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Technology Roundup
The Pakistan Telecommunication Authority (PTA) has announced a landmark achievement:
over 200 million telecom subscribers across the country, including 150 million broadband
users and more than 2 million “Fiber To The
Home (FTTH)” connections. This milestone
underscores the nation's fast-paced digital
growth and PTA's commitment to inclusive
connectivity. To celebrate, PTA and cellular
operators (Jazz, Telenor, Ufone, Zong, and SCO)
are offering free 2GB data and 200 on-net
minutes to all users on June 20, 2025. Mobile
users can activate the offer by dialing *2200#. As
part of its digital inclusion drive, PTA, in
collaboration with PTCL, Nayatel, Transworld, Cybernet, and Wateen, will provide free Wi-Fi
hotspots for six months at selected HEC-recognized universities, especially women's
institutions. Additionally, 200 locally assembled smartphones will be distributed to female SIM
owners through computerized balloting across Pakistan, AJK, and GB. PTA reaffirms its vision
of a digitally connected and empowered Pakistan.
Pakistan's Allia Health Raises $2M for Mental Health Innovation
Pakistan's healthtech sector received a significant boost as Allia Health secured $2 million in
funding, led by billionaire investor Tim Draper. The startup, co-founded by Karachi-born
Saroosh Khan, is developing AI-driven tools that
support mental health professionals in treatment
planning, telehealth services, and tracking
patient progress.The funding round also included
contributions from Stanford’s Healthcare
Innovation Lab and several U.S. based angel
investors. Allia Health already operates in the
U.S. and is now setting its sights on Pakistan,
with plans to digitize mental healthcare across
the country. The platform is HIPAA-compliant,
offers one-click assessments, and includes AI assistants aimed at reducing clinician burnout.
Unlike typical mental health apps, Allia focuses on serving therapists rather than patients,
helping build a performance-based, scalable care model. With its engineering team fully
based in Pakistan, the company aims to collaborate with local clinics to address critical gaps
such as outdated medical records and limited access to quality care. This investment reflects
growing global confidence in Pakistan's tech and healthcare innovation potential.
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PTA Marks Milestone as Telecom Users in Pakistan Cross 200 Million
The Assistive Technology and Inclusion Summit
(ATIS-2025), themed “Transformative Solutions
for Inclusive Development”, convened at NUST
with over 200 experts, innovators, and
stakeholders. Jointly organized by NUST and
Pak Everbright Development Organization
(PEDO), the summit emphasized the importance
of affordable assistive technologies for persons
with disabilities and the elderly in Pakistan. It
served as a hub for awareness, collaboration,
Inclusive Innovation Spotlighted at NUST 2025 Summit
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Technology Roundup
Eco-Tech Solutions for Cleaner Air in Pakistan
NUST, in partnership with 3Pol and the Ministry of Climate Change and Environmental
Coordination, convened a high-level roundtable focused on leveraging green technologies to
combat Pakistan's air pollution crisis. The session
was honored by the presence of Ms. Aisha
Humera Chaudhry, Secretary of MoCC & EC, and
brought together stakeholders from academia,
public institutions, and civil society. The gathering
aimed to explore challenges related to air quality
assessment and management across the
country. Participants stressed the importance of
multisectoral collaboration and the urgent need to
generate foundational data that can guide the
development of targeted, effective interventions. The conversation also underscored the
significant role of research institutions in fostering innovation and supporting evidence-driven
policy decisions.
3
and actionable strategies to improve local access to such technologies. A key panel focused
on the collaborative role of academia, industry, and organizations of persons with disabilities
in advancing inclusive innovation. The summit also saw the inauguration of the NUST
Disability Resource Center (NDRC), developed with PEDO, to support equitable learning
environments in higher education. Notable voices from ICRC and PEDO underscored the
summit's impact in driving R&D, strengthening service networks, and aligning national
progress with global inclusion goals like the SDGs and UNCRPD. ATIS-2025 is poised to
catalyze meaningful, lasting change in assistive tech development.
Pak-American Founder Secures $600M for Applied Intuition's AI Cars
Applied Intuition, an AI-focused mobility startup led by Pakistani-American entrepreneur
Qasar Younis, has raised $600 million in fresh funding, pushing its valuation to $15 billion,
according to Bloomberg. Founded in 2017, the Silicon Valley-based company, partners with
m a j o r a u t o m a k e r s s u c h a s To y o t a a n d
Volkswagen. The company integrates artificial
intelligence into vehicles, enhancing automation
and safety. Applied Intuition's technology is used
not only in cars, but also in drones, industrial
equipment, and factory systems. The latest
funding will help expand the platform's reach
across mobility sectors. A public listing is also
under consideration, with this round likely being
the last before an IPO, depending on market
conditions. Earlier this year at CES Las Vegas, AI in vehicles emerged as a major trend,
highlighting how Applied Intuition's rapid growth aligns with the industry's future direction in
smart mobility. Younis, originally from Lala Musa in Pakistan's Gujrat District, moved to the
U.S. in 1988. His journey from rural Pakistan to leading a cutting-edge AI startup mirrors the
broader rise of global tech leadership.
OIC Scientific Cooperation Enhanced By COMSTECH and University Partnership
The Pakistan Institute of Engineering and Applied Sciences (PIEAS) and COMSTECH, the
science and technology wing of the Organization of Islamic Cooperation (OIC), have signed
an agreement to strengthen collaboration in scientific research, knowledge exchange, and
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Technology Roundup
Pakistan Taps Chinese Tech to Power Solar Future
In a bid to reduce fossil fuel dependence, Lucky Cement near Karachi is adopting green
technologies using affordable solar panels, wind turbines, and now battery storage systems, all
imported from China. The facility, which produces
5 million tonnes of cement annually, has already
slashed carbon emissions by 60,000 tonnes
since installing renewable systems last year.
However, intermittency in solar and wind power
still forces reliance on costly backup generators.
To address this, Lucky Cement is investing Rs1.5
billion in Pakistan's largest battery energy
storage system (20.7MW/22.7MWh), supplied by
China's CATL. The system will help store excess
renewable energy, stabilizing power supply and reducing fossil fuel use. Falling prices of
lithium-based batteries, due to global surpluses, are making such investments increasingly
viable. Pakistan imported solar panels generating 19GW last year and continues to bring in
1–3GW more monthly. While solar adoption has surged, energy storage remains expensive
but is gaining popularity among industries and wealthier households aiming to reduce grid
reliance and control electricity costs.
4
Pakistan Unveils National Big Data Platform
Federal Minister for Planning, Development, and Special Initiatives, Prof. Ahsan Iqbal,
launched Pakistan's National Big Data Portal,
developed by LUMS in collaboration with the
Pakistan Bureau of Statistics (PBS). The portal
aims to democratize access to public datasets,
empowering researchers, entrepreneurs,
policymakers, and citizens. Speaking at the
event, the minister described the platform as a
foundational step in Pakistan's journey toward
data-driven governance. He emphasized that in
the modern world, data is not just information—it's
capacity building among OIC countries. This partnership aims to advance innovation and
foster long-term academic cooperation across member states. As part of the agreement, the
two institutions will initiate joint research projects,
host international conferences and training
programs, and facilitate the exchange of faculty
and students. A major outcome of this partnership
is the launch of the Jabir Bin Hayyan Scholarship
Program, which offers undergraduate to
postdoctoral study opportunities at PIEAS for
students from OIC nations. The program covers
high-demand fields such as artificial intelligence,
cybersecurity, engineering, nuclear medicine,
and medical physics. The Memorandum of Understanding was signed by Professor Dr. M.
Iqbal Choudhary, Coordinator General of COMSTECH, and Dr. Naseem Irfan, Rector of
PIEAS. The agreement also includes provisions for fellowships and international academic
sabbaticals, fully supported by PIEAS.
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Technology Roundup
a strategic asset fueling innovation, economic growth, and smarter public services. The portal
forms part of the government's broader 5Es Framework and builds on initiatives like
Pakistan's first digital census, cloud infrastructure projects, and AI centers at universities.
Prof. Iqbal stressed the importance of integrating data science into all academic disciplines
and announced “Quantum Valley Pakistan,” a new innovation ecosystem to unite fragmented
R&D efforts. With PBS providing robust geo-tagged data, the initiative is expected to support
evidence-based decision-making, regional development, and targeted solutions to pressing
national challenges.
Humanized AI: The Future of Banking in Pakistan
In today's fast-paced world, customers expect quick, simple, and thoughtful banking
experiences. While Pakistani banks have made progress offering mobile apps, WhatsApp
banking, and digital onboarding but long queues,
slow turnaround times, and rigid procedures still
frustrate customers. According to a senior official
at Al Baraka Bank, It is clear that progress has
been made, but service quality needs a major
upgrade. The solution lies in combining artificial
intelligence with a human touch. Let machines
handle routine tasks like form-filling, data
verification, and simple transactions, freeing staff
to focus on real customer care. AI can predict
needs, detect service issues early, and even sense customer emotions to guide better
responses. Improvements like higher teller limits, simplified branch processes, smarter queue
systems, and actionable feedback tools can enhance both speed and satisfaction. Regular
staff training and inter-bank service collaboration will further raise standards. Yet, technology
alone isn't enough. Empathy, active listening, and genuine care must remain central. The
future of Pakistani banking lies in smart, simple, and human service, one that not only meets
expectations, but creates meaningful experiences.
5
US, Pakistan Discuss Crypto at Key White House Talks
Pakistan's Minister of State for Crypto & Blockchain, Bilal Bin Saqib, who also serves as CEO
of the Pakistan Crypto Council (PCC) met with Robert “Bo” Hines, Executive Director of the
U.S. President's Council on Digital Assets, at the
White House to discuss cooperation on digital
assets, Bitcoin integration, and decentralized
technologies. The meeting took place shortly
after Pakistan launched its Strategic Bitcoin
Reserve (SBR) at the Bitcoin 2025 Conference in
Las Vegas, becoming one of the first Asian
nations to adopt Bitcoin as part of its national
asset strategy. Minister Saqib shared Pakistan's
ambition to lead the Global South in digital
finance, emphasizing investments in crypto mining infrastructure and AI-powered data zones.
Discussions focused on regulatory cooperation, innovation ecosystems, and inclusive
economic development through blockchain. He also met White House legal advisors to
explore policy frameworks. Pakistan is dedicating 2,000MW of surplus energy to power its
digital asset and AI strategy.
Pakistani Astronaut to Join China's Space Station in Upcoming Flight
China's Manned Space Agency (CMSA) has confirmed that the selection process for
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Pakistani astronauts is underway following a cooperation agreement signed between China
and Pakistan. The process mirrors China's own
astronaut selection, comprising three phases:
preliminary screening in Pakistan, followed by
secondary and final stages in China. Two
Pakistani astronauts will eventually be selected
for training in China. One will join a future mission
to the Tiangong space station as a payload
specialist, conducting both routine crew tasks
and scientific experiments on behalf of Pakistan.
Meanwhile, China is also in talks with other
countries for potential astronaut participation in future missions. This announcement
coincides with the Shenzhou-20 mission, set to launch from Jiuquan Satellite Launch Centre
with astronauts Chen Dong, Chen Zhongrui, and Wang Jie. The crew will replace Shenzhou-
19 and perform various scientific, technical, and recovery tasks. Life science experiments
involving zebrafish, planarians, and streptomyces will also be conducted.
Technology Roundup
6
Next-Gen Puffer Jacket Turns Any Spot into a Sleep Zone
Japan frequently ranks among the most sleep-deprived countries, falling behind in global
studies on sleep duration and quality. Addressing this issue, design firm Konel and NTT DX
Partners' sleep technology division developed
the ZZZN, a smart puffer jacket that uses light and
sound to promote restful naps based on real-time
biometric data collected via a wearable ring. The
jacket adjusts its settings depending on heart
rate, temperature, and stress levels, aiming to
ease users into sleep naturally. A deep hood
activates “sleep mode,” enveloping the wearer in
red light to encourage sleep or blue light to gently
wake them. The light pulses mimic relaxed
breathing, accompanied by neuromusic designed to influence brainwaves. The ZZZN blends
apparel with bedding. Still a prototype, it will be displayed at Expo 2025 Osaka. Miyata,
Konel's creative director, emphasizes that it's not a substitute for full rest but a step toward
valuing sleep. The team hopes this concept sparks global interest in smarter, healthier sleep
habits.
The World's First Non-Silicon Device Based on 2D Tech
In a major leap forward for electronics, researchers at Penn State have developed the world's
first computer built entirely from two-dimensional (2D) materials, atom-thin substances that
retain exceptional electronic properties even at
such scales. Departing from traditional silicon-
based systems, the team used molybdenum
disulfide and tungsten diselenide to construct a
functional CMOS computer capable of basic
logic operations. Unlike silicon, these 2D
materials support high performance with low
power use. The team fabricated more than 1,000
transistors using a chemical vapor deposition
process and successfully combined them into
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Technology Roundup
7
Oxford Physicists Break Record in Qubit Performance
Physicists at the University of Oxford have achieved a new global benchmark in quantum
computing by demonstrating the most precise single-qubit operation to date, with an error rate
of just 0.000015%, equivalent to one mistake in
6.7 million operations. This breakthrough, nearly
ten times better than their own 2014 record,
significantly advances the prospects for scalable
quantum computers. The team used trapped
calcium ions as qubits, employing electronic
(microwave) control instead of lasers, resulting in
greater stability, lower cost, and simpler
integration. The experiment was performed at
room temperature without magnetic shielding,
further streamlining system requirements. The lead researcher highlighted that such
accuracy reduces the need for extensive error correction, potentially lowering the number of
qubits and therefore the size and cost required for a quantum processor. While single-qubit
performance is nearing perfection, the researchers acknowledged that two-qubit gate errors
remain a challenge. The achievement strengthens Oxford's position at the forefront of
precision-driven quantum computing research.
circuits operating at up to 25 kilohertz. Lead researcher Saptarshi Das emphasized that while
performance is modest now, the development mirrors early stages of silicon's evolution. This
"one-instruction set" computer also serves as a benchmark for modeling and comparing
future devices. The achievement, supported by Penn State's 2D Crystal Consortium,
demonstrates the viability of non-silicon platforms and opens the door to next-generation,
ultra-thin, energy-efficient computing systems.
A Smart Dental Floss that Detects Stress Levels
Chronic stress is linked to high blood pressure, heart disease, immune dysfunction, anxiety,
and depression. Yet, current stress-monitoring tools are often costly or imprecise, relying
heavily on self-reports. At Tufts University,
researchers have created a smart dental floss
that measures cortisol, a key stress hormone,
from saliva in real time. This floss looks like a
regular pick, but draws saliva via capillary action
into the handle, where electrodes detect cortisol
using electropolymerized molecularly imprinted
polymers (eMIPs). These polymers are molded
to recognize specific molecules like cortisol,
offering precise, repeatable binding, much like a
custom cast. eMIPs allow for the creation of sensors for other biomarkers such as estrogen,
glucose, or even cancer indicators, with potential for multi-marker monitoring. The device
matches the accuracy of top-tier sensors and could enable routine, non-invasive stress
tracking at home. A startup is in development to bring this innovation to market.
China Showcases Autonomous Air Taxi at Paris Air Show
At the 55th Paris Air Show 2025, China unveiled an advanced unmanned air taxi, marking a
major step forward in urban air mobility. The electric vertical takeoff and landing (eVTOL)
aircraft, designed to carry two passengers, can remain airborne for up to three hours. Its ability
to take off and land vertically makes it especially suitable for congested urban areas where
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Technology Roundup
8
Technology Aids Tornado Recovery Efforts
A research team at Texas A&M University has created an AI-powered system to rapidly assess
tornado damage and estimate community recovery times. Using a combination of remote
sensing, deep learning, and restoration
modeling, the method delivers building damage
evaluations and forecasts within an hour of
receiving post-event imagery. Tested on the 2011
EF5 tornado in Joplin, Missouri, the model
proved highly accurate in classifying structural
damage and even tracing the storm's path.
Traditional damage assessments can take
weeks, delaying emergency aid and rebuilding.
This AI model automates the process using high-
resolution satellite images and trained algorithms to classify damage as minor, major, or total.
Restoration modeling adds context by factoring in local infrastructure, income, and policy
environments to predict how long recovery might take under different conditions. Researchers
plan to adapt the system for other disasters like hurricanes and earthquakes. The ultimate
goal is to provide decision-makers with timely, reliable insights to speed up recovery and make
disaster response more equitable and effective.
space is scarce. The autonomous air taxi is a centerpiece of China's aviation display at the
event, drawing significant attention from
international aviation experts and potential
investors. With a payload capacity of 600
kilograms, the vehicle highlights China's
engineering progress in the electric aviation
sector. Fully powered by electricity, the air taxi is
designed to operate reliably across diverse
weather conditions, eliminating the need for
traditional fuels. Its eco-friendly features align
with global efforts to cut emissions and tackle
urban congestion. Cities around the world are showing interest in such solutions as they seek
sustainable alternatives for future transportation.
Futuristic Technology Turns Classroom into a Spacecraft Simulation
Researchers at Graz University of Technology's Game Lab have created Project Chimera, an
educational game that uses immersive storytelling and advanced technology to teach science
and engineering. Set aboard a damaged
spaceship, the game challenges players to solve
scientific problems to restore systems, merging
gameplay with a real STEM concepts. Funded by
Epic Games' Mega Grant, it employs Unreal
Engine to simulate realistic 3D environments and
technical scenarios like electromagnetic
induction and motor repair. Project Chimera
replaces passive learning with active exploration,
integrating deep gameplay mechanics, scalable
difficulty, and curriculum-aligned modules. Players learn by overcoming in-game challenges,
enhancing both understanding and motivation. Tested with engineering students, the game
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Technology Roundup
9
Flow-Based Tech Enhances Safety in Dangerous Chemistry
Researchers at the University of Liège have developed an automated continuous flow system
to safely produce antibacterial drugs from bio-based furfural. The innovation addresses long-
standing safety challenges in nitration chemistry,
a process known for explosive risks and
inconsistent yields. Using in situ generation of
acetyl nitrate, a milder nitrating agent, the system
prevents dangerous reagent buildup and
integrates real-time monitoring tools for
precision. Designed by the CiTOS lab, the
platform enables safe, scalable synthesis of
nitrofuran drug precursors with high yield and
purity, each in under five minutes. Equipped with
automated controls and inline analysis, it also supports remote operation, improving efficiency
and safety. Open-access blueprints and data promote global adoption and reproducibility.
This breakthrough blends green chemistry with automation, offering a model for sustainable
pharmaceutical manufacturing. The technology has potential applications beyond
nitrofurans, signaling a transformative step in safer, scalable drug synthesis worldwide.
Golf Ball-Inspired Dimples Boost Underwater Vehicle Agility
Researchers at the University of Michigan have developed a spherical vehicle prototype with
a smart, dimpled surface inspired by golf balls to improve underwater and aerial
maneuverability. Just as golf ball dimples reduce
drag, the vehicle's programmable outer skin
adjusts in real-time to optimize performance. The
prototype uses a latex membrane over a
perforated sphere; a vacuum system creates
dimples on demand. This adaptive skin reduces
drag by up to 50% and eliminates the need for
external fins or rudders. Tested in a wind tunnel,
the system responded to airflow changes by
adjusting dimple depth for maximum efficiency.
By controlling which side dimples, the sphere can also generate lift, enabling precise steering
without rotation, similar to the Magnus effect but achieved with surface texture alone. This
innovation could transform compact underwater drones by simplifying control systems and
lowering energy use. Future integration with soft robotics and advanced materials could
expand the capabilities of this adaptive skin, paving the way for more agile, efficient
underwater and aerial vehicles.
showed significant boosts in engagement and comprehension, especially where hands-on
practice is limited. The team plans to expand the content to cover logic gates, gravity, and
more, aiming for a broad educational impact. As a free pre-alpha release, it invites global
feedback, representing a forward-thinking model where gamified technology transforms how
science is taught and experienced.
Frozen Ethanol Enables Creation of Tiny Bio Tools
University of Missouri researchers have pioneered a breakthrough method for patterning
delicate biological materials using a process called ice lithography. Unlike traditional
lithography, which can damage sensitive membranes, their technique uses frozen ethanol to
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Technology Roundup
10
Innovative Shelf-Life Technology Boosts Produce Preservation
Researchers from MIT and SMART have developed a biodegradable microneedle patch
that injects melatonin into fresh-cut crops, significantly extending their shelf life. The
innovation targets food waste, a global issue with
over 30% of food lost post-harvest. Traditional
preservation like refrigeration isn't always
accessible, especially in low-resource regions.
The team used silk-based microneedles to
deliver melatonin, a natural plant hormone, into
pak choy, delaying aging without harming the
crop. Unlike spraying or dipping, this method
precisely administers low doses of melatonin
into the plant's vascular system. Tests showed
treated vegetables stayed fresher up to 8 days at
room temperature and 25 days when refrigerated. Chlorophyll levels, weight loss, and visual
freshness all improved in treated samples. Gene and antioxidant analysis confirmed the
melatonin triggered a stress-reducing effect that slowed senescence. Though applied
manually in the study, researchers envision scalable use via drones or farm machinery.
Future research will explore other hormones and crop types, aiming to enhance freshness,
nutrition, and sustainability across global food systems.
gently protect and stabilize surfaces during etching. The method allows scientists to draw
nanostructures directly onto fragile cells without harming them. Using a scanning electron
microscope cooled below -150°C, ethanol vapor
is frozen onto a biological membrane, forming a
smooth, protective layer. A focused electron
beam then creates nanoscale patterns. Upon
gentle warming, unexposed ice sublimates,
leaving the etched pattern behind. The team
tested this on Halobacterium salinarum, a
microbe with light-harvesting purple membranes
potential components for bio-solar technologies.
Their patterns measured under 100 nanometers
wide, 1,000 times thinner than a human hair, with minimal impact on the biological sample.
This work, blending physics, chemistry, and biology, opens new doors for bio-nanotech and
energy innovation. Importantly, the ethanol-based process avoids damage water ice would
cause, offering new precision for working with nature's most fragile materials.
Infrared-enabled Lenses Work with Closed Eyes
Scientists have developed contact lenses that grant infrared vision to humans and mice by
converting invisible infrared light into visible
wavelengths. Unlike traditional night vision
devices, these lenses require no external power
and allow users to see both visible and near-
infrared light simultaneously. Interestingly,
vision improves with eyes closed, as near-
i n f r a r e d l i g h t p e n e t r a t e s e y e l i d s m o r e
effectively. Created using non-toxic polymers
and infrared-converting nanoparticles, the
lenses were shown to be safe and effective in lab
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Technology Roundup
11
Engineered Nanoparticle Boosts Cancer Treatment Safety
Scientists at Oregon Health & Science University (OHSU) have developed a novel
nanoparticle that enhances the safety and effectiveness of ultrasound-based cancer
treatments. These particles, about a thousand
times smaller than a sheet of paper, are
designed with bubble-coated surfaces. When
exposed to focused ultrasound, the bubbles
burst, helping break down tumors more
precisely and with less heat damage to healthy
tissue. The nanoparticles are also equipped with
peptides that guide them to tumor cells, and
carry chemotherapy drugs that deliver a
secondary blow to residual cancer. In preclinical
tests on melanoma, this approach significantly improved drug delivery and tumor
elimination compared to either method alone. This innovation reduces the energy needed
for ultrasound by up to 100 times, minimizing side effects. The research may eventually
apply to other diseases such as infections or heart conditions. The team sees this as a step
toward more powerful, targeted therapies combining ultrasound with smart drug delivery
and, potentially, immunotherapy.
tests. Mice wearing the lenses demonstrated behavioral and neurological responses to
infrared light, while humans could detect infrared-coded signals and directional light
sources. The lenses also differentiate between infrared wavelengths by converting them
into distinct visible colors offering potential to help color-blind individuals. A wearable
glasses version was also developed to provide higher-resolution infrared detail. Though
current models detect only LED-sourced infrared, researchers aim to enhance their
sensitivity and resolution. This innovation may lead to future noninvasive devices that
enhance vision for security, rescue, medical, or accessibility applications.
Smart Material Converts Pressure into Water
Researchers have developed a novel method for extracting water by applying pressure to
copper-chromium Prussian blue analog crystalline materials with porous structures. Unlike
conventional systems that rely on changes in
temperature or humidity, this technique works
independently of environmental conditions,
offering faster, more consistent results. By
applying just 1 gigapascal (GPa) of pressure,
the team successfully released water stored
within the material's pores, visibly forming
droplets. Their tests showed that one kilogram
of the crystal could yield up to 240 grams of
water. Advanced techniques like infrared
spectroscopy, X-ray absorption, and fluorescence spectroscopy confirmed that the
pressure not only expelled the water but also altered the internal chemistry of the pores. The
water molecules and copper ions within the crystal changed electronic states, transforming
the material's pores from hydrophilic to hydrophobic. This shift explains the water release
mechanism and opens new possibilities for pressure-induced water harvesting. The
discovery offers promising applications for water production in dry or extreme
environments and advances the field of water recycling technologies.
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Technology Roundup
12
Researchers Design Universal Translator for Quantum Tech
UBC researchers have proposed a device that could solve a major challenge in quantum
networking, reliably converting signals between microwave and optical formats. This
"universal translator" would allow quantum computers to communicate across long
distances using existing fibre-optic networks.
The chip, made from silicon, can convert up to
95% of a signal with near-zero noise while
preserving fragile quantum entanglement.
Microwave signals used by quantum computers
must be converted into optical signals to travel
long distances. But these conversions are
delicate as any disruption can break quantum
connections. The UBC solution uses silicon
embedded with engineered magnetic defects,
allowing signal translation without energy loss. Though still theoretical, the team's chip
design is efficient, low-power, and compatible with today's manufacturing technologies. If
developed further, it could lay the foundation for practical and scalable quantum
communication systems worldwide.
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Technology Roundup
SOURCES AND IMAGE CREDITS
13
https://www.techjuice.pk/pakistan-based-allia-health-grabs-2m-for-better-mental-healthcare/
hhttps://nust.edu.pk/news/nust-hosts-atis-2025/
https://nust.edu.pk/news/advancing-green-technologies-to-address-pakistans-air-quality-crisis/
https://www.arabnews.com/node/2596158/pakistan
https://www.ft.com/content/2b4c598e-a4b3-4c6e-9c38-97e46357f819?utm
https://arynews.tv/national-big-data-portal-launched-in-pakistan/
https://arynews.tv/ai-banking-industry-pakistan/
https://www.techjuice.pk/pakistan-crypto-chief-sparks-u-s-collaboration-with-white-house-
meeting/
https://www.geo.tv/latest/601378-pakistani-astronaut-to-join-chinas-space-station-on-future-
mission
https://edition.cnn.com/style/japan-konel-sleep-smart-puffer-jacket-hnk-spc
https://www.psu.edu/news/research/story/worlds-first-2d-non-silicon-computer-developed
https://www.ox.ac.uk/news/2025-06-10-oxford-physicists-set-new-world-record-qubit-operation-
accuracy
https://now.tufts.edu/2025/05/23/dental-floss-can-measure-stress
https://arynews.tv/china-air-taxi-introduced-at-paris-air-show-2025/
https://engineering.tamu.edu/news/2025/05/tech-meets-tornado-recovery.html
https://scienmag.com/embark-on-a-journey-the-lecture-theatre-transformed-into-a-spaceship-
adventure/
https://bioengineer.org/making-hazardous-reactions-safer-with-advanced-flow-technology/
https://news.umich.edu/nimble-dimples-agile-underwater-vehicles-inspired-by-golf-balls/
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Technology Roundup
14
FORTHCOMING TECH EVENTS
PAKISTAN
Third Refresher Course for Physics Teachers - Problem Solving and Concept Development
nd
(2 Module) July 14 – August 01, 2025, National Centre for Physics, Islamabad
https://www.ncp.edu.pk/trcpt-2025.php
AI & Robotics Summer Camp'25 July 14 – 18, 2025, Institute of Space Technology, Islamabad
https://www.ist.edu.pk/events-2025-summercamp-2025
Workshop on Materials Characterization July 21 – 25, 2025, LUMS, Lahore
Workshop on Data-Driven Decision Making July 30 – 31, 2025, Institute of Space Technology,
Islamabad
https://www.ist.edu.pk/events-2025-midtier-2025
st
1 International Conference on Climate Resilient Mountain Agriculture (CRMA-25)
August 05 – 07, 2025, The University of Agriculture, Swat
2-Days Hands-On Training Workshop on Next Generation Sequencing: From Library
Preparation to Data Analysis August 26 – 27, 2025, University of the Punjab, Lahore
https://www.cemb.edu.pk/?page_id=8127&utm
th
4 International Conference on Innovation in Teaching and Learning (ICITL-2025)
September 10 – 11, 2025, International Islamic University, Islamabad
th
4 International Conference on Communication, Computing and Digital Systems (C-CODE)
October 01 – 02, 2025, Bahria University, Islamabad
International Additive Manufacturing & Vacuum Technology Conference - 2025
(IAMVT Conference) October 21 – 23, 2025, National Centre for Physics, Islamabad
https://www.ncp.edu.pk/iamvt-2025.php
International Conference on Engineering & Computing Technologies (ICECT)
November 13 – 14, 2025, National University of Modern Languages (NUML), Islamabad
International Conference on Applications of Space Science and Technology (ICAST)
November 18 – 20, 2025, Institute of Space Technology, Islamabad
nd
22 International Conference on Frontiers of Information Technology (FIT'25)
December 15 – 16, 2025, COMSATS, Islamabad
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INTERNATIONAL
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25 International Conference on Transparent Optical Networks (ICTON 2025)
July 06 – 10, 2025, Barcelona, Spain
International Symposium on Metallic Multilayers July 13 – 18, 2025, UK
https://iop.eventsair.com/mml2025
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7 International Artificial Intelligence Technology Conference July 15 – 17, 2025, Hohhot,
China
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10 International Conference on Automation, Control and Robotics Engineering (CACRE
2025) July 16 – 19, 2025, Wuxi, China
International Conference on Chemical Thermodynamics July 20 – 24, 2025, Porto, Portugal
https://icct2025.events.chemistry.pt/
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14 IEEE/CIC International Conference on Communications in China (ICCC 2025)
August 10 – 13, 2025, Shanghai, China
https://iccc2025.ieee-iccc.org/
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9 International Symposium for Geotechnical Safety and Risk (ISGSR)
August 25 – 28, 2025, Oslo, Norway
The Middle East Oil, Gas and Geosciences Show (MEOS GEO)
September 16 – 18, Behrain
https://www.meos-geo.com/en/home.html
th
5 International Training Course on Industrial Synthetic Biotechnology, CCIB, Tianjin, China
October 01 – 15, Tianjin, China
The Global Conference on Sustainable Energy and Net-Zero Emissions
October 28 – 29, 2025, Hail City, Saudi Arabia
https://conferences.uoh.edu.sa/Conference/SENZE'25
The International Conference on Engineering Advancements, Science and Technology
(ICEAST) November 03 – 06, 2025, Muscat, Oman
th
7 International Conference on Frontier Technologies of Information and Computer (ICFTIC
2025) November 07 – 09, 2025, Qingdao, China
th
7 EAGE Rock Physics Workshop November 10 – 12, 2025, Cape Town, South Africa
https://eage.eventsair.com/seventh-eage-rock-physics-workshop/
th
4 International Conference on Computational Intelligence and Knowledge Economy
November 27 –28, 2025, Dubai, UAE
https://amityuniversity.ae/ICCIKE2025/
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