8, Jul 2026
Study finds Europe’s real estate investors are set to increase tech spend as part of their energy efficiency drive

July 08: Almost seven in 10 (69%) of European real estate institutional investors will increase the amount they spend on technology over the next three years to improve energy efficiency across their portfolios, new research1 by re:sustain, the leading science-based technology platform which optimises the energy consumption of real estate assets reveals.  

Re:sustain’s research with 200 European real estate institutional asset managers in the UK, Germany, France, Netherlands, Spain and Italy, with a combined AUM of €296 billion, finds improving technology is the most effective way to improve energy efficiency.

When asked the main advantages of technology when it comes to improving energy efficiency of buildings, 73% of respondents say it delivers faster results – and 55% say it is cheaper – than upgrading or retrofitting.

Almost two thirds (61%) highlight the lower levels of disruption from using tech to improve energy efficiency versus retrofitting, while 50% say it is easier to secure tenant buy in compared to upgrading a property. Almost half (46%) of real estate managers say technology helps to protect their assets’ value, while 17% point to the ability to use technology across old and new buildings.

Almost three-quarters (73%) of respondents say investing in technology which can optimise a building’s systems to reduce energy usage remotely will be the most impactful in managing energy consumption, followed by 60% who cite investment in a new building management system. This compares to 54% who say investment in new systems such as HVAC and lighting is the most effective way to reduce energy consumption, and 14% who believe improving the behaviours of occupants is the most beneficial.

Nearly nine out of ten (89%) real estate asset managers say the use of technology is important to enhancing energy consumption strategies across their portfolios. One fifth (20%) are neutral and 2% say technology is not important at all.

However, the research reveals the use of technology is not widespread across investors’ portfolios.

While 51% of respondents say they use technology in new buildings, only 18% say they do so in older properties. Further, just 3% of those surveyed say technology is in use across all buildings in their portfolios, with 21% using it in offices only.

Real estate managers use technology for multiple purposes across their portfolios, with 69% employing it to manage buildings remotely. Just under two-thirds (64%) of respondents say technology is beneficial for monitoring energy consumption while 30% use systems to model and understand where and how improvements can be made.

Katie Whipp, Chief Business Officer at re:sustain, said: “Real estate managers are under pressure from all sides to manage their energy consumption. Regulation is tightening across Europe and at the same time, tenants are demanding sustainable and energy efficient buildings to meet their own ESG commitments.

“Bringing properties into line with the green transition on budget and on time, can be a daunting prospect, especially for those managers facing major retrofits or upgrades. Our research shows that asset managers recognise the importance in using technology has evolved considerably to understand their buildings and make positive changes without unnecessary capital expenditure. But the use of tech is far from universal. It is essential that the sector utilises technology to reduce energy consumption, manage costs and ensure a smooth journey to Net Zero.”

re:sustain was founded in 2021 by scientists who recognised that while data was being collected about real estate energy consumption, it wasn’t improving usage. To solve this problem, the re:sustain team developed innovative technology which uses collected building management system data (BMS) to create a highly calibrated digital twin of each building – an accurate model that reflects real asset performance. This dynamic thermal model allows for precise simulations and analyses, eliminating guesswork and enabling targeted interventions.

The proprietary re:sustain engine processes the digital twin data and the BMS data to identify inefficiencies and improvement opportunities, whilst calculating potential carbon savings. This remote approach allows for targeted optimisations and detailed mechanical insights on existing systems, reducing energy use, carbon emissions, and operational costs in support of sustainability goals—all without requiring Capex from asset owners or business interruption for occupiers.

To date, buildings using re:sustain technology have enjoyed 37% average annual energy savings in a process that takes just four to six weeks to implement.

 

8, Jul 2026
Goodbye to Manual Sewer entry, welcome to AI-Powered Sewer Governance

Hyderabad, July 8: In a landmark step towards safer cities, smarter governance and the elimination of hazardous sewer work, Hyderabad-based deep-tech robotics company The Bot Factory will launch Project SHUDH, India’s first AI–powered Sewer Governance Fleet, on July 11, 2026, at T-Works, Hyderabad.

Goodbye to Manual Sewer entry, welcome to AI-Powered Sewer Governance

Developed as part of a disaster-management robotics initiative, Project SHUDH represents a significant shift from sewer cleaning to sewer governance.

Sri D. Sridhar Babu, Hon’ble Minister for IT, Electronics, Communications, Industries & Commerce, Government of Telangana, as Chief Guest will formally launch the most coveted solution in the presence  Sri Jayesh Ranjan, Special Chief Secretary, Hyderabad Metropolitan Area & Sports, Government of Telangana, as Guest of Honour; and Sri Sanjay Jaju, Chief Secretary, Government of Telangana, as Special Guest.

Unlike most sewer-cleaning technologies that focus solely on mechanization, Project SHUDH is designed as a complete governance platform where every sewer intervention can be digitally tracked, recorded, analysed and monitored. The larger objective is to help cities move towards zero manual sewer entry while enabling smarter management of underground infrastructure.

A Hyderabad Innovation with a National Mission

The Bot Factory is a Hyderabad-based deep-tech robotics company focused on developing intelligent robotic systems for public safety, disaster management, environmental protection and urban infrastructure.

The company has gained attention for Project SHUDH, an AI–powered robotic platform aimed at eliminating the need for human entry into sewers and manholes.

Its mission is to create autonomous robotic systems capable of performing dangerous and hazardous tasks traditionally carried out by humans, thereby improving safety, efficiency and accountability.

From Sewer Cleaning to Sewer Governance

While conventional technologies largely focus on mechanized cleaning, Project SHUDH introduces a comprehensive governance framework for underground assets.

The platform combines: Autonomous sewer-cleaning robots, Artificial Intelligence (AI), GIS and satellite-based monitoring, Predictive analytics for blockage detection and Real-time governance dashboards for civic authorities

The objective is not merely sewer cleaning but the creation of a digital, auditable and data-driven management system for underground infrastructure.

Every intervention generates actionable data, transforming underground maintenance from a reactive activity into a transparent and accountable governance process.

A Technological Solution to a Human Challenge

Despite advances in mechanization, sewer workers across India continue to face significant occupational risks.

Project SHUDH seeks to eliminate the need for human entry into hazardous sewer environments by deploying intelligent robotic systems capable of cleaning, inspection and data collection.

The initiative aligns closely with national priorities relating to worker safety, Smart Cities, digital governance and technology-led public service delivery.

Proven in the Field

Project SHUDH has already been demonstrated in Hyderabad in collaboration with the Hyderabad Metropolitan Water Supply & Sewerage Board (HMWS&SB).

The system is capable of operating in both vertical manholes and horizontal sewer pipelines while generating real-time operational data and digital maps of underground drainage networks.

These capabilities enable authorities to monitor infrastructure health, identify recurring problem areas and make informed maintenance decisions.

What sets Project SHUDH apart is its vision of creating an intelligence layer beneath cities. By combining robotics, AI, predictive analytics and geospatial technologies, the platform transforms underground infrastructure into a measurable, monitorable and governable public asset.

The long-term goal is to help cities achieve zero manual sewer entry, improve worker safety, reduce operational costs and establish a modern governance framework for underground infrastructure.

Addressing a National Challenge

India’s sewer and septic infrastructure remain significantly under-mechanized and under-digitized. In most cities, sewer maintenance is carried out through a combination of jetting machines, suction equipment, desilting vehicles and manual intervention. When mechanical methods fail to resolve blockages, workers are often required to enter manholes and sewer networks, exposing them to hazardous and potentially life-threatening conditions.

This underlines the urgent need for technology-driven solutions such as robotic and AI–powered sewer management systems.

India has an estimated 800,000 sanitation and sewer-cleaning workers involved in sewer, septic tank and drain maintenance activities.

Thousands continue to be engaged in hazardous cleaning work despite legal prohibitions.

According to data presented in Parliament, 377 deaths due to hazardous cleaning of sewers and septic tanks were reported between 2019 and 2023.

Enormous Market Potential

The potential market for Project SHUDH is substantial. India has: More than 4,500 statutory towns, Hundreds of municipal corporations and municipalities, Smart Cities, Water and sewerage boards, Industrial townships and Cantonment boards

The domestic requirement could eventually run into thousands of robotic units. If every manhole inspection, blockage, cleaning operation and repair is digitally recorded, municipalities gain: Greater accountability, Complete audit trails, Performance monitoring, Contractor oversight, Predictive maintenance capabilities, Improved budget planning

India’s underground infrastructure remains one of the least digitized public assets. If Project SHUDH succeeds in integrating robotics, AI and governance into a unified platform, it could create an entirely new category of urban technology serving thousands of municipalities and utility agencies across the country.

8, Jul 2026
Indonesian President Bids Farewell to PM Modi Ahead of Australia Visit

Jakarta, July 8: Prime Minister Narendra Modi departed Indonesia for Australia after completing his official visit, with Indonesian President Prabowo Subianto seeing him off before his departure.

The visit highlighted the strong friendship and growing partnership between India and Indonesia. Both countries discussed ways to further strengthen cooperation in areas such as trade, investment, defence, technology and regional development.

The farewell ceremony reflected the close relationship between the two nations and their shared commitment to expanding cooperation in the future.

Following his Indonesia visit, Prime Minister Modi will continue his international engagements in Australia, focusing on strengthening ties and exploring new areas of collaboration.

8, Jul 2026
KEZAD Group to Host Touchdown Middle East 2026 in Abu Dhabi for the First Time

KEZAD Group to Host Touchdown Middle East 2026 in Abu Dhabi for the First Time

Fourth edition of regional data centre conference moves to the UAE, bringing digital industry leaders together in Abu Dhabi

Abu Dhabi, UAE, July 8: Khalifa Economic Zones Abu Dhabi – KEZAD Group, one of the largest operators of integrated and purpose-built economic zones in the region, will host Touchdown Middle East 2026 in Abu Dhabi, marking the first time the region-wide data centre conference will take place in the UAE.

Organised by the Gulf Data Centre Association (GDCA), the fourth edition of Touchdown Middle East 2026 will take place on 1819 November 2026 at Conrad Abu Dhabi Etihad Towers. Following three consecutive years in Bahrain, the conference’s move to Abu Dhabi reflects its growing regional footprint and positions the UAE’s capital as its first new host venue.

The conference will attract data centre operators, investors, technology providers, government stakeholders, real estate leaders, energy specialists and digital infrastructure decision-makers from across the Middle East and international markets. The event is expected to attract more than 1,500 visitors, over 400 companies, 70 speakers and participants from more than 30 countries.

Abdullah Al Hameli, CEO, Economic Cities & Free Zones Cluster — AD Ports Group, said: “Hosting Touchdown Middle East 2026 in Abu Dhabi reflects the Emirate’s growing role in the digital infrastructure economy. Data centres are now central to industrial growth, AI adoption, cloud services, advanced manufacturing and secure digital trade. At KEZAD Group, we see this conference as a practical platform to connect investors, operators and infrastructure partners with Abu Dhabi’s industrial base, logistics strength and long-term growth environment.”

The two-day conference will feature keynote sessions, panel discussions, networking meetings and industry-led conversations on the key issues shaping the sector, including power availability, connectivity, site readiness, regulation, investment, AI demand, cloud growth and sustainable data centre development.

Henry Sutton, Director of the Gulf Data Centre Association and Touchdown Middle East, said: “Touchdown Middle East was created to bring the region’s data centre industry together, with a clear focus on knowledge, partnerships and market growth. After three successful years in Bahrain, bringing the fourth edition to Abu Dhabi is an important step for the event and for the wider regional industry. We are delighted to have KEZAD Group as our main sponsor and we look forward to welcoming leaders from across the data centre value chain to discuss the next phase of digital infrastructure growth in the Middle East.”

Abu Dhabi is placing digital infrastructure at the centre of its next phase of economic growth, with a clear focus on AI demand, sovereign cloud, hyperscale compute, power planning and industrial land readiness. The Emirate’s Digital Strategy 2025 to 2027 commits AED 13 billion to digital transformation and targets full sovereign cloud adoption for government operations, full automation of government processes and more than 200 AI-led solutions across public services. Abu Dhabi has also moved into large-scale AI compute through Stargate UAE, a planned 1GW compute cluster within the wider 5GW UAE and US AI Campus, with the first 200MW expected to go live in 2026. Together, these steps make Abu Dhabi a strong host for a regional data centre conference focused on the next wave of AI, cloud and digital infrastructure investment.

The conference comes at a time when demand for digital infrastructure is rising across the region, driven by AI, cloud computing, data sovereignty, smart industry, enterprise digital services and the growth of high-capacity connectivity. As main sponsor, KEZAD Group will leverage the platform to foster dialogue on how industrial zones, logistics platforms, energy infrastructure and real estate can work together to support the next wave of data centre investment.

8, Jul 2026
Digital Growth to Drive India’s Economic and Social Progress

New Delhi, July 8: Experts have said that the digital economy will be a major force behind India’s future economic growth and social development.

The rapid expansion of digital technology is changing the way businesses operate, improving access to services and creating new opportunities across different sectors. Digital platforms, innovation and technology-based solutions are helping strengthen economic activities and improve connectivity.

Experts highlighted that sectors such as digital payments, artificial intelligence, e-commerce and digital infrastructure will continue to support India’s development and contribute to a more inclusive economy.

The growth of the digital ecosystem is also expected to encourage entrepreneurship, generate employment opportunities and help more people access financial and public services.

With increasing focus on digital infrastructure and innovation, India is moving towards a technology-driven economy that can support long-term growth and development.

8, Jul 2026
Investments in Indian Real Estate Diversify Geographically Amid Global Headwinds – Vestian

New Delhi, July 08:

Geographical Diversification on the Rise

Unlike the previous quarter, institutional investments in India’s real estate sector witnessed broader geographic diversification in Q2 2026. Multi-city transactions accounted for nearly 60% of the total investment inflows, while the remaining 40% was distributed across India’s top seven cities. Among individual markets, Chennai attracted the largest share of investments at approximately 16%, followed by Bengaluru at 11%. This shift reflects investors’ growing preference for geographically diversified portfolios and underscores the expanding investment potential across India’s major metropolitan markets despite persistent global economic headwinds.

City

% Share in Institutional Investments (Q2 2026)

Multi-city

60.3%

Chennai

16.3%

Bengaluru

11.3%

NCR

3.1%

Hyderabad

3.0%

Mumbai

2.3%

Pune

2.0%

Kolkata

1.4%

Goa

0.2%

Source: Vestian Research

Robust Investments Amid Geopolitical Challenges

Institutional investments in India’s real estate sector surged to USD 2.7 Bn in Q2 2026, registering a two-fold increase over the previous quarter and 49% rise compared to the same period last year. This strong growth underscores continued investor confidence in the sector despite prevailing geopolitical and economic challenges. Moreover, cumulative investments reached USD 4.1 Bn in H1 2026, the highest first-half inflow recorded since the COVID-19 pandemic. Going forward, a gradual improvement in global economic and geopolitical conditions is expected to bolster foreign investor participation, while domestic investors are likely to further intensify capital deployment across asset classes.

Quarter

Institutional Investments

(USD Bn)

Quarterly Change

(%)

Q2 2025

1.80

122%

Q3 2025

1.76

-2%

Q4 2025

3.73

112%

Q1 2026

1.41

-62%

Q2 2026

2.68

90%

Source: Vestian Research

Office Assets Led Investments on the back of Heightened Demand from GCCs

Commercial assets continued to dominate institutional investments in Q2 2026, accounting for 70% of the total inflows. Supported by robust occupier demand from Global Capability Centers (GCCs), the segment attracted approximately USD 1.9 Bn in investments, registering 67% quarterly and 72% yearly rise.

Investments in residential assets nearly doubled over the previous quarter, attracting USD 0.4 Bn. Despite the strong sequential rise in investment value, the share remained largely stable at 15%.

Diversified assets emerged as the fastest-growing category, with investment inflows surging 566% quarter-on-quarter to USD 0.37 Bn, primarily driven by a low base effect. In contrast, investment activity in the industrial and warehousing segment remained relatively subdued, attracting USD 0.03 Bn during the quarter.

Asset Type

Institutional Investments

% Share

% Change

(USD Mn)

Q2 2026

Q1 2026

Q2 2025

Q2 2026

Q1 2026

Q2 2025

Q2 2026 vs

Q2 2026 vs

Q1 2026

Q2 2025

Commercial

1,880

1,125

1,092

70%

80%

61%

67%

72%

Residential

400

206

378

15%

15%

21%

94%

6%

Industrial & Warehousing

27

22

32

1%

1%

2%

26%

-14%

Diversified

372

56

297

14%

4%

16%

566%

25%

Total

2,679

1,408

1,799

100%

100%

100%

90%

49%

Note: Values depicted are in USD Mn, rounded to the nearest whole number

           Commercial assets include office, retail, co-working, and hospitality projects.            Diversified assets include commercial, residential, and/or industrial & warehousing

Source: Vestian Research

Participation of Foreign Investors Increased as Global Uncertainty Subsided

Domestic investors accounted for the largest share of institutional investments in Q2 2026 at 58%, although their contribution declined from 72% in the previous quarter. In value terms, domestic investments reached USD 1.5 Bn, registering annual and quarterly growth of 363% and 53%, respectively.

Foreign investors contributed 38% to the total investments during the quarter, with inflows surpassing USD 1 Bn following a 454% quarter-on-quarter increase. Meanwhile, the share of co-investments declined to 4%, indicating a growing preference for independent capital deployment.

Shrinivas Rao, FRICS, CEO, Vestian said, “India’s real estate sector attracted significant institutional investments during the second quarter of 2026, mainly driven by robust domestic capital deployment and a revival in foreign investor participation. While commercial assets continue to attract the lion’s share of investments on the back of sustained GCC expansion, increased diversification across asset classes reflects growing investor confidence in the broader real estate ecosystem. As geopolitical and economic uncertainties gradually ease further, investment activity is expected to remain buoyant, reinforcing India’s position as a preferred global real estate investment destination.”

Investor Type

Institutional Investments

% Share

% Change

(USD Mn)

Q2 2026

Q1 2026

Q2 2025

Q2 2026

Q1 2026

Q2 2025

Q2 2026 vs

Q2 2026 vs

Q1 2026

Q2 2025

Foreign

1,029

186

1,197

38%

13%

66%

454%

-14%

India-dedicated

1,555

1,015

336

58%

72%

19%

53%

363%

Co-investment

95

208

266

4%

15%

15%

-54%

-64%

Total

2,679

1,408

1,799

100%

100%

100%

90%

49%

Note: Values depicted are in USD Mn, rounded to the nearest whole number

           Co-investment refers to joint funding by foreign and domestic investors

Source: Vestian Research

 

8, Jul 2026
Argentina, Switzerland Secure Quarterfinal Spots in FIFA World Cup 2026

July 8: The quarterfinal teams for the FIFA World Cup 2026 have been confirmed after Argentina and Switzerland recorded important victories in their Round of 16 matches.

Argentina reached the last eight after making a strong comeback against Egypt in a thrilling encounter. The team’s star player Lionel Messi once again played a crucial role in helping Argentina move forward in the tournament.

Switzerland also secured a quarterfinal place after defeating Colombia in a tense penalty shootout. The match ended in a goalless draw before Switzerland won 4-3 on penalties.

With the quarterfinal line-up now complete, the tournament enters a crucial stage where teams will compete for a place in the semifinals and continue their journey towards the World Cup title.

 

8, Jul 2026
Rajkummar Rao’s Look as Sourav Ganguly Revealed in Upcoming Biopic

Mumbai, July 8: The first-look poster of the upcoming biopic ‘Dada: The Sourav Ganguly Story’ has been released, featuring actor Rajkummar Rao in the role of former Indian cricket captain Sourav Ganguly.

The poster was unveiled on Sourav Ganguly’s birthday and recreates one of the most memorable moments of Indian cricket — his iconic shirtless celebration at Lord’s after India’s victory in the 2002 NatWest Trophy final.

Rajkummar Rao’s appearance as the cricket legend has generated excitement among fans. The film will showcase Sourav Ganguly’s inspiring journey, his rise in international cricket, leadership qualities and contribution to Indian cricket.

The biopic is expected to highlight important milestones from Ganguly’s career and offer audiences a closer look at the life of one of India’s most celebrated cricketers.

8, Jul 2026
New Initiative Launched to Support Growth of India’s Handloom Sector

New Delhi, July 8: The Government has launched the Handloom Hackathon 2026 to encourage new ideas, innovation and technology-based solutions for the growth of the handloom sector.

The initiative will provide a platform for weavers, designers, entrepreneurs and innovators to develop solutions that can improve the quality, productivity and market reach of handloom products.

The programme will focus on promoting modern designs, digital solutions, sustainable practices and better production techniques while supporting traditional weaving communities across the country.

The hackathon aims to connect artisans with young innovators and industry experts to create practical solutions that can strengthen the handloom sector and preserve India’s rich textile heritage.

The government expects the initiative to generate new opportunities for weavers and help the sector adapt to changing market needs.

8, Jul 2026
Innovation Comes Into Focus

July 8 : A state-of-the-art facility where researchers can explore biological processes and new materials at the molecular level opened recently on the first floor of the Frost Institute for Chemistry and Molecular Science at the University of Miami.

Named the Advanced Tools for Observing Molecules and Materials, or the ATOMM facility, the lab’s five high-performance electron microscopes allow researchers to observe and explore biological and material systems at a minuscule scale. This is a key part of the development process for creating new therapeutics or novel materials that may help produce smaller, more energy-efficient batteries, computer chips, or even new substances that make airplanes and spacecraft safer and lighter.

“These are instruments that can detect and characterize what is happening at a very, very high resolution between atoms in materials and in biological systems, which can lead to new discoveries and new drugs that can be used in humans,” said Sylvia Daunert, co-interim director of the Frost Institute for Chemistry and Molecular Science and chair of the Department of Biochemistry and Molecular Biology at the Miller School of Medicine. “You can see what happens with these materials, how they are built, and what kind of architecture they have. This is important because knowing how they are built structurally can lead to new materials that can be used in many different capacities.”

The shared facility is open to University scientists but will also be available to private industry and other institutions looking to conduct electron microscopy research.

Video: Matthew Rembold/University of Miami

“We hope that University researchers, as well as other researchers in the community, will take advantage of these amazing new tools to advance scientific discovery at our world-class facility,” said Marc Knecht, co-interim director of the Frost Institute and chair of the Department of Chemistry.

Electron microscopy is a cutting-edge imaging strategy used by instruments in the ATOMM facility that helps researchers understand the interactions between individual molecules using a focused beam of electrons to help visualize samples. The five specialized instruments at the Frost Institute were all produced by Thermo Fisher, and each is housed in its own individual room, with 10-foot ceilings built to accommodate the equipment. Many are geared toward biological research and drug discovery, but two of the instruments also provide strong insight into materials science work, said Maciej Jagielnicki, facility manager of the ATOMM facility.

Macief Jagielnicki

The instruments are set up in order of their ability to capture finite details, Jagielnicki added.

“As you move up to each new microscope, you are able to get more detailed information on whatever you are studying,” he said.

The first microscope, the Talos F200C, is an accessible and durable transmission electron microscope, well suited for routine imaging and screening of biological and materials science samples. It provides reliable, high-quality images with resolution appropriate for a broad range of research needs, facility managers noted. The second instrument, the Spectra 300, is the center’s most advanced microscope for materials science research, offering state-of-the-art resolution, as well as multiple analytical capabilities for studying structure, composition, and chemistry at extremely small scales. The Krios G4 and Glacios 2 microscopes are specialized cryogenic electron microscopes, or cryo-EM instruments, designed primarily for biological and molecular samples that are rapidly frozen and imaged at extremely low temperatures. The final instrument, Aquilos 2, is not just a typical imaging microscope; it is a cryo-focused ion beam system that is used to prepare ultrathin frozen sections of samples, enabling their internal structures to be studied in greater detail.

In addition:

  • Talos F200C is a screening microscope for soft and hard materials and gives researchers information about whether a project is feasible. For example, Jagielnicki said, scientists can see “if a potential drug molecule will bind to proteins in the body.” It can also give good atomic resolution of a materials science sample, such as a metal-organic framework, for instance,” added Muchuan Hua, a staff scientist and electron microscopy expert focused on materials science at the ATOMM facility. Before coming to the U, Hua worked at Argonne National Laboratory, where today’s lithium-ion batteries were developed.
  • Spectra 300 is a top-of-the-line electron microscope for materials science and can help researchers “distinguish individual atoms,” said Knecht. “With this tool, you can literally pinpoint gold and silver atoms, where they are in the material, and see what they are doing. We need to know this information because where atoms are oriented can change the properties of a material, which can also change the reactivity, or how it catalyzes a chemical reaction,” he added.
  • Krios G4 is a microscope used for illustrating proteins in the body and their interactions with molecules, a key part of the testing process for therapeutic drug discovery.
  • Glacios 2 offers insight and high-resolution images that reveal the structure of complex proteins and macromolecules.
  • Aquilos 2, housed on the second floor, enables researchers to observe cellular structures from various angles.

There are many things that make the ATOMM facility unique, University scientists noted. What sets it apart from the University’s other facilities at the Miller School of Medicine is that after biomedical researchers formulate a new therapeutic, they can then test it at the ATOMM facility with cells from the area of the body that it is designed to impact and see whether this interaction is beneficial, Daunert said. The facility is also distinct because it offers electron microscopy for both materials and biological samples, Jagielnicki and Hua added.

“These are some of the most powerful tools human beings have made for getting the finest resolution and images of anything you create, and they allow you to directly analyze how atoms are constructed in molecules,” Hua said. “Since we want to make chips smaller, this could help us to examine how to make semiconductors even smaller, show where the defects are, and also how the conductivity is preserved to perfect its properties.”

Iga Kucharska, research assistant professor of chemistry and a structural biologist, is helping to manage the ATOMM facility. But she is also working to understand how some of the body’s most vital protein groups operate so she can develop drugs to combat the spread of heart disease and cancer. Kucharska is eager to utilize the ATOMM facility more for her research.

“Electron microscopy helps you understand how and where the drug molecules bind to proteins – knowing this can help you to develop even better more effective drugs because the process allows you to understand these interactions at the atomic level, so you can then design therapeutics that will bind even better,” Kucharska said.