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Study Links Ultrprocessed Foods to Premature Deaths

Pittsburgh Scientists' Disease Detection Platform Stops Outbreaks

Sierra Leone Reports Surge in MPOX Infections

Mother Visits Cemetery, Praying by Daughter's Seashell Gravesite

Study Shows HOPE Technique Safe for Lung Preservation

Urgent Call for Improved Heart Devices at ISHLT Meeting

Breakthrough in Heart Donation Technique at ISHLT Conference

Australia's Organ Transport Challenge: Unused Donor Hearts

Unraveling the Mystery of Filoviruses

Uganda Declares End of Ebola Outbreak

Measles Outbreaks in 20 States: U.S. Cases Near 900

Emily Kramer-Golinkoff Struggles with Advanced Cystic Fibrosis

Medicare Cancer Drug Costs Slashed: Key Program Unveiled

Researchers Investigate ALS Impact on Blood Molecules

Opioid Crisis: 5-Fold Rise in Neonatal Opioid Withdrawal

Exploring Salutogenesis: Beyond Disease Drivers

Bruce Willis and Wendy Williams Diagnosed with Frontotemporal Dementia

Zombie Cells in Human Skin: Impact on Inflammation

Convenient and Tasty American Grocery Store Favorites

Study: High Medical Debt Linked to Skipped Mental Health Care

Survey: Majority of Women Expect Menopause in Their 40s

USPSTF Recommends Counseling for Women at Risk for Perinatal Depression

Novavax's Covid-19 Vaccine Nearing Full FDA Approval

Thyroid Cancer Patients Benefit from Radioiodine Treatment

First Comprehensive Study of DNA Methylation in Thyroid Cancer

Study Reveals Brain's Role in Spastic Paraplegia Type 15

Plasmodium Falciparum Infection Linked to Burkitt Lymphoma

Umbilical Cord as Crystal Ball: Predicting Child Health

Global Survey: Strong Interest in VR-Haptic Tech for Dental Training

Study Reveals Genes Linked to Lethal Stomach Cancers

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Global Aridification Impact: Challenges for Agriculture

Austrian Lab Tests Honey DNA for Composition & Adulteration

Stanford Medicine Unveils Breakthrough Cancer Detection Test

Sophisticated Fraud in Sports: Rise of Equipment Tampering

Prehistoric Kangaroos Perish in Australian Climate Shift

Unique Energy-Level Degeneracies in Non-Hermitian Systems

UN Oceans Conference: Treaty Progress Amid Delay

Excited Commentator Narrates Spectators Watching Tiny Sperm Race

Modern Industrial Processes: Key Role of Chemistry in Fertilizer Production

Oregon Health Science University Discovers Lipid-Transfer Complex

Researchers Uncover Plant Stress Communication; NASA Budget Cuts Threaten Space Telescopes

Options for Replacing Lost Teeth: Dentures vs. Titanium Implants

New Fusion Technology Claims 100x Power Boost

Solar Flares Drive Energetic Electrons in Space

Understanding the Formation of Electrical Double Layers

International DNA Day Celebrates Hong Kong Orchid Tree Sequencing

Innovative Method: Bacteria Fibers Heal Bones

"Circinus West Molecular Cloud Revealed in Chile"

"Highly Stable Water Oxidation Catalyst for Green Hydrogen"

Reproducibility Crisis: Impact on Scientific Results

Novel Top Veto Tracker System for Taishan Antineutrino Observatory

Arctic Fjords' Carbon Sink Capacity Threatened

Stainless Steels: Key Material for Diverse Industries

Scientists Discover Curved Green Light Flashes in Canada

Pharmaceutical Drugs: Atom-Level Design Impact

New Discoveries in Formation of Distant Icy Objects

Challenges in Scaling Hydrogen Evolution for Clean Fuel

The Interplay of Science and Politics in Lawmaking

Global Health Emergency: Monkeypox Outbreak Spreads Rapidly

Chain Reaction Triggers Avalanche Disaster

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Auto Shanghai Show Highlights Cutting-Edge Technology

Innovative Microrobot Design Unveiled by Chinese Universities

Robotic Arms Weld Metal Parts onto Vehicle Beds in Automated Factory

Xi Jinping Urges China to Develop Core AI Technologies

Oregon Environmental Agency Mum on Cyberattack Data Theft

Trump Administration Rule Changes Benefit Tesla's Self-Driving Cars

California Regulators Propose Testing Self-Driving Trucks

Advancements in Eco-Friendly Solar Materials

Rising Environmental Costs of Textiles Amid Growing Demand

Complex Instruction Methods for CNC Manufacturing

Researchers at Postech Uncover Breakthrough in AI Advancement

Western U.S. States Study: Decarbonizing Grid for Clean Energy

AI Boosting Productivity: $15.7 Trillion Global Impact

Georgia Tech Tool Automates Malware Removal, Safeguarding Data

Advancements in Wearable Health Tech

Yahoo Inc. to Bid for Chrome Browser Amid Antitrust Case

New Study: Enhanced Prosthetic Limb Design with Dual Signals

MIT Researchers Revolutionize Software Optimization with Simple Diagrams

Artificial Intelligence's Fatal Flaw: Data Overload

Penn State Researchers Develop Solid-State Electrolytes

Study Reveals Game Developers' Strategy Amid Console Updates

AI Revolution in Marketing: Life-Size Holograms in Times Square

French Studio Sandfall Interactive Launches "Clair Obscur: Expedition 33"

U.S. Preorders for the Nintendo Switch 2 Spark Chaos

European Automakers Launch Charm Offensives in Chinese Car Market

Energy Shortage Looms in Fourth-Largest Oil State

Scientists Learn from Challenges to Build Future Experimental Stations

Identifying Poorly Trained AI Models

U of A Engineering Researcher Utilizes Sunlight for Hydrogen Production

Is the World in an Artificial Intelligence Arms Race?

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Tuesday, March 7, 2023

Why is TikTok under attack from the US government?

Why is TikTok under attack from the US government?

Why is TikTok under attack from the US government?

TikTok has become a popular social media platform in recent years, especially among younger users. However, the app has also become the center of controversy in the United States.

The US government is concerned that TikTok, which is owned by Chinese company ByteDance, could be a security threat. They worry that the app's data collection practices could lead to the sharing of sensitive information with the Chinese government.

In response to these concerns, the US government has taken a number of steps to try to limit TikTok's influence in the country. In August 2020, President Trump signed an executive order that would ban the app's use in the United States starting on September 20th, unless it was sold to an American company. Microsoft expressed interest in acquiring TikTok's US operations, but the deal ultimately fell through.

As of September 20th, 2020, TikTok has not been banned in the United States. However, the app is still under scrutiny from the government, and it remains to be seen how this controversy will play out.

For now, TikTok remains a popular platform for users around the world. However, its future in the United States is uncertain, and the app will need to address the government's concerns if it wants to continue to operate in the country.



https://www.lifetechnology.com/blogs/life-technology-technology-news/why-is-tiktok-under-attack-from-the-us-government

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A new inference attack that could enable access to sensitive user data

New Inference Attack could Enable Access to Sensitive User Data

New Inference Attack could Enable Access to Sensitive User Data

What is an Inference Attack?

An inference attack is a type of attack used to extract sensitive information from a system by analyzing patterns in the data. Inference attacks can be used to guess passwords or other private information by analyzing patterns in the system's response.

The New Inference Attack

A new type of inference attack has been discovered that could enable unauthorized access to sensitive user data. The attack exploits a flaw in the system that allows attackers to derive private information by analyzing patterns in the responses of the system.

How the Attack Works

The attack works by analyzing patterns in the system's response to user inputs. By repeatedly submitting queries and analyzing the results, the attacker can make educated guesses about the sensitive information in the system. The attacker can use this information to gain unauthorized access to the user's data.

Preventing Inference Attacks

There are several steps that can be taken to prevent inference attacks. First, it is important to limit the amount of information that is revealed in the system's response to user inputs. For example, the system can be designed to only provide feedback that is strictly necessary for the user to complete their request. Additionally, processes can be put in place to limit the number of requests that can be made in a given time period, making it more difficult for attackers to analyze patterns in the system's response.

Conclusion

The discovery of this new inference attack highlights the need for vigilance when it comes to protecting sensitive user data. By implementing best practices for data security, organizations can reduce the risk of unauthorized access to their systems, protecting both their business and their customers.



https://www.lifetechnology.com/blogs/life-technology-technology-news/a-new-inference-attack-that-could-enable-access-to-sensitive-user-data

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Breakthrough enables perfectly secure digital communications

Breakthrough Enables Perfectly Secure Digital Communications

Breakthrough Enables Perfectly Secure Digital Communications

With the increasing dependence on digital communications, security is of utmost importance. Hackers and cyber criminals are always looking for ways to breach sensitive information and communication channels.

However, a recent breakthrough may have just solved the problem of secure communication. Researchers have discovered a method of encryption that is virtually unbreakable. This means that communications using this encryption method cannot be intercepted or decoded.

What is the Breakthrough?

The breakthrough is based on quantum physics and involves the use of entangled particles to send messages. Entangled particles are two particles that are connected in such a way that whatever happens to one particle instantly affects the other, no matter the distance between them.

This means that any message sent using entangled particles cannot be intercepted without disturbing the particles, which would be immediately detected by the sender and recipient. This is why communication using this method is perfectly secure.

Implications of the Breakthrough

This breakthrough has immense implications for digital security. All current methods of encryption can be broken with enough time and computing power. But with this new method, even the most powerful computers would take millions of years to break the encryption.

Secure communication using entangled particles can be applied to a wide range of applications, including government communications, financial transactions, and even personal communication. It has the potential to revolutionize digital security and put an end to data breaches and hacking.

Conclusion

The breakthrough in secure digital communication using entangled particles is a major achievement in the field of quantum physics. It has the potential to revolutionize digital security and protect sensitive information that is transmitted online. With this breakthrough, we can finally achieve perfectly secure digital communication.



https://www.lifetechnology.com/blogs/life-technology-technology-news/breakthrough-enables-perfectly-secure-digital-communications

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