Global Journals Inc. (US), Global Journals Headquarters, Headquarters, KY (2025)

08/30/2025

🔬 New Research Published!
Cockroaches in the Maltese Islands are more than just household pests—they carry a fascinating story of ecological history and human influence. 🪳🌍

Our latest study, “On the Origin of Cockroaches in the Maltese Islands”, uncovers how these resilient insects arrived, adapted, and spread across the archipelago. Situated at the crossroads of Europe, North Africa, and the Middle East, Malta has long been a melting pot of biodiversity. The research not only traces the pathways of natural dispersal and centuries of human-mediated movement but also documents two species previously unrecorded in the islands.

This work highlights how even the most overlooked organisms can reveal deep insights into historical trade, migration, and ecosystem dynamics.

📖 Read more in the full article and explore the hidden side of Malta’s biodiversity.
article link: https://journalofscience.org/index.php/GJSFR/article/view/103018

08/25/2025

🧠 New Research Alert!
Stroke continues to be one of the most serious complications for individuals with cardiovascular disease. Our latest study dives deep into clinical, biochemical, and imaging indicators that may help predict stroke risk among cardiac patients.

📊 Examining data from 200 patients (2020–2022), researchers found that conditions such as atrial fibrillation (AF), heart failure, and coronary artery disease (CAD) significantly increase stroke risk. Hypertension and dyslipidemia were also closely linked to higher vulnerability.

🔍 These insights could improve early risk stratification and guide more targeted interventions, offering clinicians better tools to prevent life-threatening outcomes.

Read the full article - https://journalofscience.org/index.php/GJSFR/article/view/103015

08/22/2025

🌊 New Research Spotlight! 🏊‍♂️

Why do some students excel in the water while others struggle? This study dives deep into the connection between water survival skills and swimming performance among BSMT students.

📊 Surveying 267 participants and interviewing 5 students, the research uncovered that survival skills have a 56.1% influence on swimming ability. Key elements include:

Stroke adjustments & breathing control 🫁

Confidence building & fear reduction 💪

Adaptation, self-reliance, and future preparedness 🌟

The findings highlight how structured water survival drills and mixed-method training can transform not only performance, but also resilience and confidence in aquatic environments.

💡 This study underlines that survival skills go far beyond technique—they shape mindset, independence, and readiness for the unexpected.

Article link: {https://socialscienceresearch.org/index.php/GJHSS/article/view/104385}

08/21/2025

🌊 New Research Spotlight! 🏊‍♂️

Why do some students excel in the water while others struggle? This study dives deep into the connection between water survival skills and swimming performance among BSMT students.

📊 Surveying 267 participants and interviewing 5 students, the research uncovered that survival skills have a 56.1% influence on swimming ability. Key elements include:

Stroke adjustments & breathing control 🫁

Confidence building & fear reduction 💪

Adaptation, self-reliance, and future preparedness 🌟

The findings highlight how structured water survival drills and mixed-method training can transform not only performance, but also resilience and confidence in aquatic environments.

💡 This study underlines that survival skills go far beyond technique—they shape mindset, independence, and readiness for the unexpected.

Read it here: https://socialscienceresearch.org/index.php/GJHSS/article/view/104381

08/20/2025

🌐 New Research Alert!
Our latest publication, "Optimal Cooling Systems in Current Data Centers," explores how the backbone of modern IT infrastructure can be made more adaptive, efficient, and sustainable.

As data centers continue to power global communication, collaboration, and information processing, the demand for well-engineered cooling systems has never been more critical. This study highlights how innovations in hardware, software, and operating systems must be supported by cooling strategies that enhance productivity, security, and accessibility—all while meeting the fast-paced technological demands of today’s organizations.

🔎 Read more about how cooling design is shaping the future of IT infrastructure and organizational adaptability.
read it here: https://computerresearch.org/index.php/computer/article/view/102417

08/19/2025

🌍 Revolutionizing Global Supply Chains

As industries race to adapt, emerging technologies are reshaping the very foundation of supply chains. Our latest research unveils how cloud-based analytics, blockchain, and advanced security frameworks are driving innovation, creating systems that are smarter, more transparent, and highly resilient.

🔹 Cloud-based analytics empower real-time, data-driven decisions.
🔹 Blockchain ensures immutable records, enabling trust and reducing fraud.
🔹 Enterprise-level security protects critical information against cyber threats.

This study introduces a framework for next-generation supply chains—designed to tackle inefficiencies, fight fraud, and safeguard data while building sustainable, adaptive ecosystems for the future.

📖 Explore how digital transformation is not just an upgrade, but a revolution in how supply chains are desig
Read the article here: https://computerresearch.org/index.php/computer/article/view/102418

06/28/2025

🚨 Just Published! 🚨
🔍 "A Board Recipe for Minimizing Supply-Chain Cyber Loss" unveils a startling insight from behind corporate curtains: over 90% of Fortune 500 board members are unsure of their own cybersecurity programs' strength 😟

After sitting in dozens of boardrooms and decoding CEO–CISO dialogues, the authors uncovered a troubling pattern: too many anecdotes, not enough actionable strategies.

But here’s the game-changer 👉 With evidence drawn from thousands of forensic investigations—including over 1,000 for the U.S. Secret Service—this study provides a concrete roadmap for boards to proactively slash cyber risk across supply chains.

Boards, it's time to go beyond vague stories and step into data-driven decisions.

🛡️ If you're serious about safeguarding your enterprise from Black Swan cyber-events, this one's essential reading.

🔗 Read the full study now: https://computerresearch.org/index.php/computer/article/view/102339

06/21/2025

🌌 Did You Know Solar Storms Can Affect Your Health? ⚡🧠

A newly published study explores a fascinating and rarely discussed connection: how solar storms — intense space weather triggered by solar flares and magnetic flips on the Sun — might influence human biology. 🧬💥

As we approach the 2025 solar maximum, the Earth is entering a period of amplified geomagnetic activity. These storms don’t just interfere with satellites or power grids — they’re also linked to neurological issues, cardiovascular stress, immune responses, and even behavioral changes, according to growing epidemiological evidence. 🌍🔬

This research introduces Biofield Energy as a potential lens for understanding how our bodies respond to space-induced electromagnetic changes. It's not just cosmic—it’s deeply human.

📖 Read the full article to explore the invisible threads connecting solar physics and personal health.

🔗- https://medicalresearchjournal.org/index.php/GJMR/article/view/102621

06/20/2025

🛰️ New Research Alert 🌞
Title: Nature of Arrhythmia in the Cyclicity Activity of Sun

Is the Sun skipping a beat? 🌐 Recent findings suggest an arrhythmic phase in solar activity, where the 11-year sunspot cycle — long considered reliable — exhibited local failures during Cycles 23 and 24. Yet, hope flickers: Cycle 25 appears to be realigning with the invariant rhythm of the 22-year solar cadence.

📉 In early 2024, a steep 20% drop in galactic cosmic ray intensity flagged a pivotal shift — a precursor event forecasting the solar maximum. The data points to a restored self-oscillation mechanism within the convective zone, echoing theories akin to Lorenz chaos and strange attractors. Could this be nature’s way of resetting the solar metronome?

From Maunder to Dalton minima, this study redefines "arrhythmia" not as disorder, but as a dynamic recalibration in the Sun’s energy regulation. ☀️ A new chapter in heliophysics is unfolding — and it's nothing short of stellar.

🔗 Dive into the full article - https://journalofscience.org/index.php/GJSFR/article/view/102980

06/11/2025

🌌 New Research Spotlight!

What if creativity itself—in both nature and biology—springs from a single, elegant process? 🧠⚛️

In a groundbreaking paper titled "Charge Neutralization Process (CNP) as a Foundational Principle of Physical and Biological Creativity," the authors reimagine the CNP not as a passive electrostatic effect, but as a core mechanism for complexity and stability across the universe. 🌐

From the architecture of atoms to the firing of neurons, CNP acts like nature’s hidden artist—balancing opposites to craft structure, harmony, and innovation. This fresh lens opens new pathways to understanding how order emerges from chaos.

📖 Dive into the full article - https://journalofscience.org/index.php/GJSFR/article/view/102985

06/10/2025

🪐 New Research Alert 🌌

Can spacetime itself explain the mysteries of the cosmos?

Our latest study dives into noncommutative quantum gravity—a radical framework where the very fabric of space and time doesn't commute—to explore if the gravitational effects attributed to dark matter might emerge naturally from the geometry of the universe itself.

From the flattening of galactic rotation curves to the ghostly grip of dark halos, this paper suggests that what we perceive as dark matter might, in fact, be an illusion born from quantum-gravitational self-interaction. Could this mean less need for exotic matter in our cosmic inventory?

📖 Explore the paradigm-shifting theory that could rewrite the dark matter narrative.

👉 Read now: https://journalofscience.org/index.php/GJSFR/article/view/102988

06/04/2025

🚨 Groundbreaking Discovery Buried Beneath the Sands of Time 🚨

What if the secrets of the pyramids didn’t end in stone, but started two miles below?

A new study turns the story of Giza upside-down—literally. Using a quantum-informed interpretation of radar signals, researchers have unearthed subterranean anomalies—structures stretching two miles beneath the pyramids. Also uncovered: newly hidden chambers that defy known history.

If ancient builders encoded Pi, the Golden Ratio, and even the speed of light into these colossal marvels… then who really built them?

The answer? It's not just controversial—it’s cosmic.

This provocative investigation links the architecture not to Pharaohs, but to the Nephilim—the mysterious hybrid beings referenced in ancient texts, said to be the progeny of celestial entities and genetically modified human women. These "Fallen Angels" weren’t just myth—they may be our shared ancestors.

🌀 Sacred geometry, quantum scans, forbidden archaeology—all lead to one truth: the story we’ve been told is incomplete.

👁️ Read the full article to journey deeper into the unknown:
https://journalofscience.org/index.php/GJSFR/article/view/102990

Global Journals Inc. (US)

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