Features
‘Sri Lankan geology allows hydro and solar power to be used in conjunction
Interview with CBE awardee Prof Ravi Silva
By Sajitha Prematunge
Every hour the Earth’s atmosphere receives enough solar radiation to meet electricity needs of every human being on Earth for a year. Consequently, the world’s greatest problem can be fixed with just one percent of solar radiation the earth receives. The catch? It’s exorbitant. Fulfilling energy needs has remained an insurmountable challenge for centuries as this huge influx of solar energy is wasted for want of a cost effective way of harnessing solar energy, at least until researchers, the likes of Prof Ravi Silva can fix it. Imagine a technology that would enable printing of solar cells using a process similar to that of printing a newspaper. It would enable production of square kilometres of organic solar cells at a fraction of the current cost, theoretically. This is the kind of cutting-edge technology Silva and his ilk are involved in. Following is an exclusive interview with recent CBE awardee Prof Ravi Silva.
UK-based scientist of Sri Lankan origin and Surrey University Advanced Technology Institute (ATI) Director, Professor Ravi Silva was recently awarded a CBE or Commander of the Order of the British Empire, one of the highest ranking Orders of the British Empire award, for his services to Science, Education and Research over the last three decades.
Silva joined the Cambridge University Engineering Department for his undergraduate and postgraduate work, immediately after his secondary education in Sri Lanka. He joined Surrey in 1995. He was one of the key investigators for the £10m ATI, established in 2002 with the hopes of bringing all solid state electronics and photonics research at Surrey into a dedicated institute. Silva has been its director of since 2005 and also heads the Nano-Electronics Centre (NEC), an interdisciplinary research activity. He helped set up one of the largest carbon nanotechnology laboratories at Surrey.
In 2013 he was elected a Distinguished Professor at Chonbuk National University and in 2016 a Visiting Professorship at Dalian Technology University, China. In April 2017 he was appointed Honarary Director to the Zengzhou Materials Genome Institute (ZMGI), China. In March 2018, he was elected joint Editor-in-Chief of Wiley’s Energy and Environmental Materials. More recently, he has set up the £4m industry-academia Nano-Manufacturing Centre and in 2019 the £1m Marcus Lee Printable Solar Cell Facility.
His research has resulted in over 620 presentations at international conferences, and over 600 journal papers, with circa 21,000 citations and won grants of over £30m over the last two decades. In 2002 he was awarded the Charles Vernon Boys Medal by the Institute of Physics, and in 2003 the IEE Achievement Award. The same year he was awarded the Albert Einstein Silver Medal and Javed Husain Prize by UNESCO for contributions to electronic devices. In 2003 the largest EPSRC Portfolio of £6.68M was awarded to Silva and his team on Integrated Electronics which examined nanoscale design features on the optical and photonic device properties. In 2004, SRIF award for £4M, to set up a Nano-Electronics Centre for multidisciplinary research, was awarded to Silva.
He was awarded the Royal Society Clifford Patterson Award for 2011. In 2014, he was awarded a premium medal by the Institute of Engineering and Technology (IET), the JJ Thompson Medal for contributions to Electrical and Electronic Engineering. In 2015, he won the Institute of Materials, Minerals & Mining (IOM3) premium award, the Platinum Medal for contributing to materials science, technology and industry. In 2016 he won the Government of Sri Lanka Presidential Award in recognition for many contributions in the field of nanotechnology.
Since 2005 he has worked with the National Science Foundation (NSF), Sri Lanka to develop nanotechnology as a vehicle to generate wealth and alleviate poverty in the country. Silva was on the advisory board of Imprimatur Ltd and the National Nanotechnology Initiative (NNI) of Sri Lanka. He was an Advisor to the Minister of Science and Technology in Sri Lanka, and helped set up the Sri Lanka Institute of NanoTechnology (SLINTec) and the Nano-Science Park NANCO (private) Ltd in 2008. He currently acts as an advisor to both these entities and sits on the director board. He has acted as advisor to many national and international organisations, including US, Korean, Japanese, Chinese, Indian, Sri Lankan, Singaporean, Saudi Arabian, Israeli, Hong Kong, Portuguese, Canadian, Brazilian and European governments.
His research interests encompass a wide range of activities with a focus in nanotechnology and renewables. Other fields of interest include electronic devices, sensors and X-ray detectors. “The area that is most significant at present is how to keep our planet safe for the next generation,” said Silva. He explained that climate change is an existential threat for humans, and we must reduce our carbon emissions. He pointed out that the best route to do so is with replacing fossil fuels with renewable energy. Much of his research at present looks at the fabrication and manufacture of new and cheap solar cells, together with battery storage that can act as an integrated solution to green energy provision.
Q:
Which of your research has been put to best practical use, in your opinion?
A:
There are a number of areas in which research conducted within my group has been put to good use. In the field of electronics, it is very difficult to pinpoint precisely where your devices are used as there are many thousands of devices and inventions in even basic consumer electronic systems. For example, patents from our group have been licensed to companies such as Philips, BAE systems, Airbus, Bombardier, Surrey Nano Systems and Silver Ray and they form components of a bigger system or application. The most obvious example of Nanotechnology developed in the group was in the winter Olympics at PyeongChang where the Hyundai Pavilion was covered with Vanta Black, the blackest man-made material in the world. This was also demonstrated through the paint on the BMW X6 model, ‘VBX6’ at the Frankfurt Motor show. These materials originated from research in my labs at Surrey.
Q: What are the contributions solar energy can make to drive the world to a carbon net zero position?
A:
Solar energy is crucial if the world is to go to a net carbon zero position. Typically, the Earth gets enough energy from the sun in one hour to power the entire population of earth for one year. Therefore, the current 80 percent use of fossil fuels to power the world must be decreased significantly in the next 50 years, to be replaced by green energy. In developed countries such as Germany there are predictions which show solar energy would make up 80 percent of the total energy use in 2100. This is simply due to the overwhelming evidence that points to these sources as the most appropriate green energy provider.
Q: Why are governments reluctant to commit fully to solar power?
A:
At present the cost of solar and the inbuilt infrastructure available for fossil fuels makes governments reluctant to examine other sources. The local energy generation and transmission system will need to be overhauled and new investments made in energy, supply, transmission, storage and distribution.
Q: What can Sri Lanka do to popularise renewable energy?
A:
Sri Lanka’s renewable energy efforts are mostly ad-hoc and requires coherent policy and planning. Education on the advantages of renewable energy and how it can be implemented can help. At present, should a full cost analysis be performed on solar energy, it will come up as the most cost-efficient energy provision available in countries such as Sri Lanka.
Q: How do you manage higher efficiency solar energy technology, while maintaining lower cost?
A:
The cost of solar energy provision has been coming down exponentially. If we take one of the measures to judge the cost of solar electricity, cost per Watt, in 1970 this was an eye watering US$74 per Watt. This dropped to below US$ 10 in 1990 and today this is below US$ 20 cents per Watt. The Obama regime ran the Sun Shot Challenge to push the cost of solar electricity below US$ 1 per Watt, as this was when it became competitive with fossils. We are well below that now, and the cost keeps getting lower. Current 450W solar modules can be obtained highly competitively below US 150 if it is bought in bulk.
Q: Yet you have admitted that energy is one thing that has defied all economic models, including the axiom of Supply and Demand. Why have solar energy expenses kept rising rather than coming down, with technological development?
A:
Adam Smith said supply and demand should dictate cost. In solar there is 10,000 times over supply of energy. The problem is the cost of solar cells. We are looking to reduce this with sprayable solar cells. But even today the cost of solar for large solar farms can be well below 10 cents US$, if the infrastructure is provided for the investment to take place. For example in India large solar farms have been set up with costs as low as US$ 4 cents per kilowatt hour with the number below US$ 2cents in Mexico. There is no reason to believe we cannot have similar low-cost solar electricity in Sri Lanka.
Q: What are energy cost drivers, and do they apply to the World Energy provision and by extension to Sri Lanka?
A:
Ease of production of energy, raw material provision and the infrastructure dictates the final costs. There is no reason to believe we cannot provide the raw materials needed, when this happens to be sun light. Furthermore, with the enviable hill country with hydroelectricity provision we have a ready-made battery to store energy with pumped hydro.
Q: Do you mean hydropower can be used in conjunction as a storage technology, to store solar energy during off peak hours or during the day and discharge it by night?
A:
Absolutely. Nature has blessed Sri Lanka with some wonderful geology to allow for this to be done at scale. The NSF and universities should be looking to build on this to provide the country with the ideal solutions to their energy needs. Pumped hydro can be used to store hydro-energy when there is too much electricity produced by solar energy, so it can be used in the nights. The 40 percent hydro-provision is near ideal to ensure base load needs are met, for the rest of the energy to come from solar and wind. I am also sure there will be large scale battery provisions coming soon, with companies such as Tesla and 8minutes already demonstrating this.
Q: What are smart grids and its benefits?
A:
If renewable energies are to contribute to nations energy provision, they need to be able to interface well with the current energy provision and transmission. In particular for solar and wind-based energy to feed-into the national grid, a robust energy network with smart grid provision will help. Smart grids also allow for smaller local networks to provide renewable energy in an efficient manner, having appropriate interfacing with the on-grid supply and often back-up energy storage provision.
Q: What obstacles delay power generation sectors from adopting smart grids?
A:
The singular obstacle is inertia and sticking to old infrastructure, without looking to plan ahead for future energy provision.
Q:
What are polymer cells or organic photovoltaics, and their benefits.
A: In the future, using polymer technology, we can produce solar cells with 15 percent efficiency at a fraction the cost of silicon solar cells. This is driven primarily by the very much lower material cost, together with the thousand-fold decrease in active materials used to make solar cells. By adding nanoparticles into the polymer solar cells you can improve the efficiency even further and thereby give better energy per cost. Under these circumstances the energy payback time is below six months.
Q: What is carbon electronics? And what are its applications for a developing country like Sri Lanka?
A:
Carbon electronics uses the element C for the fabrication of electronic devices. Nano-carbons such as graphene, carbon nanotubes and polymers are becoming more important on a daily basis to provide solutions in electronics, energy and structural materials.
For Sri Lanka, it can make a huge difference. Particularly when some of the highest quality graphene can be produced with the vein graphite available in the country. This can not only be used for next generation electronic devices, but also for lighting and even electrodes for batteries. Companies such as Ceylon Graphene Ltd. have been established in the Sri Lanka Institute of Nanotechnology (SLINTEC) to provide just this impetus to the national innovation eco-system.
Q: Where does carbon electronics factor in, solar energy generation?
A:
Polymer based carbons, particularly if mixed with nanomaterials can be used for next generation solar cells. Only a fraction of the material needed in Silicon solar cells, to produce high quality modules, is required when polymer based carbons are used as active materials.
Q: What are carbon electronics’ other benefits?
A:
We can also use the nano-carbon materials to make major components of the battery, such as its electrodes. So, not only energy scavenging, carbon electronics can also help in energy storage.
Q: What are the benefits of unlimited energy?
A:
Some say there is a significant correlation between national development and energy use per capita. The worlds most developed countries also have the highest per capita use of energy.
If we had unlimited energy, the world would be a very different place. With unlimited energy we can wipe out the poverty gaps between the nations; there will be enough energy to provide clean water to all using desalination technologies; we can wipe out famine with food crops grown under ideal conditions; we can ensure maximum energy is focussed on new drugs, vaccines and highly nutritious foods.
Q: What is your opinion on research culture in Sri Lanka Universities?
A:
Sri Lanka universities have high quality researchers, but less provision for them to be able to fully exploit their prowess to help the nation or have an enterprise culture to contribute to society. A step change is needed to motivate researchers to help elevate the country’s science and technology base with their efforts. High quality research should also be given fast track promotion within the sector.
Q:
In a technological perspective which areas are viable for expansion and which are not, for a country like Sri Lanka?
A:
Sri Lanka needs to motivate and energise the younger generation to contribute fully to the nation. Training in enterprise and spinouts should be made available with suitable grants for technologists to develop their inventions and products. The eco-system for entrepreneurship should be developed, with the universities taking a lead by example, on how they can value add to Sri Lankan raw materials and technologies. In the fields of nanotechnology, energy, materials, AI and new technologies they have much to offer.
Features
Ethnic-related problems need solutions now
In the space of 15 months, President Anura Kumara Dissanayake has visited the North of the country more than any other president or prime minister. These were not flying visits either. The president most recent visit to Jaffna last week was on the occasion of Thai Pongal to celebrate the harvest and the dawning of a new season. During the two days he spent in Jaffna, the president launched the national housing project, announced plans to renovate Palaly Airport, to expedite operations at the Kankesanthurai Port, and pledged once again that racism would have no place in the country.
There is no doubt that the president’s consistent presence in the north has had a reassuring effect. His public rejection of racism and his willingness to engage openly with ethnic and religious minorities have helped secure his acceptance as a national leader rather than a communal one. In the fifteen months since he won the presidential election, there have been no inter community clashes of any significance. In a country with a long history of communal tension, this relative calm is not accidental. It reflects a conscious political choice to lower the racial temperature rather than inflame it.
But preventing new problems is only part of the task of governing. While the government under President Dissanayake has taken responsibility for ensuring that anti-minority actions are not permitted on its watch, it has yet to take comparable responsibility for resolving long standing ethnic and political problems inherited from previous governments. These problems may appear manageable because they have existed for years, even decades. Yet their persistence does not make them innocuous. Beneath the surface, they continue to weaken trust in the state and erode confidence in its ability to deliver justice.
Core Principle
A core principle of governance is responsibility for outcomes, not just intentions. Governments do not begin with a clean slate. Governments do not get to choose only the problems they like. They inherit the state in full, with all its unresolved disputes, injustices and problemmatic legacies. To argue that these are someone else’s past mistakes is politically convenient but institutionally dangerous. Unresolved problems have a habit of resurfacing at the most inconvenient moments, often when a government is trying to push through reforms or stabilise the economy.
This reality was underlined in Geneva last week when concerns were raised once again about allegations of sexual abuse that occurred during the war, affecting both men and women who were taken into government custody. Any sense that this issue had faded from international attention was dispelled by the release of a report by the Office of the Human Rights High Commissioner titled “Sri Lanka: Report on conflict related sexual violence”, dated 13.01.26. Such reports do not emerge in a vacuum. They are shaped by the absence of credible domestic processes that investigate allegations, establish accountability and offer redress. They also shape international perceptions, influence diplomatic relationships and affect access to cooperation and support.
Other unresolved problems from the past continue to fester. These include the continued detention of Tamil prisoners under the Prevention of Terrorism Act, in some cases for many years without conclusion, the failure to return civilian owned land taken over by the military during the war, and the fate of thousands of missing persons whose families still seek answers. These are not marginal issues even when they are not at the centre stage. They affect real lives and entire communities. Their cumulative effect is corrosive, undermining efforts to restore normalcy and rebuild confidence in public institutions.
Equal Rights
Another area where delay will prove costly is the resettlement of Malaiyaha Tamil communities affected by the recent cyclone in the central hills, which was the worst affected region in the country. Even as President Dissanayake celebrated Thai Pongal in Jaffna to the appreciation of the people there, Malaiyaha Tamils engaged in peaceful campaigns to bring attention to their unresolved problems. In Colombo at the Liberty Roundabout, a number of them gathered to symbolically celebrate Thai Pongal while also bringing national attention to the issues of their community, in particular the problem of displacement after the cyclone.
The impact of the cyclone, and the likelihood of future ones under conditions of climate change, make it necessary for the displaced Malaiyaha Tamils to be found new places of residence. This is also an opportunity to tackle the problem of their landlessness in a comprehensive manner and make up for decades if not two centuries of inequity.
Planning for relocation and secure housing is good governance. This needs to be done soon. Climate related disasters do not respect political timetables. They punish delay and indecision. A government that prides itself on system change cannot respond to such challenges with temporary fixes.
The government appears concerned that finding new places for the Malaiyaha Tamil people to be resettled will lead to land being taken away from plantation companies which are said to be already struggling for survival. Due to the economic crisis the country has faced since it went bankrupt in 2022, the government has been deferential to the needs of company owners who are receiving most favoured treatment. As a result, the government is contemplating solutions such as high rise apartments and townhouse style housing to minimise the use of land.
Such solutions cannot substitute for a comprehensive strategy that includes consultations with the affected population and addresses their safety, livelihoods and community stability.
Lose Trust
Most of those who voted for the government at the last elections did so in the hope that it would bring about system change. They did not vote for the government to reinforce the same patterns that the old system represented. At its core, system change means rebalancing priorities. It means recognising that economic efficiency without social justice is a short-term gain with long-term costs. It means understanding that unresolved ethnic grievances, unaddressed wartime abuses and unequal responses to disaster will eventually undermine any development programme, no matter how well designed. Governance that postpones difficult decisions may buy time, but lose trust.
The coming year will therefore be decisive. The government must show that its commitment to non racism and inclusion extends beyond conflict prevention to conflict resolution. Addressing conflict related abuses, concluding long standing detentions, returning land, accounting for the missing and securing dignified resettlement for displaced communities are not distractions from the government programme. They are central to it. A government committed to genuine change must address the problems it inherited, or run the risk of being overwhelmed when those problems finally demand settlement.
by Jehan Perera
Features
Education. Reform. Disaster: A Critical Pedagogical Approach
This Kuppi writing aims to engage critically with the current discussion on the reform initiative “Transforming General Education in Sri Lanka 2025,” focusing on institutional and structural changes, including the integration of a digitally driven model alongside curriculum development, teacher training, and assessment reforms. By engaging with these proposed institutional and structural changes through the parameters of the division and recognition of labour, welfare and distribution systems, and lived ground realities, the article develops a critical perspective on the current reform discourse. By examining both the historical context and the present moment, the article argues that these institutional and structural changes attempt to align education with a neoliberal agenda aimed at enhancing the global corporate sector by producing “skilled” labour. This agenda is further evaluated through the pedagogical approach of socialist feminist scholarship. While the reforms aim to produce a ‘skilled workforce with financial literacy,’ this writing raises a critical question: whose labour will be exploited to achieve this goal? Why and What Reform to Education
In exploring why, the government of Sri Lanka seeks to introduce reforms to the current education system, the Prime Minister and Minister of Education, Higher Education, and Vocational Education, Dr. Harini Amarasuriya, revealed in a recent interview on 15 January 2026 on News First Sri Lanka that such reforms are a pressing necessity. According to the philosophical tradition of education reform, curriculum revision and prevailing learning and teaching structures are expected every eight years; however, Sri Lanka has not undertaken such revisions for the past ten years. The renewal of education is therefore necessary, as the current system produces structural issues, including inequality in access to quality education and the need to create labour suited to the modern world. Citing her words, the reforms aim to create “intelligent, civil-minded citizens” in order to build a country where people live in a civilised manner, work happily, uphold democratic principles, and live dignified lives.
Interpreting her narrative, I claim that the reform is intended to produce, shape, and develop a workforce for the neoliberal economy, now centralised around artificial intelligence and machine learning. My socialist feminist perspective explains this further, referring to Rosa Luxemburg’s reading on reforms for social transformation. As Luxemburg notes, although the final goal of reform is to transform the existing order into a better and more advanced system: The question remains: does this new order truly serve the working class? In the case of education, the reform aims to transform children into “intelligent, civil-minded citizens.” Yet, will the neoliberal economy they enter, and the advanced technological industries that shape it, truly provide them a better life, when these industries primarily seek surplus profit?
History suggests otherwise. Sri Lanka has repeatedly remained at the primary manufacturing level within neoliberal industries. The ready-made garment industry, part of the global corporate fashion system, provides evidence: it exploited both manufacturing labourers and brand representatives during structural economic changes in the 1980s. The same pattern now threatens to repeat in the artificial intelligence sector, raising concerns about who truly benefits from these education reforms
That historical material supports the claim that the primary manufacturing labour for the artificial intelligence industry will similarly come from these workers, who are now being trained as skilled employees who follow the system rather than question it. This context can be theorised through Luxemburg’s claim that critical thinking training becomes a privileged instrument, alienating the working class from such training, an approach that neoliberalism prefers to adopt in the global South.
Institutional and Structural Gaps
Though the government aims to address the institutional and structural gaps, I claim that these gaps will instead widen due to the deeply rooted system of uneven distribution in the country. While agreeing to establish smart classrooms, the critical query is the absence of a wide technological welfare system across the country. From electricity to smart equipment, resources remain inadequate, and the government lags behind in taking prompt initiative to meet these requirements.
This issue is not only about the unavailability of human and material infrastructure, but also about the absence of a plan to restore smart normalcy after natural disasters, particularly the resumption of smart network connections. Access to smart learning platforms, such as the internet, for schoolchildren is a high-risk factor that requires not only the monitoring of classroom teachers but also the involvement of the state. The state needs to be vigilant of abuses and disinformation present in the smart-learning space, an area in which Sri Lanka is still lagging. This concern is not only about the safety of children but also about the safety of women. For example, the recent case of abusive image production via Elon Musk’s AI chatbox, X, highlights the urgent need for a legal framework in Sri Lanka.
Considering its geographical location, Sri Lanka is highly vulnerable to natural disasters, the frequency in which they occur, increasing, owing to climate change. Ditwah is a recent example, where villages were buried alive by landslides, rivers overflowed, and families were displaced, losing homes that they had built over their lifetimes. The critical question, then, is: despite the government’s promise to integrate climate change into the curriculum, how can something still ‘in the air ‘with climate adaptation plans yet to be fully established, be effectively incorporated into schools?
Looking at the demographic map of the country, the expansion of the elderly population, the dependent category, requires attention. Considering the physical and psychological conditions of this group, fostering “intelligent, civic-minded” citizens necessitates understanding the elderly not as a charity case but as a human group deserving dignity. This reflects a critical reading of the reform content: what, indeed, is to be taught? This critical aspect further links with the next section of reflective of ground reality.
Reflective Narrative of Ground Reality
Despite the government asserting that the “teacher” is central to this reform, critical engagement requires examining how their labour is recognised. In Sri Lanka, teachers’ work has long been tied to social recognition, both utilised and exploited, Teachers receive low salaries while handling multiple roles: teaching, class management, sectional duties, and disciplinary responsibilities.
At present, a total teaching load is around 35 periods a week, with 28 periods spent in classroom teaching. The reform adds continuous assessments, portfolio work, projects, curriculum preparation, peer coordination, and e-knowledge, to the teacher’s responsibilities. These are undeclared forms of labour, meaning that the government assigns no economic value to them; yet teachers perform these tasks as part of a long-standing culture. When this culture is unpacked, the gendered nature of this undeclared labour becomes clear. It is gendered because the majority of schoolteachers are women, and their unpaid roles remain unrecognised. It is worth citing some empirical narratives to illustrate this point:
“When there was an extra-school event, like walks, prize-giving, or new openings, I stayed after school to design some dancing and practice with the students. I would never get paid for that extra time,” a female dance teacher in the Western Province shared.
I cite this single empirical account, and I am certain that many teachers have similar stories to share.
Where the curriculum is concerned, schoolteachers struggle to complete each lesson as planned due to time constraints and poor infrastructure. As explained by a teacher in the Central Province:
“It is difficult to have a reliable internet connection. Therefore, I use the hotspot on my phone so the children can access the learning material.”
Using their own phones and data for classroom activities is not part of a teacher’s official duties, but a culture has developed around the teaching role that makes such decisions necessary. Such activities related to labour risks further exploitation under the reform if the state remains silent in providing the necessary infrastructure.
Considering that women form the majority of the teaching profession, none of the reforms so far have taken women’s health issues seriously. These issues could be exacerbated by the extra stress arising from multiple job roles. Many female teachers particularly those with young children, those in peri- or post-menopause stages of their life, or those with conditions like endometriosis may experience aggravated health problems due to work-related stress intensified by the reform. This raises a critical question: what role does the state play in addressing these issues?
In Conclusion
The following suggestions are put forward:
First and foremost, the government should clearly declare the fundamental plan of the reform, highlighting why, what, when, and how it will be implemented. This plan should be grounded in the realities of the classroom, focusing on being child-centred and teacher-focused.
Technological welfare interventions are necessary, alongside a legal framework to ensure the safety and security of accessing the smart, information-centred world. Furthermore, teachers’ labour should be formally recognised and assigned economic value. Currently, under neoliberal logic, teachers are often left to navigate these challenges on their own, as if the choice is between survival or collapse.
Aruni Samarakoon teaches at the Department of Public Policy, University of Ruhuna
Kuppi is a politics and pedagogy happening on the margins of the lecture hall that parodies, subverts, and simultaneously reaffirms social hierarchies.
By Aruni Samarakoon
Features
Smartphones and lyrics stands…
Diliup Gabadamudalige is, indeed, a maestro where music is concerned, and this is what he had to say, referring to our Seen ‘N’ Heard in The Island of 6th January, 2026, and I totally agree with his comments.
Diliup: “AI avatars will take over these concerts. It will take some time, but it surely will happen in the near future. Artistes can stay at home and hire their avatar for concerts, movies, etc. Lyrics and dance moves, even gymnastics can be pre-trained”.
Yes, and that would certainly be unsettling as those without talent will make use of AI to deceive the public.
Right now at most events you get the stage crowded with lyrics stands and, to make matters even worse, some of the artistes depend on the smartphone to put over a song – checking out the lyrics, on the smartphone, every few seconds!
In the good ole days, artistes relied on their talent, stage presence, and memorisation skills to dominate the stage.
They would rehearse till they knew the lyrics by heart and focus on connecting with the audience.

Smartphones and lyrics stands: A common sight these days
The ability of the artiste to keep the audience entertained, from start to finish, makes a live performance unforgettable That’s the magic of a great show!
When an artiste’s energy is contagious, and they’re clearly having a blast, the audience feeds off it and gets taken on an exciting ride. It’s like the whole crowd is vibing on the same frequency.
Singing with feeling, on stage, creates this electric connection with the audience, but it can’t be done with a smartphone in one hand and lyrics stands lined up on the stage.
AI’s gonna shake things up in the music scene, for sure – might replace some roles, like session musicians or sound designers – but human talent will still shine!
AI can assist, but it’s tough to replicate human emotion, experience, and soul in music.
In the modern world, I guess artistes will need to blend old-school vibes with new tech but certainly not with smartphones and lyrics stands!
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