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Five immutable steps to enduring AI adoption

Five immutable steps to enduring AI adoption

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The relentless drumbeat of artificial intelligence adoption echoes through the AI Workshops I run worldwide. Executives, envisioning a revolutionary future powered by algorithms and neural networks, are fervently pushing for its implementation.

Yet, a significant chasm exists between this top-down enthusiasm and the ground-level reality experienced by workers. This tension underscores a critical truth: AI’s transformative potential remains dormant unless it is embraced by the very employees who will interact with and be impacted by it.

The challenges are multifaceted, ranging from data complexities to integration hurdles. Ultimately, the linchpin for successful AI adoption lies in the unwavering leadership of the CEO. But when will these leaders truly champion the AI cause?

When they are convinced that AI is not merely a technological novelty but a potent catalyst for achieving tangible business goals and objectives.

Amid the fervent discourse and the inherent skepticism, a fundamental question emerges: How can organizations move beyond the superficial adoption of AI to achieve its deep and lasting integration?

The answer lies not in forceful imposition but in a carefully orchestrated journey, guided by a set of immutable principles that address both the strategic imperatives of the C-suite and the practical realities faced by the employee base.

These five steps, when executed with foresight and commitment, pave the way for a future where AI is not just a tool, but an intrinsic part of the organizational fabric, driving innovation, efficiency, and sustainable growth.

The first, and arguably most crucial, step in the journey toward long-term AI adoption is the articulation of a clear, purpose-driven AI vision that is inextricably linked to the organization’s core business objectives.

This was never about chasing the latest technological trends or implementing AI for its own sake. Instead, it necessitates a deep understanding of the organization’s strategic priorities, its pain points, and its aspirations for the future.

A vague mandate to “adopt AI” is a recipe for confusion, resistance, and ultimately, failure. Employees need to understand why AI is being introduced, what problems it is intended to solve, and how it will contribute to the overall success of the company.

This requires a collaborative effort, involving not just the executive team but also representatives from various departments and levels within the organization.

The process should begin with a thorough assessment of the business. What are the opportunities for growth and innovation? What are the key challenges the organization faces? Where are the bottlenecks in current processes?

Once these areas are identified, the focus should shift to exploring how AI (and technology in general) can provide tangible solutions and drive measurable impact, where possible.

For instance, a retail company aiming to enhance customer satisfaction might identify long wait times at checkout as a significant pain point. Their AI vision could then center around leveraging computer vision and predictive analytics to optimize checkout processes, reduce waiting times, and personalize the customer experience.

This clearly defined purpose, improving customer satisfaction, provides a compelling rationale for AI adoption that resonates with employees across the organization.

Similarly, a manufacturing firm struggling with quality control issues might envision an AI-powered system that uses machine learning to analyze production line data in real-time, identifying anomalies and predicting potential defects before they occur.

The business objective here is clear: to improve product quality, reduce waste, and enhance operational efficiency.

One theme I address in virtually all my keynotes is the crucial need to move beyond the abstract and translate AI’s potential into concrete, relatable benefits that align with the organization’s business strategy.

This should be clearly communicated, consistently reinforced, and actively championed by the CEO, setting the tone for the entire organization.

Without this foundational clarity, AI initiatives risk becoming isolated experiments, lacking the strategic coherence necessary for long-term integration.

Once a clear AI vision is established, it’s no time for executives to rest on their laurels. The next immutable step is to cultivate an organizational culture that embraces experimentation, prioritizes continuous learning, and fosters open communication around AI initiatives.

As I continuously stress during my AI Workshops, the adoption of AI is not a linear process; it involves exploration, trial and error, and the inevitable need to adapt and refine strategies along the way.

A culture of experimentation encourages employees to explore the potential of AI in their respective domains, to propose innovative use cases, and to test new tools and approaches. 

This requires creating a safe space where failure is seen not as a setback but as a valuable learning opportunity.

Organizations can facilitate this by establishing dedicated innovation teams, providing access to relevant training such as my programs, learnings from pilot projects and celebrating small wins.

Continuous learning is equally critical. The field of AI is rapidly evolving, with new architectures, tools, application programming interfaces, both closed and open source, and best practices emerging constantly.

Organizations must invest in upskilling and reskilling their workforce to ensure that employees have the knowledge and capabilities to effectively interact with and leverage AI technologies. 

This includes not just technical training for data scientists and engineers, but also AI literacy programs for employees in non-technical roles, enabling them to understand the basics of AI and identify opportunities for its controlled application in their daily work.

Open communication is the glue that binds these elements together. It is essential to create channels for employees to ask questions, voice concerns, and provide feedback on AI initiatives.

Fostering collaboration between technical teams and business users is important. Throughout my decades in technology, I learned that AI projects should not be developed in silos.

Instead, cross-functional teams, where domain expertise from different departments is combined with AI knowledge, are more likely to identify relevant use cases and develop solutions that truly address business needs.

This collaborative approach also helps to bridge the gap between executive vision and employee experience, ensuring that AI initiatives are practical, user-friendly, and aligned with the realities of day-to-day operations.

The effectiveness of AI is intrinsically linked to the quality and availability of data. Therefore, the third immutable step is the establishment of robust data governance frameworks and ethical AI principles.

Without a solid foundation of well-managed, secure, and ethically sourced data, AI initiatives are prone to bias, inaccuracies, and a lack of trust.

AI’s transformative potential remains dormant unless it is embraced by the very employees who will interact with and be impacted by it.

Edgar Perez

Data governance encompasses the policies, procedures, and processes that ensure the integrity, security, and usability of data throughout its lifecycle.

It is also essential to address potential ethical implications, such as bias in algorithms, lack of transparency in decision-making, and the potential impact on employment.

Organizations should develop clear ethical guidelines that govern the development and deployment of AI, ensuring fairness, accountability, and transparency.

This involves proactively identifying potential biases in data and algorithms and taking steps to mitigate them.

It also requires establishing mechanisms for clearly explaining how AI systems arrive at their decisions, particularly in critical applications such as healthcare and manufacturing.

Implementing robust data governance and ethical AI frameworks is more than just a regulatory or compliance matter; it is about building trust with employees, customers, and the broader community.

When stakeholders are confident that AI is being used responsibly and ethically, they are more likely to embrace its adoption. This requires a commitment from the highest levels of leadership to prioritize data integrity and ethical considerations in all AI initiatives.

As the latest wave of technology, AI shares a significant similarity with previous technological advancements: worker apprehension, particularly the fear of job displacement due to AI adoption.

The fourth immutable step directly addresses this concern by emphasizing a paradigm of human-AI collaboration and augmentation, rather than outright replacement.

The focus should be on how AI can empower employees, dramatically enhance their capabilities, and free them from repetitive or mundane tasks, allowing them to focus on higher-value activities that require creativity, critical thinking, and emotional intelligence.

Honestly and consistently framing AI as a tool that augments and reframes human skills, rather than a technology that seeks to replace human workers, is crucial for gaining employee buy-in.

Organizations should actively communicate how AI will be used to support employees in their roles, improve their productivity, and create new opportunities for growth and development.

For example, in customer service, AI-powered chatbots can handle routine inquiries, freeing up human agents to focus on more complex and sensitive customer issues.

In healthcare, AI can assist doctors in analyzing medical images, freeing up more time for disease diagnostics and patient interaction.

In finance, AI can automate data analysis and risk assessment, enabling financial professionals to focus on strategic decision-making.

The key is to identify tasks that are well-suited for automation by AI, those that are repetitive, data-intensive, or require high levels of accuracy, and to then design AI systems that complement human skills and expertise.

This requires a careful analysis of existing workflows and a thoughtful redesign of processes to optimize human-AI collaboration.

Furthermore, organizations should invest in training programs that equip employees with the skills to effectively work alongside AI systems, much like they do with sophisticated enterprise resource planning or customer relationship management systems.

This process includes understanding how to interpret AI outputs, how to provide feedback to improve AI performance, and how to leverage AI tools to enhance their own productivity.

As I have repeatedly told CEOs across all continents, demonstrating a commitment to empowering employees through AI can alleviate fears and foster a more positive and collaborative environment for AI adoption.

The final immutable step is the consistent demonstration of tangible value derived from AI initiatives and a commitment to continuous iteration based on feedback and measurable results.

Employees are more likely to embrace AI when they see firsthand how it is making a positive impact on their work, their team, and the overall success of the organization.

Pilot projects and early deployments should focus on delivering clear and measurable benefits, the proverbial low-hanging fruit like increased efficiency, improved accuracy, or enhanced customer satisfaction.

These successes should be effectively communicated across the organization, showcasing the tangible value of AI and building momentum for further adoption.

It is also crucial to establish mechanisms for collecting feedback from employees who are interacting with AI systems. Their insights and experiences are invaluable for identifying areas for improvement and ensuring that AI tools are user-friendly and effectively meeting their needs.

This feedback loop should inform ongoing iterations and refinements of AI models and applications.

CEOs worldwide are sometimes surprised to hear me say that today’s AI is the most rudimentary AI we will ever experience. As such, constant evolution is the only constant in the realm of AI.

Therefore, adopting AI is never a one-time implementation but an ongoing journey of learning and improvement.

Organizations must be prepared to adapt their strategies, refine their models, and explore new possibilities as AI technology drastically evolves and as they gain more experience with its application.

This requires a culture of continuous improvement, where feedback is valued, results are carefully analyzed, and iterations are made based on data and insights.

The path to long-term AI adoption is not paved with technological prowess alone. It demands a holistic approach that integrates strategic vision, cultural transformation, ethical considerations, human-centric design, and a relentless focus on delivering tangible value.

The five immutable steps outlined above, which I further explore in my AI Workshops, provide a sensible roadmap for organizations seeking to move beyond the hype and achieve the effective integration of AI.

By embracing these principles, CEOs can effectively lead the charge, not through forceful mandates, but through the creation of an environment where employees understand the “why” behind AI, feel empowered to contribute to its implementation, and witness its positive impact firsthand.

In doing so, organizations can unlock the true transformative potential of AI, not as a disruptive force that alienates the workforce, but as a powerful catalyst for revolutionary innovation, increased efficiency, and sustainable growth.

The future of AI in business is not about replacing humans; it is about augmenting and reinventing their capabilities and creating a more productive, fulfilling, and ultimately, successful future for all.

• Edgar Perez is a global keynote speaker and director of AI Workshops in Jeddah, Riyadh, Doha, Amman, Dubai, and Abu Dhabi

Disclaimer: Views expressed by writers in this section are their own and do not necessarily reflect Arab News' point of view

Saudi surgeons successfully separate conjoined 7-month-old twins in 15-hour operation

Saudi surgeons successfully separate conjoined 7-month-old twins in 15-hour operation
Updated 1 min 17 sec ago

Saudi surgeons successfully separate conjoined 7-month-old twins in 15-hour operation

Saudi surgeons successfully separate conjoined 7-month-old twins in 15-hour operation
  • Twins Yara and Lara were joined at the lower abdomen and pelvis, had separate upper and lower limbs but shared some internal organs
  • ‘The joy after the separation of the twins is indescribable; it’s a completely different kind of happiness,” says their father Muaid Al-Shehri
  • This surgery is the 65th operation of its kind in the 35-year history of the Saudi Conjoined Twins Program

RIYADH: Surgeons in ֱ successfully separated 7-month-old conjoined twins during a 15-hour operation at King Abdullah Specialist Children’s Hospital in Riyadh on Thursday.

Muaid Al-Shehri, the father of the twins, Yara and Lara, described the operation as a profound and emotional moment for his family.

“The support has been great,” he said. “Honestly, the joy after the separation of the twins is indescribable; it’s a completely different kind of happiness.

“There was absolutely no hesitation when we were told the twins could be separated — it was pure joy. It was truly something extraordinary. We thank God and are deeply grateful for our great nation.”

The twins were joined at the lower abdomen and pelvis. They had separate upper and lower limbs but shared some organs in the lower abdomen and pelvis.

Speaking to Arab News before the operation was completed, Abdullah Al-Rabeeah, an adviser to the Royal Court and general supervisor of Saudi aid agency KSrelief, said that one of the main difficulties surgeons faced was working in a small space where several critical anatomical features overlapped.

“The big challenge here is that we are working in a narrow space where many structures join,: he said. “We’re talking about a joint rectum, joint parts of the urinary bladder.

“This case is complex. It involves many doctors, specialists and technicians. We are expecting 38 members to participate in this surgery, from consultants, specialists (to) technicians, nurses.

“It is a delicate surgery. We expect to lose some blood but I am confident in my colleagues and their experience. We have done similar cases in the past with success, and I’m sure that (God willing) this case will be another achievement for the Kingdom of ֱ.”

The surgery was the 65th operation of its kind in the 35-year history of the Saudi Conjoined Twins Program. Al-Rabeeah said that the work of the program continues far beyond surgery.

“The case does not end with the separation,” he explained. “First of all, immediately after separation they will need a lot of extensive care in the pediatric intensive care unit to ensure that they recover very well.

“When they recover from surgery, they will be subjected to an intensive rehabilitation and physiotherapy program so that they will be able to be active and will be able to sit and stand outdoors.”

Cases such as this one reflect the broader transformation of the Kingdom’s healthcare sector in line with the goals of the Saudi Vision 2030 plan for national development and diversification, Al-Rabeeah said.

“This is one of the most complex surgeries that are done worldwide, and ֱ is leading the world,” he added.

“So this is actually a reflection of the (Vision 2030) that the healthcare of ֱ will not only be of a high standard but also filled with capable young boys and girls from ֱ.”

Dorrah Alsaadoon, a social worker assisting the family at the hospital, told Arab News that the provision of support is essential to help prepare relatives for the separation surgery.

“Psychological and social support helps the family cope with fear and anxiety, strengthens their ability to adapt, and gives them the emotional strength to face the challenges of surgery and beyond with resilience and hope,” she said.

“My role, as a social worker responsible for conjoined twins, is to provide emotional and psychological support to the family, prepare them mentally for the surgery, help them understand the medical process, and ease their anxiety before and during the operation.”

She also highlighted the fact that the care provided to the family will continue long after the operation.

“Post-surgery support systems include psychological and social support, sessions to help parents emotionally prepare for reconnecting with their children after the changes, and guidance to help them adjust to the new demands of daily life,” Alsaadoon said.

She added that the twins themselves will also require physical and psychological support.

“After surgery, the twins need physical rehabilitation to strengthen their muscles and learn independent movement, and psychological support to help them adjust to their new bodies, build a sense of identity and develop independence.”


Mothers of Israeli soldiers fighting on all fronts to stop Gaza war

Mothers of Israeli soldiers fighting on all fronts to stop Gaza war
Updated 9 min 10 sec ago

Mothers of Israeli soldiers fighting on all fronts to stop Gaza war

Mothers of Israeli soldiers fighting on all fronts to stop Gaza war
  • Saidof said her movement brings together some 70,000 mothers of active-duty troops, conscripts and reservists
  • Mothers on the Front’s foremost demand is that everyone serve in the army, as mandated by Israeli law

HOD HASHARON, Israel: “We mothers of soldiers haven’t slept in two years,” said Ayelet-Hashakhar Saidof, a lawyer who founded the Mothers on the Front movement in Israel.

A 48-year-old mother of three, including a soldier currently serving in the army, Saidof said her movement brings together some 70,000 mothers of active-duty troops, conscripts and reservists to demand, among other things, a halt to the fighting in Gaza.

Her anxiety was familiar to other mothers of soldiers interviewed by AFP who have refocused their lives on stopping a war that many Israelis increasingly feel has run its course, even as a ceasefire deal remains elusive.

In addition to urging an end to the fighting in Gaza, Mothers on the Front’s foremost demand is that everyone serve in the army, as mandated by Israeli law.

That request is particularly urgent today, as draft exemptions for ultra-Orthodox Jews have become a wedge issue in Israeli society, with the military facing manpower shortages in its 21-month fight against the militant group Hamas.

As the war drags on, Saidof has become increasingly concerned that Israel will be confronted with long-term ramifications from the conflict.

“We’re seeing 20-year-olds completely lost, broken, exhausted, coming back with psychological wounds that society doesn’t know how to treat,” she said.

“They are ticking time bombs on our streets, prone to violence, to outbursts of rage.”

According to the army, 23 Israeli soldiers have been killed in Gaza over the past month, and more than 450 have died since the start of the ground offensive in October 2023.

Saidof accuses the army of neglecting soldiers’ lives.

Combat on the ground has largely dried up, she said, and soldiers were now being killed by improvised explosives and “operational mistakes.”

“So where are they sending them? Just to be targets in a shooting range?” she asked bitterly.

Over the past months, Saidof has conducted her campaign in the halls of Israel’s parliament, but also in the streets.

Opening the boot of her car, she proudly displayed a stockpile of posters, placards and megaphones for protests.
“Soldiers fall while the government stands,” one poster read.

Her campaign does not have a political slant, she maintained.

“The mothers of 2025 are strong. We’re not afraid of anyone, not the generals, not the rabbis, not the politicians,” she said defiantly.

Saidof’s group is not the only mothers’ movement calling for an end to the war.
Outside the home of military chief of staff Eyal Zamir, four women gathered one morning to demand better protection for their children.

“We’re here to ask him to safeguard the lives of our sons who we’ve entrusted to him,” said Rotem-Sivan Hoffman, a doctor and mother of two soldiers.

“To take responsibility for military decisions and to not let politicians use our children’s lives for political purposes that put them in unnecessary danger” .

Hoffman is one of the leaders of the Ima Era, or “Awakened Mother,” movement, whose motto is: “We don’t have children for wars without goals.”

“For many months now, we’ve felt this war should have ended,” she told AFP.

“After months of fighting and progress that wasn’t translated into a diplomatic process, nothing has been done to stop the war, bring back the hostages, withdraw the army from Gaza or reach any agreements.”

Beside her stood Orit Wolkin, also the mother of a soldier deployed to the front, whose anxiety was visible.

“Whenever he comes back from combat, of course that’s something I look forward to eagerly, something I’m happy about, but my heart holds back from feeling full joy because I know he’ll be going back” to the front, she said.

At the funeral of Yuli Faktor, a 19-year-old soldier killed in Gaza the previous day alongside two comrades, his mother stood sobbing before her son’s coffin draped in the Israeli flag.

She spoke to him in Russian for the last time before his burial.

“I want to hold you. I miss you. Forgive me, please. Watch over us, wherever you are.”


Foreign ministers of Middle Eastern countries affirm support for Syria’s security, stability, and sovereignty

The Kingdom’s Foreign Minister Prince Faisal bin Farhan. (File/SPA)
The Kingdom’s Foreign Minister Prince Faisal bin Farhan. (File/SPA)
Updated 18 min 11 sec ago

Foreign ministers of Middle Eastern countries affirm support for Syria’s security, stability, and sovereignty

The Kingdom’s Foreign Minister Prince Faisal bin Farhan. (File/SPA)
  • The foreign ministers welcomed Syrian president’s commitment to hold accountable all those responsible for violations against Syrian citizens in Sweida Governorate

RIYADH: The foreign ministers of Middle Eastern countries, including ֱ, affirmed their support for Syria’s security, unity, stability, and sovereignty in a joint statement issued on Thursday.

The Kingdom’s Foreign Minister Prince Faisal bin Farhan and his counterparts from Jordan, the UAE, Qatar, Bahrain, Iraq, Oman, Kuwait, Lebanon, Egypt, and Turkiye held intensive talks on developments in Syria during the last two days.

The talks aimed to come up with a unified position and coordinate efforts to support the Syrian government in its efforts to rebuild Syria on foundations that guarantee its security, stability, unity, sovereignty, and the rights of all its citizens.

The foreign ministers welcomed the ceasefire reached to end the crisis in Sweida Governorate, and stressed the necessity of its implementation to protect Syria, its unity, and its citizens, prevent the shedding of Syrian blood, and ensure the protection of civilians and the rule of law.

They also welcomed Syrian President Ahmad Al-Sharaa’s commitment to hold accountable all those responsible for violations against Syrian citizens in Sweida Governorate.

The ministers expressed support for all efforts to establish security and the rule of law in Sweida Governorate and throughout Syria.

They also condemned and rejected repeated Israeli attacks on Syria and said they are flagrant violations of international law and a blatant assault on Syria’s sovereignty which destabilizes its security, stability, and unity and undermines the government’s efforts to build a new Syria that achieves the aspirations and choices of its people.

They added that Syria’s security and stability are a pillar of regional security and stability and a shared priority.

The ministers called on the international community to support the Syrian government in its reconstruction process and called on the Security Council to assume its legal and moral responsibilities to ensure Israel’s full withdrawal from occupied Syrian territories, the cessation of all Israeli hostilities against Syria and interference in its affairs, and the implementation of Resolution 2766 and the 1974 Disengagement Agreement.


How quantum computing and AI can accelerate and improve drug development

How quantum computing and AI can accelerate and improve drug development
Updated 22 sec ago

How quantum computing and AI can accelerate and improve drug development

How quantum computing and AI can accelerate and improve drug development
  • Quantum computing could revolutionize drug development by simulating complex molecules far faster than traditional methods
  • ֱ is entering the quantum race, with Aramco and France’s PASQAL deploying the Kingdom’s first quantum computer

RIYADH: Using traditional discovery processes, a staggering 90 percent of drug development trials are unsuccessful. But what if there is a future in which quantum technologies could revolutionize that process to achieve unprecedented efficiency?

The race to develop quantum computers has been surging worldwide. In April, IBM announced a $150 billion investment plan to strengthen US technologies and innovation over the next five years, including a push for quantum computer development.

Additionally, the UK’s National Quantum Technologies Programme has invested more than £1 billion in quantum technology since its establishment in 2014, with facilities such as the National Quantum Computing Centre.

PASQAL in France is also a leading company in quantum research. In 2024, Saudi Aramco signed an agreement with PASQAL to deploy the first quantum computer in the Kingdom, scheduled to be up and running by the end of this year.

If the promise of quantum computing holds, the pharmaceutical industry could be looking at faster, more accurate, and less costly drug discovery and development.

The World Health Organization predicts that antimicrobial resistance to existing drugs will lead to 10 million human deaths by 2050. To stop the timer, the pharmaceutical industry must adopt new and innovative technologies.

Artificial intelligence has already had a huge impact on the efficiency and success of clinical trials, generating new materials and computationally predicting their performance rather than relying on scientists’ intuition for molecular hypotheses that then must be synthesized and tested repeatedly.

If the promise of quantum computing holds, the pharmaceutical industry could be looking at faster, more accurate, and less costly drug discovery and development. (Getty Images)

Quantum computing, however, has the potential to take it one step further. It uses special units called qubits (quantum bits), which can exist in multiple states at once and can link together in unique ways, to perform computations much more efficiently than classical computers.

In layman’s terms, quantum computers solve complicated problems quicker while AI simplifies the problem and then solves it. Quantum computers understand the problem. AI does not.

A research scientist focusing on computational catalysis with a doctoral degree in chemical engineering spoke to Arab News about the current feasibility of this tool.

“We are talking about mature technology (AI) versus very immature technology (quantum),” he said.

According to the World Economic Forum, in synergy, quantum computing and AI can lead to enhanced molecular understanding.

Although our expert heeds that “we are not at the stage where we can actually do that, we can only do it on very specific problems because there are many physical limitations… you need to be able to manipulate atoms in a very precise way that we currently cannot do.”

Quantum physics allows scientists to predict the behavior of electrons in molecules, producing detailed three-dimensional structural insight into new drug designs.

Rather than adopting traditional laborious methods such as X-ray crystallography, quantum principles and AI provide virtual simulations.

AI further accelerates this process by quickly analyzing datasets and clinical outcomes to pin down favorable drug targets and predict a compound’s efficacy.

A novel tool called quantum machine learning combines AI’s power of data analysis and pattern recognition with quantum computing’s ability to simulate complex molecular behavior throughout trillions of possibilities.

This paves the way to more accurate and faster predictions in drug binding orientation, absorption, and metabolic pathways.

QML makes it possible to sift through vast chemical spaces holding trillions of potential drug candidates in weeks or days in contrast to the years that classical computers would need.

With the integration of quantum computing and AI, compound screening traditionally executed “in vitro,” meaning outside of a living organism, can be done “in silico” instead, meaning carried out in virtual simulations.

A new quantum-AI model developed by Qubit Pharmaceuticals with Sorbonne University and announced in May of this year called FeNNix-Bio1, reportedly leverages unprecedented computational power and very accurate molecular databases.  

Employing the principles of quantum mechanics (such as superposition and entanglement), quantum computers can model molecular and atomic behavior with great accuracy and speed.

This is critical to understanding relevant properties such as molecular stability, binding affinity, and how drugs could interact with target proteins in real-world conditions.

Structural optimization and docking — determining how a drug candidate fits into a biological target, can be simplified using QML and quantum-powered algorithms.

These algorithms rapidly evaluate orientations of molecules against target structures to identify optimal configurations, and which molecules will bind most effectively. This enhances drug absorption and metabolic stability.

Quantum computing and AI models are then able to streamline the preclinical phase, delivering only the most promising compounds to laboratory validation, significantly reducing tedious lab work and enabling researchers to conduct faster and cheaper work.

Opinion

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And with more accurate early-stage predictions, overall success of clinical trials is boosted, lab to market time is reduced, and the possibility of delivering targeted treatments for unmet patient needs is increased.

“You do patient trials to reduce the risk of anything going wrong with the patient, imagine if you are able to accurately predict how the drug will affect people without doing a trial. This will create a leap in how we produce drugs and how we can commercialize drugs,” our expert said.

Meeting specific patient needs based on their biological profiles rather than producing drugs for a wide demographic can drastically change our healthcare systems and how we consume products.

Patients will be able to get a drug for diseases such as Alzheimer’s, diabetes, cancer, and more without having to wait ten years for a trial to decide their fate.

You can also anticipate what conditions or illnesses people are at high risk of developing later in life and treat them early on, such as joint pain and hair loss.

It comes down to significant time reduction and improved chances of success.

“A quantum computer can significantly increase my accuracy. My chances of success are very dependent on my prediction of the performance.

“The quantum computer can make more accurate calculations that can make my predictions of the performance much more accurate. By doing that, my chances of success will be higher.

“Another way is that a quantum computer will be much faster in performing tasks, generating structures and predicting their performance than AI, and by that I will reduce my time further.”

Although we are still a long way from achieving this, the functionality of quantum computing and AI theorizes that personalized medicine and treatments for patients is possible.

“If (specific patient information) becomes accessible to those companies… then they match that information to their database, hypothetically speaking it is possible.”

Although this all sounds like the realms of sci-fi, there have been significant strides in this area of quantum research.

Pfizer and its partner XtalPi, a US-China pharmaceutical tech company, reportedly used quantum-inspired algorithms and AI cloud computing to reduce 3D structure prediction time of new molecules from months to days, enabling rapid assessment of candidate molecules and their drug-likeness.

Additionally, it is said that Qubit Pharmaceuticals’ FeNNix-Bio1 quantum AI model could be used for QML applications such predicting toxicity, side effects, and drug metabolism with greater speed and accuracy.

Taking it into perspective, our expert said: “Three years ago, no one would have thought we would have a large language model that can perform as well as ChatGPT does today, it came out of left field. A breakthrough could happen.”

However, WEF warns that before this technology can become the new commercial norm, certain guardrails need to be put in place to ensure the safe, effective, and responsible use of this novel tool.

Data integrity and avoiding bias, ethical and regulatory oversight, workforce readiness training, and a shared vision for applying best practices all must be upheld industry wide.

 


What We Are Reading Today: ‘An Introduction to General Relativity and Cosmology’

What We Are Reading Today: ‘An Introduction to General Relativity and Cosmology’
Updated 47 min 31 sec ago

What We Are Reading Today: ‘An Introduction to General Relativity and Cosmology’

What We Are Reading Today: ‘An Introduction to General Relativity and Cosmology’

Author: Steven A. Balbus

General relativity has entered a new phase of its development as technical advances have led to the direct detection of gravitational radiation from the merging of single pairs of stellar-sized black holes. The exquisite sensitivity of pulsar signal timing measurements has also been exploited to reveal the presence of a background of gravitational waves, most likely arising from the mergers of supermassive black holes thought to be present at the center of most galaxies. This book demonstrates how general relativity is central to understanding these and other observations.