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A Long-Awaited Change for Frustrated Windows Users
For years, Windows 11 has carried an uncomfortable reputation: modern-looking on the surface, but increasingly heavy underneath. Users with powerful PCs could often tolerate the extra processes, background services, advertisements, WebView components, and redesigned interfaces, but owners of older or budget machines frequently felt every unnecessary layer.
Now, Microsoft is finally signaling that performance is no longer something it can afford to treat as an afterthought.
A remarkably brief response from Microsoft vice president and technical fellow Scott Hanselman has attracted attention because of how direct it was. After a user asked whether Microsoft could simply make Windows run faster, Hanselman replied: “Yep. On it.”
Two words may not sound like a major Windows announcement, but coming from a senior Microsoft engineer, the message is difficult to misunderstand.
Microsoft knows performance has become a problem.
And more importantly, the company appears to be doing something about it.
Windows 11 Has Spent Years Getting Heavier
Windows 11 was introduced with a refreshed interface, redesigned system components, tighter hardware requirements, and a growing collection of cloud-connected features.
The visual transformation was obvious.
The performance cost was less obvious at first.
Over time, however, complaints became remarkably consistent. Users reported high memory consumption, sluggish menus, slow File Explorer behavior, inconsistent search performance, heavy background processes, and an operating system that increasingly appeared to prioritize online services and promotional content.
For people using 8GB machines, the situation could be particularly frustrating.
Eight gigabytes of RAM was once considered perfectly reasonable for everyday Windows computing. Yet modern Windows 11 installations could consume a significant portion of available memory before the user had even opened a browser, office application, or demanding program.
That created a simple problem.
The computer had memory.
Windows wanted much of it.
And the applications the user actually wanted to run were left competing for what remained.
Microsoft Finally Recognized the Problem
Earlier in 2026, Microsoft Windows president Pavan Davuluri acknowledged that performance and efficiency needed serious attention.
The
That represented an important shift in
Instead of simply encouraging consumers to buy more powerful hardware, Microsoft was increasingly talking about making Windows itself more efficient.
That distinction matters.
An operating system should not require expensive hardware merely to perform basic tasks such as opening Start, launching Search, browsing folders, or displaying a context menu smoothly.
Scott
The recent exchange surrounding a controversial Windows service began with a viral social media claim suggesting that Microsoft had secretly introduced a tracking component that was slowing down desktop computers.
The claim was subsequently challenged, and Hanselman explained the purpose of the service.
But another user used the discussion to ask a much broader question: could Microsoft simply make Windows faster?
Hanselman’s answer was remarkably short.
“Yep. On it.”
There was no lengthy corporate explanation.
There was no carefully written marketing statement.
There was no list of excuses.
It was simply an acknowledgment that improving Windows performance is an active engineering priority.
That makes the response particularly interesting because Microsoft has spent years defending or explaining individual Windows components while users have increasingly complained about the overall experience.
The MacBook Neo Problem May Have Changed the Conversation
One of the more interesting developments surrounding
Apple’s hardware-software integration has long given macOS an advantage in perceived efficiency. The emergence of lightweight Apple hardware has made that comparison even more uncomfortable for Microsoft.
When users can purchase a relatively affordable computer and receive a responsive operating system with modest memory requirements, Windows PCs carrying substantially more RAM can suddenly look inefficient by comparison.
Competition has a way of making engineering priorities change.
Microsoft does not necessarily need to make Windows behave exactly like macOS.
But it does need to ensure that Windows does not feel unnecessarily heavy when performing ordinary tasks.
The Low Latency Profile Is Already Making a Difference
Some of the performance work is already visible.
Microsoft introduced a scheduler-level optimization known as the Low Latency Profile, designed to temporarily increase CPU performance when users interact with important parts of the Windows shell.
The mechanism essentially allows the processor to reach higher performance states for short periods when Windows detects interactions that require immediate responsiveness.
The boost can last only a few seconds.
That may sound insignificant.
It
Human perception is extremely sensitive to interface delays.
A Start menu that appears instantly feels responsive.
A Start menu that takes noticeably longer feels broken.
The same applies to Search, Quick Settings, context menus, File Explorer, and other everyday components.
Why Brief CPU Boosts Can Make Windows Feel Faster
The goal is not necessarily to make every Windows process permanently consume more CPU power.
Instead, the idea is to spend additional processing power at exactly the moment when the user notices performance.
This is an established concept across modern operating systems.
A computer can remain relatively efficient while still delivering short bursts of maximum responsiveness when the user performs an interaction.
Critics have compared the approach to simply flooring the accelerator.
There is some truth to the analogy.
But that does not automatically make the technique ineffective.
If the user opens a menu and expects an immediate response, sacrificing a small amount of additional energy for a fraction of a second may produce a much better experience than allowing the system to remain conservative and create visible latency.
RAM Optimization Could Be the Bigger Story
CPU responsiveness gets attention because users can feel it immediately.
Memory efficiency could ultimately be even more important.
Microsoft has acknowledged that Windows 11 needs to perform better on systems with around 8GB of RAM and above.
That is a significant target because 8GB remains common in affordable laptops, office computers, educational devices, and older machines.
The objective should not be to make 8GB machines feel like high-end workstations.
It should be to ensure that ordinary computing remains comfortable without forcing users to upgrade hardware simply because the operating system itself has become unnecessarily demanding.
WinUI 3 Is at the Center of the Modernization
One of
Windows has accumulated decades of interface technology.
Some components are based on modern frameworks.
Others still rely on older Win32 technology.
Some experiences incorporate WebView2.
The result is an operating system that can look visually unified while being technically fragmented underneath.
Microsoft has been working to move more of the Windows shell toward modern frameworks and improve the efficiency of WinUI 3 applications.
Davuluri has discussed strengthening the fundamentals of WinUI 3 and extending it further into the Windows shell.
That could eventually have consequences far beyond appearance.
The WebView2 Problem
WebView2 is powerful because it allows developers to embed web technologies directly inside Windows applications.
But there is an obvious trade-off.
Web technologies are not free.
A web-based interface can require significantly more memory and processing resources than a lightweight native interface, depending on implementation.
When Windows uses web technologies for promotional content, widgets, recommendations, feeds, or application components, the cumulative resource consumption can become noticeable.
That does not mean WebView2 itself is inherently bad.
The problem is what Microsoft chooses to build on top of it and how efficiently those components are implemented.
Microsoft Is Also Removing Digital Clutter
Performance improvements are not limited to code optimization.
Microsoft has also been reducing some of the clutter inside Windows 11.
Search has been a particularly obvious example.
For years, Windows Search increasingly became a mixture of local results, Bing content, recommendations, news, web information, promotional material, and other online experiences.
The result was an interface that sometimes felt less like a computer search tool and more like a portal to Microsoft’s online ecosystem.
Removing unnecessary content can improve more than aesthetics.
It can reduce processing requirements.
It can simplify network activity.
It can make the interface easier to understand.
And, perhaps most importantly, it can make Search feel like Search again.
Widgets Are Facing a Similar Cleanup
Windows Widgets have also struggled with the same problem.
The original idea was straightforward: provide quick access to weather, news, sports, information, and other useful data.
But
For users who simply wanted a lightweight panel, the experience could feel overloaded.
Microsoft’s move toward reducing promotional content and modernizing Widgets with WinUI 3 could therefore provide both a usability improvement and a performance improvement.
The best interface is not necessarily the one that contains the most information.
It is the one that gives users the information they actually want without forcing unnecessary content into every interaction.
File Explorer Is Finally Receiving Attention
File Explorer is one of the most important applications in Windows because virtually every Windows user interacts with it.
It is also one of the areas where users have complained about performance for years.
Opening folders, switching directories, searching files, deleting large collections, and interacting with the context menu should not require patience on a modern computer.
Microsoft has been targeting several of these areas.
Large fragmented files can be handled more efficiently.
Search across This PC is receiving performance work.
File Explorer launch behavior is being optimized.
The right-click menu is becoming faster.
These may sound like small improvements individually.
Collectively, they could completely change the perception of Windows 11.
The Context Menu Problem Is More Important Than It Looks
The Windows right-click menu is an excellent example of why tiny delays matter.
Users may open it dozens or hundreds of times during a normal workday.
If the menu appears instantly, the interaction disappears from conscious thought.
If it pauses for even a moment, the user notices.
That is why performance improvements in common interface elements can matter more than spectacular benchmark improvements that users rarely experience.
Microsoft does not necessarily need Windows to score dramatically higher in synthetic benchmarks.
It needs Windows to feel immediate.
Photos Shows Both Progress and Contradiction
Microsoft’s Photos application provides an interesting example of the company’s broader cleanup effort.
The application has been streamlined, with some promotional elements and unnecessary interface clutter removed.
That is positive.
But Microsoft has simultaneously continued using web-based components in parts of the Photos experience.
This illustrates one of the biggest challenges Microsoft faces.
Windows is not being redesigned by a single engineering team working from a single blueprint.
It is a massive ecosystem containing multiple teams, technologies, legacy dependencies, cloud services, applications, and business objectives.
One team can remove unnecessary complexity while another adds a new web-based component.
The result can be a Windows experience that improves in one area and becomes heavier in another.
Fewer Ads Could Also Mean Better Performance
The advertising issue deserves more attention than it usually receives.
Windows 11 increasingly integrates promotional experiences into areas that historically belonged to the operating system itself.
Recommendations, promotional tiles, news feeds, Microsoft service suggestions, and other content can all add complexity.
When these experiences rely on web technologies, the cost is not merely visual.
There can be additional memory consumption.
There can be background processing.
There can be network requests.
There can be rendering activity.
There can also be additional services maintaining the experience.
Removing promotional content can therefore serve two purposes simultaneously: reducing Microsoft’s tendency to turn system interfaces into marketing surfaces and reducing unnecessary resource usage.
Copilot Is Another Part of the Equation
Microsoft’s aggressive integration of Copilot into Windows has also raised questions about resource usage and user control.
AI features can be useful.
But not every Windows user wants an AI assistant integrated into every layer of the operating system.
A cleaner approach would be to make AI features powerful, optional, and efficient rather than treating them as mandatory components of the desktop experience.
The broader trend toward reducing unnecessary Copilot integration therefore fits Microsoft’s new performance strategy.
Windows should prioritize the core operating system first.
Additional intelligence should enhance the experience rather than becoming another layer users must constantly manage.
Windows
Microsoft has another challenge that cannot be solved simply by optimizing code.
Windows 11 has developed a reputation.
And reputations are difficult to reverse.
A user who has experienced slow menus, intrusive recommendations, confusing settings, mandatory online requirements, advertising, unnecessary background activity, or inconsistent interface behavior may not immediately trust a new performance announcement.
Even genuine improvements can be dismissed as marketing.
That is the consequence of years of accumulated frustration.
The Microsoft Account Requirement Remains a Major Issue
One of the biggest goodwill opportunities for Microsoft would be giving users more control during Windows setup.
The requirement to use a Microsoft account has become a recurring source of criticism among people who prefer a traditional local account.
From
From the
The tension between those two perspectives has never really disappeared.
If Microsoft wants to rebuild trust, giving users more choice during setup would send a powerful message.
Windows
The transition away from Windows 10 has also intensified scrutiny of Windows 11.
As support for Windows 10 ends and organizations and consumers are pushed toward newer versions, Microsoft has less room to ignore complaints about Windows 11’s usability and performance.
For many users, upgrading is no longer simply about wanting the newest features.
It is about staying supported.
That means
If users are effectively being moved into Windows 11, the operating system needs to justify that transition through measurable improvements rather than merely a new interface.
The 8GB RAM Target Could Change
If Microsoft succeeds in making Windows 11 genuinely comfortable on 8GB systems, the impact could extend beyond current users.
It could influence future PC designs.
Manufacturers would have more freedom to produce affordable devices without treating large memory configurations as mandatory.
Students could get cheaper laptops.
Businesses could deploy more modest office systems.
Older computers could remain useful longer.
Consumers could postpone unnecessary hardware upgrades.
In an era of rising hardware costs, memory efficiency is not merely a technical concern.
It is an economic one.
Why This Matters More in 2026
The broader technology market has changed dramatically.
AI workloads are consuming enormous amounts of computing resources.
Memory demand is increasing.
Data centers are competing for chips.
PC manufacturers are under pressure to deliver AI-ready devices.
At the same time, consumers still expect ordinary computers to perform basic tasks efficiently.
That makes operating-system efficiency more important than ever.
If hardware resources are increasingly expensive, wasting them inside the operating system becomes harder to justify.
Windows Does Not Need to Become Linux or macOS
There is a tendency in online discussions to turn operating-system performance into a competition between Windows, Linux, and macOS.
That misses the real point.
Windows does not need to imitate Linux.
It does not need to become macOS.
It simply needs to respect the hardware on which it runs.
A modern operating system should be able to provide a rich interface without making ordinary interactions unnecessarily expensive.
Competition is useful because it gives consumers alternatives.
But Microsoft ultimately needs to solve its own engineering problems.
Linux Market Share Claims Need Context
Online discussions have also produced exaggerated claims about Windows losing enormous portions of the desktop market.
Some viral claims have suggested that Linux has suddenly reached double-digit desktop market share.
Such numbers need careful scrutiny.
Automated crawlers, unusual measurement methodologies, regional differences, and bot traffic can distort web-based statistics.
Linux is unquestionably important, particularly in servers, development, cloud infrastructure, embedded systems, and among desktop enthusiasts.
But that does not mean every viral desktop market-share graphic accurately represents consumer reality.
The larger lesson is that
Microsoft Has an Opportunity to Change the Narrative
The encouraging part is that Microsoft is no longer talking about one isolated optimization.
There appears to be a broader strategy.
Reduce memory consumption.
Modernize legacy components.
Improve shell responsiveness.
Optimize File Explorer.
Accelerate Search.
Reduce unnecessary web content.
Clean up Widgets.
Improve WinUI.
Optimize WebView2.
Reduce promotional clutter.
Make everyday interactions faster.
Taken together, those efforts could represent one of the most significant performance-focused periods in Windows 11’s history.
The Real Test Is Not a Benchmark
Microsoft can publish performance numbers.
It can demonstrate CPU utilization.
It can show memory graphs.
It can provide internal benchmarks.
But users will ultimately judge the results in a much simpler way.
Does Windows feel faster?
Does File Explorer open without hesitation?
Does Search respond immediately?
Does the right-click menu appear when you expect it?
Does Start feel instant?
Does an 8GB laptop remain usable after several hours of normal work?
Are there fewer unnecessary background processes?
Are there fewer advertisements?
Those are the benchmarks that matter.
Deep Analysis
Checking Windows Memory Usage
Advanced users can inspect memory consumption directly instead of relying only on subjective impressions.
A basic Windows command can show system memory statistics:
Get-CimInstance Win32_OperatingSystem | Select-Object TotalVisibleMemorySize,FreePhysicalMemory
The values are reported in kilobytes, so they can be converted for easier analysis:
$os = Get-CimInstance Win32_OperatingSystem
“Total RAM: {0:N2} GB” -f ($os.TotalVisibleMemorySize / 1MB)
“Free RAM: {0:N2} GB” -f ($os.FreePhysicalMemory / 1MB)
This provides a useful baseline before and after Windows updates.
Finding Resource-Heavy Processes
Windows administrators can also identify applications consuming large amounts of memory:
Get-Process |
Sort-Object WorkingSet64 -Descending |
Select-Object -First 20 Name,Id,
@{Name="RAM_MB";Expression={[math]::Round($_.WorkingSet64/1MB,1)}}
This does not prove that a particular process is responsible for poor performance, but it provides valuable evidence.
A large process is not automatically inefficient.
Some applications legitimately require substantial memory.
The important question is whether resource usage is proportional to the task being performed.
Monitoring CPU Activity
PowerShell can also provide a quick snapshot of CPU-heavy processes:
Get-Process | Sort-Object CPU -Descending | Select-Object -First 15 Name,Id,CPU
For deeper analysis, Windows Performance Recorder and Windows Performance Analyzer provide much more detailed information.
These tools can help administrators investigate startup delays, CPU scheduling, disk activity, application stalls, and other performance problems.
Measuring Startup Performance
Users can inspect Windows startup applications with:
Get-CimInstance Win32_StartupCommand | Select-Object Name,Command,Location
Reducing unnecessary startup applications can improve boot time and reduce background resource consumption.
However, users should avoid blindly disabling system components.
Performance optimization is most effective when based on evidence rather than random tweaking.
Checking Windows System Health
The built-in System File Checker can be used to check protected Windows files:
sfc /scannow
For component-store problems, administrators can use:
DISM /Online /Cleanup-Image /RestoreHealth
These commands are not performance boosters by themselves.
They are troubleshooting tools.
They become relevant when damaged system components contribute to unusual behavior.
Checking the Windows Version
Before comparing performance between machines or updates, record the exact Windows build:
winver
Or through PowerShell:
Get-ComputerInfo | Select-Object WindowsProductName,WindowsVersion,OsBuildNumber
This matters because Windows performance can change significantly between builds.
Measuring Disk Activity
When File Explorer feels slow, the processor is not always the problem.
Disk latency can also create visible delays.
PowerShell can provide performance counters for disk activity:
Get-Counter '\PhysicalDisk()\Avg. Disk sec/Transfer'
A slow storage device can make an otherwise powerful Windows system feel sluggish.
Do Not Confuse Optimization With Magic
One important warning deserves emphasis.
A Windows update cannot transform weak hardware into high-end hardware.
If a system has an old mechanical hard drive, limited RAM, a weak CPU, thermal throttling, or failing storage, software optimization has limits.
The goal of
The objective is to remove unnecessary overhead.
That is exactly where an operating-system developer should begin.
What Undercode Say:
1. Windows
The deeper issue has always been efficiency.
2. Users Notice Friction Before Benchmarks
A one-second delay can matter more than a benchmark score.
3. Microsoft Finally Appears to Understand This
The
- The Low Latency Profile Is Only the Beginning
Short CPU boosts can improve perceived responsiveness, but they cannot replace deeper optimization.
- Memory Efficiency Could Have the Greatest Impact
RAM pressure affects everything from application performance to multitasking.
6. Eight Gigabytes Should Not Feel Obsolete
A modern operating system should remain usable on mainstream hardware.
7. WinUI 3 Could Help Unify Windows
Replacing fragmented legacy components may reduce both complexity and resource consumption.
8. But Modernization Must Be Consistent
Moving one component to WinUI while adding another WebView experience solves only half the problem.
9. WebView2 Is Not Automatically the Enemy
Its impact depends heavily on how Microsoft uses it.
10. Advertising Is a Performance Issue Too
Every unnecessary web-powered interface can consume additional resources.
- Removing Ads Is Therefore More Than Cosmetic
A cleaner Windows experience can also be a lighter Windows experience.
12. Search Is an Excellent Example
Search should primarily help users find things on their computers.
- MSN Integration Made That Experience More Complicated
The additional content often competed with the core purpose of the feature.
14. Simplification Can Be Powerful
Removing features can sometimes produce a bigger improvement than adding them.
15. File Explorer Deserves Special Attention
It is one of the most frequently used components in Windows.
16. Small Explorer Improvements Can Affect Millions
Every user benefits from faster folder navigation.
- The Context Menu Is Another High-Impact Target
It is used constantly and therefore magnifies small delays.
18. Widgets Need a Similar Philosophy
Information should be useful before it becomes promotional.
19. Copilot Needs Restraint
AI should improve Windows rather than becoming another source of system complexity.
20. Microsoft Should Make AI Features Optional
Users should be able to choose how much AI integration they want.
21. Windows 11 Has a Trust Problem
Years of unpopular changes have created skepticism.
22. Performance Improvements Alone Cannot Erase That
Trust requires consistent behavior over time.
23. The Microsoft Account Requirement Remains Significant
Users increasingly expect greater control over how they configure their own computers.
24. Setup Should Be About Setup
Microsoft should avoid making the installation process feel like an ecosystem enrollment exercise.
25. Windows
Millions of users need a convincing reason to move forward.
26. Forced Upgrades Increase Expectations
When users have fewer alternatives, Microsoft carries greater responsibility.
27. Hardware Efficiency Is Becoming More Important
Memory and storage costs matter to consumers.
28. AI Is Already Increasing Hardware Demand
The industry cannot afford to waste resources unnecessarily.
- Efficient Software Is Becoming an Economic Advantage
Every wasted gigabyte of RAM has a hardware cost somewhere.
30. Lightweight Computing Could Become More Valuable
Not every user needs an expensive AI workstation.
31. Microsoft Should Focus on Core Windows
The operating system itself should remain the foundation.
32. Extra Services Should Stay Extra
Cloud features should not overwhelm basic desktop functionality.
33. Competition Is Helping Windows
macOS and Linux give Microsoft important external pressure.
34. But Windows Has Its Own Identity
Microsoft does not need to copy another operating system.
- It Needs to Eliminate Its Own Inefficiencies
That is the more realistic goal.
- Social Media Sentiment Is Not the Whole Story
Viral posts can exaggerate both Windows’ decline and its competitors’ growth.
37. Reliable Measurements Matter
Performance should be evaluated through repeatable testing.
38.
Users will know quickly whether the changes work.
- Two Words From Hanselman Are Symbolically Important
“Yep. On it.” reflects a level of acknowledgment users have wanted for years.
- The Hardest Part Is Now Rebuilding Confidence
Microsoft can optimize Windows in months.
Rebuilding trust may take years.
✅ Microsoft Is Working on Windows Performance
Microsoft executives have publicly discussed efforts to improve Windows efficiency, including memory usage, WinUI, File Explorer, and the broader Windows shell.
The reported response from Scott Hanselman also strongly supports the idea that performance optimization remains an active priority.
✅ Windows 11 Has Been Criticized for Resource Usage
High memory consumption, inconsistent interface performance, and resource-heavy components have been recurring complaints among Windows 11 users.
The criticism is particularly relevant on systems with 8GB of RAM, where background services and applications can quickly create memory pressure.
✅ WinUI 3 Is Part of
Microsoft has been moving more Windows experiences toward WinUI 3 while continuing to optimize components based on Chromium and WebView2.
The transition is intended not only to modernize the visual experience but also to improve the underlying efficiency of Windows applications and shell components.
✅ File Explorer and Other Core Components Are Receiving Performance Work
Microsoft has been improving several everyday Windows experiences, including File Explorer, Search, Quick Settings, and context-menu responsiveness.
These improvements are particularly meaningful because users interact with these components constantly.
⚠️ The Low Latency Profile Is Not a Universal Performance Solution
Temporarily increasing CPU frequency can make interactions feel faster, but it does not automatically make Windows more efficient.
It is better understood as one technique within a broader performance strategy.
⚠️ Removing Web Content Does Not Automatically Make Every PC Faster
Reducing WebView2-based experiences can lower resource consumption in specific situations, but the real-world benefit depends on the exact component, hardware, and workload.
Performance gains should therefore be measured rather than assumed.
⚠️ Windows 11 Is Not Suddenly Becoming a Lightweight Operating System
Microsoft’s optimization work is substantial, but Windows remains a large modern operating system with extensive functionality.
Users should expect incremental improvements rather than a complete transformation overnight.
Prediction
(+1) Windows 11 Will Become Noticeably More Responsive
Microsoft’s current direction strongly suggests that performance will become one of the central themes of Windows development through the remainder of 2026.
If the company successfully combines lower memory usage, faster shell components, reduced web overhead, better scheduling, and fewer promotional elements, ordinary Windows 11 interactions should become noticeably smoother.
(+1) 8GB PCs Could Receive a Second Life
Better memory management could extend the useful lifespan of affordable and older Windows computers.
Instead of constantly pushing users toward higher RAM configurations, Microsoft could make existing hardware remain comfortable for longer.
(+1) File Explorer Could Become One of the Biggest Winners
Because Explorer is used so frequently, even relatively modest optimizations can have an outsized effect on how fast Windows feels.
If Microsoft continues improving startup, search, file operations, and context menus, Explorer may eventually stop being one of Windows 11’s most frequently criticized components.
(+1) Microsoft May Reduce More Unnecessary Promotional Content
Performance optimization gives Microsoft another reason to reconsider advertisements, recommendations, and web-powered content embedded throughout Windows.
Removing clutter would improve both usability and efficiency.
(-1) Trust Will Remain
Even excellent technical improvements will not immediately erase years of frustration.
Users who have already moved to Linux, macOS, ChromeOS, or other platforms may not return simply because Windows becomes faster.
(-1) Fragmented Development Could Slow Progress
Windows remains a huge collection of legacy and modern technologies.
As long as different teams continue introducing new components with different architectural approaches, Microsoft may struggle to achieve consistent efficiency across the entire operating system.
(+1) 2026 Could Become a Turning Point for Windows 11
If
That would be a meaningful change.
Windows does not need another dramatic redesign.
It needs something much simpler.
It needs to feel fast again.
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References:
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