1) How do you utilize your function to make sure that expertise and coverage are really inclusive?
My work as a Physician of Technical Sciences and Professor is targeted on making digital applied sciences equitable and inclusive for all residents.
The options my college students and I develop create truthful and accessible programs in areas similar to assessing soil fertility in agriculture, detecting plant and animal illnesses utilizing synthetic intelligence, early prognosis of coronary heart and lung circumstances in healthcare, and evaluating creditworthiness in finance.
Moreover, by digitizing historical manuscripts, we make cultural heritage extra accessible to the broader public. These initiatives assist the sustainable and inclusive digital transformation of presidency insurance policies.
2) What’s a second in your profession if you noticed firsthand how expertise or a brand new coverage modified a citizen’s life for the higher?
All through my scientific profession, I’ve repeatedly seen the actual energy of expertise to enhance lives. Essentially the most memorable moments, nonetheless, are once I witness my college students’ achievements instantly benefiting society. For instance:
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Primova Xolida carried out in-depth analysis on inconsistent issues, earned her doctoral diploma, and was awarded the Presidential Medal—an vital milestone for science and society.
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Egamberdiyev Nodir created extremely correct fashions for diagnosing coronary heart illnesses by combining neural networks and neutrosophic units, and likewise labored on credit score threat evaluation programs, essential for monetary inclusion.
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Xudoyberdiyev Aziz developed a novel hash operate primarily based on AI immune algorithms, outperforming SHA-256 requirements in apply, a novel contribution to cryptography.
These achievements exemplify how expertise can create significant change in society and human lives, making these moments probably the most unforgettable in my scientific profession.
3) What was probably the most impactful venture you labored on this 12 months, and the way did you measure its success in constructing belief and serving the wants of the general public?
This 12 months, probably the most impactful venture I led was the “Medical Diagnostic Picture Processing Portal Utilizing Quantum Applied sciences,” in collaboration with the Modern Improvement Company.
The portal analyses MRI, CT, X-ray, and ultrasound photographs utilizing quantum algorithms, considerably decreasing diagnostic errors by 8-12 per cent. It offers uniform evaluation high quality for medical doctors in distant areas, enhancing medical fairness.
Clear visible studies elevated affected person belief, whereas quantum cryptography ensured knowledge safety. This venture strengthened digital belief and social equity in healthcare.
4) What was one sudden lesson you discovered this 12 months about designing for actual individuals? This may be a few particular venture or a broader lesson about your work.
Essentially the most sudden lesson was realising that any superior mannequin comprises hidden layers of uncertainty.
I noticed that in neutrosophic logic, “uncertainty” usually turns into a decisive issue, immune algorithm-based hash features can outperform classical SHA requirements, and singularities can conceal probably the most vital components of knowledge.
Quantum algorithms additionally confirmed substantial benefits in velocity and accuracy for medical imaging.
The important thing takeaway is that the reliability of digital options relies upon not on eliminating uncertainty, however on understanding it appropriately.
5) We hear lots about AI. What’s a sensible instance of how AI can be utilized to make authorities providers extra inclusive and reliable?
From my analysis, a very powerful sensible conclusion is that AI and quantum computing can remodel authorities providers into scientifically grounded, clear, and really citizen-focused programs.
Hybrid quantum-classical fashions can course of advanced knowledge – citizen requests, regional wants, and social indicators – right into a single optimised mannequin. Quantum algorithms can clarify the reasoning behind choices, minimising human bias.
Because of this, processes similar to clinic workloads, transportation routes, and social help are managed pretty and inclusively.
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6) How are you making ready for the subsequent wave of change within the public sector? What new ability, strategy, or expertise are you most excited to discover within the coming 12 months?
I’m making ready for the upcoming transformation by deeply integrating quantum computing and AI into public administration processes. I’m significantly enthusiastic about utilizing variational quantum algorithms to speed up machine studying, optimisation, and predictive analytics.
Quantum optimisation permits for exact modeling of advanced choices in transport, healthcare, and subsidy allocation. The significance of quantum cryptography for securing authorities programs can be rising.
Subsequent 12 months, my foremost focus can be on deepening quantum AI, quantum optimisation, and post-quantum cryptography.
7) What recommendation do you have got for public sector innovators who need to construct a profession targeted on serving all residents?
A very powerful recommendation is to align expertise with human-centered social duty. Innovation within the public sector isn’t just about automation; it’s about reinforcing equity, inclusion, and belief.
Younger researchers ought to examine ethics, interdisciplinary considering, clear algorithms, and cybersecurity alongside technical expertise. Experiment boldly, check options in pilot initiatives, and hearken to residents.
Solely expertise that delivers actual advantages to human life will be thought of true innovation.
8) Who conjures up you to construct a extra inclusive and reliable public sector?
The best inspiration has been the eminent students of the Uzbek cybernetics faculty, significantly my mentor, Academician Vosil Qobulovich Qobulov.
Below his steering, the scientific faculty laid a strong basis in computerization, AI, and mathematical modeling. His dedication, human-centred strategy, and precept of utilizing expertise for societal well-being deeply influenced my work and formed the principle course of my scientific profession.
9) In case you had an infinite finances, what would your dream venture be?
With limitless funding, my dream venture could be to create totally useful quantum computer systems in Uzbekistan and construct a robust scientific ecosystem round them. Quantum applied sciences might revolutionise the economic system, vitality, healthcare, safety, and AI.
I’d set up fashionable quantum centres, analysis labs, universities, and a quantum academy to coach specialists able to competing globally. This initiative might make Uzbekistan a worldwide, somewhat than regional, chief within the science of the long run.
10) Exterior tech, what excites you probably the most?
In every day life, I’m most impressed by the achievements of my family members and their contributions to society.
My daughter’s dedication to science, her attainment of a Physician of Science diploma, and mentorship of scholars; my son-in-law’s contributions to nationwide growth; and the expansion of my grandchildren’s information and skills – these inspire me day by day.
Their laborious work, dedication, and societal influence energise my very own scientific, pedagogical, and revolutionary work. My best supply of inspiration and love for all times comes from witnessing the success of my family members and the intense way forward for the subsequent era.
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