academicians, public and private sector personalities and the media. After the presentation a very lively and informative Q&A followed.
Ambassador Aryasinha at the outset set an appropriate backdrop to the presentation and discussion by stressing ‘the increasing interconnectedness of geopolitical and economic developments, noting how disruptions in the Middle East could have significant ramifications for global markets, trade flows, energy prices and broader economic stability, including Sri Lanka.’
Indeed, there are occurring currently very disruptive economic and material consequences for the world from ‘the Iran War’, and with US-Iran hostilities spiraling in West Asia it may not be wrong to surmise that the worst could be yet to come, unless a peace process materializes in earnest.
Meanwhile, ‘hurting countries’ such as Sri Lanka would need to summon their best economic management capabilities to remain materially and economically afloat. ‘Economic transformation’ is what is urgently needed and not mere management and some of the insights thrown up by Dr. Ganeshan Wignaraja should have the local polity thinking.
There was the following observation, for instance: ‘Sri Lanka has achieved remarkable cyclical stabilization but faces critical challenges in transitioning to transformative growth, with 2027-2028 debt repayments looming and only $5.4 billion usable reserves.’
Needless to say, the path ahead to ‘transformative growth’ for Sri Lanka is strewn with multiple challenges and meeting them effectively is of the first importance. Sri Lanka must soldier on towards even a semblance of development in the short and medium terms and such initiatives cannot be separated from its foreign policy choices since the country’s economic partners and their growth prowess have a close bearing on the country’s material fortunes.
As mentioned, Sri Lanka will be compelled to be ‘a friend of all countries and an enemy of none’ going forward but it cannot afford to be seen as cultivating China as a close growth partner at the expense of India and other major economies of the region.
This is primarily because while India is remaining a major economic power, the current West Asian crisis notwithstanding, China’s economy is being seen as ‘slowing’. Dr. Wignaraja singled out the following in the main as the factors causing this slow-down: a bursting property bubble, increasing state regulation, and weakening investor confidence. Besides, the speaker sees production cycles moving away from China and India replacing China and Hong Kong as ‘manufacturing hubs’.
Accordingly, the NPP regime in Sri Lanka would need to craft its regional policy in particular with the utmost far-sightedness. It will need to have close economic links with all the growth centres that matter.
On the question of authentic economic transformation, the following observations of Dr. Wignaraja on Sri Lanka’s economy are of the first importance as well: ‘Foreign reserves are now at $ 5.4 billion, the cost of living is high, an estimated 20 per cent of the population lives below the poverty line of $ 3.65 per day, the recent cyber security breach at the Treasury would affect some 10 payments.’ These factors were termed ‘critical vulnerabilities’.
It is difficult to conceive of an economic transformation worthy of the phrase minus a steady economic empowerment of the populace. The above data point to the considerable magnitude of the local poverty problem. Right now, the disruptive effects of the West Asian crisis render swift poverty alleviation a most difficult proposition.
One possible way out of the present economic debacle is the forging of a national consensus by the present government on all outstanding problems that have been bedeviling the country’s advancement. That is, there needs to be a meeting of minds across current political divides. Considering the present inflammatory political polarities in Sri Lanka this would prove an insurmountable challenge.
Unfortunately, conscience-filled and civic minded sections in Sri Lanka have chosen to be laid back rather than seize the initiative, come centre stage and impress on politicians the need for enlightened governance and progressive change. There needs to be a historic coming together of the right thinking to ensure that the best interests of the people and of the people only are served by governments. In the absence of such a process, might would be projected as right and brute force would come to increasingly rule politics and society.
Features
Australia funds project to restore climate-resilient vegetable livelihoods in cyclone-affected highlands
The Ministry of Agriculture, Livestock, Lands and Irrigation, the Government of Australia, and the Food and Agriculture Organization of the United Nations (FAO) have launched of a AUD 2 million (USD 1.4 million) recovery initiative to restore and transform vegetable production systems in the cyclone-affected districts of Nuwara Eliya and Badulla.
The FAO said yesterday (5) that the agreement was formalized through the signing of the grant agreement by Matthew Duckworth, Australian High Commissioner to Sri Lanka, and Vimlendra Sharan, FAO Representative for Sri Lanka and the Maldives, alongside the signing of the project document by D. P. Wickramasinghe, Secretary of Agriculture.
Cyclone Ditwah, which struck Sri Lanka in November 2025, caused widespread devastation across the country, severely disrupting agricultural production systems and livelihoods. The highland districts of Nuwara Eliya and Badulla, key suppliers of vegetables such as beans, carrots, leeks, cabbage, tomato and potato, were among the hardest hit, with thousands of smallholder farmers losing crops, seed stocks, and productive assets.
This 12-month initiative aims torestore and strengthen climate-resilient vegetable production systems, with a strong focus on empowering women farmers and supporting persons with disabilities. The project will directly benefit more than 2,400 smallholder farmers, through improved seed and seedling production systems, small machinery, training, and market linkages while indirectly supporting thousands more.
“This initiative is an important step not only in restoring what was lost, but in building a more resilient and self-reliant agricultural sector,” said Minister Lal Kantha. “By strengthening local seed systems and supporting smallholder farmers, particularly women and vulnerable groups, we are investing in the long-term sustainability of Sri Lanka’s food systems.”
“Australia stands alongside Sri Lanka in its ongoing recovery from Cyclone Ditwah,” said High Commissioner Duckworth. “Australia is a steadfast partner in the agriculture sector with its importance for food security, rural development and climate resilience. By focusing on climate smart practices, farmer-led solutions and inclusive economic opportunities, this project will deliver meaningful and lasting benefits to affected communities.
The project will prioritize the restoration of farmer-led seed systems for beans and potatoes, support the re-establishment of both open-field and protected cultivation systems and women led seedling supply nurseries while empowering all farmers with Climate-Smart Good Agricultural Practices (CSGAP) with small scale machinery and input support.
A key feature of the initiative is the establishment of six accessible and inclusive nurseries in Nuwara Eliya and Badulla. These nurseries will serve as sustainable agri-based enterprises, producing high-quality vegetable seedlings while creating new income opportunities and strengthening local input supply chains.
By combining recovery support with long-term resilience measures, the project will help stabilize vegetable production, improve household food security and nutrition, and reduce reliance on imported seeds.
Features
War on Iran may hasten unraveling of New World Order
It took several decades for the US to realise it was losing the war in Vietnam. It took a bit shorter time in Afghanistan. And what is happening in the countries the US and Israel intervened and broke up? The US has been asked to leave Iraq. Syria is talking to Russia about establishing military bases, President al-Sharaa met with Vladimir Putin in Moscow to discuss the project, which is vital for Russian power projection in the Middle East. Libya has been divided into two competing administrative units with the Eastern section actively engaged with Russia in defence matters. The Sudanese government has finalised a 25-year deal to allow a Russian naval facility in the Red Sea in exchange for weapons, including anti-aircraft systems. On the Eastern side of the Red Sea, Yemen remains divided, with the main power center, the Houthis maintaining a staunchly anti-US, anti-Israel stance, while the internationally recognised government remains in exile.
When the Iranian Foreign Minister recently undertook a tour of Pakistan, Oman and Russia, the US wanted to meet him and got ready to send its negotiators Vice President J. D. Vance and his team to Pakistan, but Iranian FM snubbed them and left Pakistan, saying Iran did not want to talk to the US while a blockade of their ports were in place. The Iranian FM met President Putin, who congratulated Iran for courageously defending their country and then phoned US President Trump and told him further attacks on Iran would not be acceptable. During this conversation on April 27, 2026, Putin reportedly warned Trump that further U.S. or Israeli attacks on Iran would have dangerous consequences, according to Al Jazeera). Such a sequence of events would not have been possible in the unipolar world we had in the past.
Furthermore, the damage that Iran has inflicted on the US and Israel in this war would have been unimaginable in the late 20th Century and early 21st Century. Sixteen US military bases spread across Saudi Arabia, Qatar, UAE, Bahrain, Kuwait, Iraq, Jordan and Oman have been either destroyed or severely damaged. Advanced surveillance aircraft and radar systems worth more than $ 2.8 bn were destroyed. This had a far-reaching effect on the war as the US could not use these bases in the war against Iran and also in the defence of its allies in the Gulf.
The attacks on Israel have been equally damaging. In Central Israel and Tel Aviv area multiple attacks targeted military and intelligence assets, resulting in massive damage. Iranian missiles hit the Haifa oil refinery, causing a shutdown, and hit residential buildings, leading to injuries and structural damage. Residential and commercial areas were damaged in Bat Yam and Petah Tikva with significant casualties and destruction. Attacks in Dimona and Arad targeted the Negev Nuclear Research Center, with casualties reported in both towns. The Soroka Medical Center in Beersheba was hit in a strike. The strategic port and naval base in Eilat were targeted. In Rishon LeZion suburban residential areas suffered extensive damage.
Usually, Israel makes short work of its many enemies in the region, for example it took just six days to defeat the combined military of Egypt, Jordan and Syria in 1967 and grab their land as well. Hamas, Fatah and Palestinians would suffer ignominious defeats if they dare challenge Israel. However, the recent war against Hamas, following a daring wide scale invasion into Israel by Hamas in October 2023, went on for more than two years with no conclusive victory for Israel.
These significant massive military setbacks suffered by the combined forces of the US and Israel have been made possible by the unprecedented advancement in military technology achieved mainly by China and to a degree by Russia as well. Iran has been able to develop ballistic missile systems that could penetrate the “iron dome” that Israel boasted, with technological assistance from China and North Korea. Iran’s drones are very cheap yet very effective, requiring interceptors worth millions of dollars to counter them, thus making it much more costly for the US to fight this war than it is for Iran.
Further, Hezbollah in Lebanon, Houthies in Yemen and Hamas in Palestine are well equipped with advanced missiles and drones. Hezbollah has been able to destroy about hundred Israel tanks and stop their advance. According to Larry Johnson, former CIA intelligence analyst, Israel soldiers are much war weary and mentally affected and are being withdrawn. Netanyahu’s 40 year dream of a “Greater Israel” is telling on the poor soldiers.
If a person like Barack Obama had been the US President instead of the hyper egoistic, blustering, intellectually barren Trump, things may have been different. An attempt would have been made to reconcile with the fact that the world is changing, instead of trying to stop it and make “America Great Again”. Perhaps, it could be said that Trump is facilitating the emergence of the new world order by enabling the US citizens to see the reality, the futility of war and the fact that Israel is a liability because the US is fighting its war. Further, the war has enabled Iran to assert its place in the region and negotiate from a position of strength.
Perhaps, Israeli people may realise that the Palestine problem cannot be solved by militarily occupying their land, and that in a changing world a “Greater Israel” is a “pie in the sky”. They may have to agree to a two-state solution. US support may not always be forthcoming, certainly not at the level that Trump could extend, as this war is very unpopular and expensive. The other very significant fact is that Israeli settlers in the occupied lands feel insecure and one in three wants to leave and the numbers may grow when Palestinians and their sympathisers grow in strength in the new world order.
Moreover, the war on Iran has afforded China the opportunity to demonstrate with authority the fact that it stands for universal peace and does not tolerate illegal wars. Its message to the US conveyed its world view and its desire for peace in no uncertain terms. Trump cannot afford to disregard the Chinese position on the war on the eve of his visit to that country which may decide on future trade between the two countries as the US depends on China for several essential materials like rare earth minerals. Furthermore, China has shown that peace could be achieved by developing the economies of the underdeveloped countries irrespective of their alliances. It helps Iran as well as Saudi Arabia and try to build bridges between these foes. It welcomes Trump in the coming weeks and hopes to strengthen ties between the two countries despite the weaknesses of the latter.
Another important factor is the gradual decline of the critical value of the petro-dollar. Following the end of the gold standard in 1971, the US struck deals with Saudi Arabia and other OPEC nations (around 1974) to price oil exclusively in USD in exchange for military protection and arms sales. Dollars earned by selling oil came to be known as petro-dollar. Oil producers, holding large dollar surpluses, reinvest these funds in the US Treasury securities, real estate, and financial assets ensuring the recycling of petro-dollars. The system ensures a consistent global demand for US dollars, which helps fund the US budget deficit and maintains the currency’s dominance.
However, the petro-dollar system is on the decline and there are two main reasons for this, firstly the gradual rise of the new world order with organisations like BRICS, making a concerted effort to extricate from the dollar dominance by developing alternate currencies and methods to bypass the dollar. Secondly, the need felt by most countries to develop alternative energy sources to replace enormously harmful fossil fuel would eventually result in a decline in the demand for it and consequently the effectiveness of the petro-dollar. China is leading the world in both these endeavours; depolarisation process and renewable energy production. The war on Iran seems to have hastened the process of depolarisation as Iran insists that it will sell its oil for yuan only.
These revolutionary changes in the aftermath of the Iran war have their undeniable implications for the Global South, where more than 60% of the poor live.
by N. A. de S. Amaratunga
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