🧮 Fixed Points & Graphs: A Smart Math Solution for Fractional Systems ⚙️📈 | #Sciencefather #researchers #calculus

🔷 Graph-Based Fixed Points 🧠 + Fractional Calculus 🔄: A Math-Infused Path to Solving Complex Dynamic Systems 🔢⚙️

---

📍 Big Picture: Math Meets Modern Modeling

We blend the timeless power of fixed point theory—the idea that some functions “land on themselves” 🔄—with graphic contractions, a network-oriented twist, to conquer fractional-order differential equations. This synergy creates a robust framework for modeling processes with memory, hereditary effects, and non-local interactions.

---

🧮 Fixed Point Foundations: Stability in Equations 🎯

A fixed point $x^*$ of a mapping $T: X \to X$ satisfies

$$T(x^*) = x^*.$$

Classic Banach’s Contraction Principle guarantees a unique fixed point if

$$d\bigl(T(x),T(y)\bigr)\;\le\;\alpha\,d(x,y),\quad 0\le\alpha<1,$$

in a complete metric space $(X,d)$. This theorem underpins solutions in optimization, differential equations, and beyond.

---

📊 Graphic Contractions: Adding Network Structure 🔗

Rather than requiring contraction everywhere, graphic contractions impose a graph $G=(V,E)$ on $X$. If $(x,y)\in E$, then

$$d\bigl(T(x),T(y)\bigr)\;\le\;\alpha\,d(x,y).$$

Why it shines:

• Local Control: Only connected pairs must contract.

• Realistic Models: Captures relationships in social networks, distributed systems, and multi-agent frameworks.

• Flexibility: Works on partially connected spaces where Banach’s full contraction fails.

---

🔄  Fractional Calculus: Derivatives Beyond Integers 🧪

Fractional-order derivatives $D^\alpha$ ($0<\alpha<1$) extend classic calculus to model systems with memory and long-range interactions:

$$D^\alpha y(t) = f\bigl(t,y(t)\bigr).$$

Applications include:

• Viscoelastic materials (stress-strain with memory) ⚙️

• Anomalous diffusion in physics 🌌

• Bio-systems (e.g., heartbeat dynamics) ❤️

• Financial markets with hysteresis effects 💹

---

🔗 Fusion Framework: Graph + Fixed Point ⇒ Fractional Solutions

1. Define a suitable metric space $(X,d)$ of candidate functions.

2. Construct the operator $T$ encoding the fractional differential equation (via, e.g., integral transforms).

3. Overlay a graph $G$ capturing admissible interactions/pairs.

4. Prove $T$ is a graphic contraction on $(X,G)$.

5. Invoke the graphic fixed point theorem ⇒ existence & uniqueness of the solution $y^*(t)$.

The fixed point $y^*$ is our exact solution—no iterative approximations needed.

---

🌍  Why It Matters: From Theory to Practice

• ✅ Enhanced Modeling: Tackles problems with partial connectivity or network constraints.

• ✅ Memory Effects: Captures hereditary phenomena in materials, biology, and finance.

• ✅ Broad Applicability: From epidemic spread on networks 🦠 to decentralized control in robotics 🤖.

• ✅ Elegant Rigor: Leverages pure mathematics for concrete, real-world solutions—bridging theory and application seamlessly.

---

🚀  Real-World Impact

• Smart Grids & Networks: Stability analysis in power and communication networks ⚡📡

• Biomedical Engineering: Modeling tissues with viscoelastic responses 🧬

• Environmental Science: Predicting pollutant diffusion over irregular terrains 🌳

• Control Theory: Designing controllers for systems with memory and delays 🎛️

---

✨ In Sum

This innovative blend of graph-theoretic fixed points and fractional calculus opens doors to solving a vast array of complex systems—mathematically guaranteed, elegantly rigorous, and practically powerful.

Math Scientist Awards 🏆

Visit our page : https://mathscientists.com/

Nominations page📃 : https://mathscientists.com/award-nomination/?ecategory=Awards&rcategory=Awardee

Get Connects Here:

==================

Youtube: https://www.youtube.com/@Mathscientist-03

Instagram : https://www.instagram.com/mathscientists03/

Blogger : https://mathsgroot03.blogspot.com/

Twitter :https://x.com/mathsgroot03

Tumblr: https://www.tumblr.com/mathscientists

What'sApp: https://whatsapp.com/channel/0029Vaz6Eic6rsQz7uKHSf02

Pinterest: https://in.pinterest.com/mathscientist03/?actingBusinessId=1007328779061955474

🔢 “Patterns of Progress” – Honoring Reviewers Who Inspire Discovery 🌍💡 | #Sciencefather #researchers #mathscientists

🧠💥 "The Calculated Impact" – Best Review Paper Distinction

Where mathematical minds ✍️ master the art of synthesis, insight, and influence.

---

🔍 Not All Heroes Solve Equations… Some Rewrite the Map

While most chase unsolved problems, a few rare minds step back and ask:
📚 What do we already know?
🧩 How do the pieces fit together?
🚀 And where do we go from here?

The “Calculated Impact” Award honors review papers that don’t just report knowledge—they redefine direction. In the vast terrain of mathematics, this award goes to the navigators, not just the explorers.

---

🎯 What Makes a Winner?

You're the kind of scholar we're looking for if your review paper:

✔️ Synthesizes vast mathematical research into clear, cohesive insight
✔️ Highlights contradictions, gaps, or opportunities others missed
✔️ Inspires next-generation ideas, theorems, or applications
✔️ Is already making waves (citations, attention, or classroom impact)

This is more than an award—it's a statement:
🧠 “You saw the structure in the chaos.”

---

📌 Eligibility Criteria

Let’s keep it sharp:

• 🎓 Minimum Qualification: Master’s degree or equivalent research work

• 📆 Published: In a peer-reviewed journal within the past 3 years

• 🏅 Originality: Not previously awarded in any other platform

• 📈 Impact: Must demonstrate scholarly influence (citations, use in curriculum, relevance)

---

🧪 What We Measure

We don’t just read your paper — we experience it.

Our Review Board Will Examine:

1. 📘 Literature Depth – Did you cover the landscape thoroughly?

2. 🧠 Synthesis Skill – Did you connect ideas in a novel, insightful way?

3. 🔎 Clarity & Structure – Is it readable, logical, and purposeful?

4. 💡 Innovation in Framing – Did your review reshape how we see the topic?

5. 🧬 Domain Influence – Has it already made an academic or applied impact?

---

📤 How to Apply

No complex steps (we love elegance):

1. 📄 Submit a PDF of your published review

2. ✨ Include a 300-word abstract summarizing scope & significance

3. 👤 Add a professional bio (max 200 words)

4. 📊 Optional: Attach citation metrics, figures, or supplementary insights

5. 🖥️ Upload via the Math Scientist Awards Portal before the deadline

---

🏆 Recognition That Counts

Winners of The Calculated Impact receive:

• 🥇 Official Award Certificate & Digital Emblem for academic portfolios

• 📢 Featured in our "Review Catalysts Hall of Fame"

• 🎙️ Invited talks at international math symposia

• 🤝 Collaboration & mentorship invitations from top researchers

• 🌍 Amplified presence across academic networks & publication partners

---

🌐 Why This Award Matters

In math, review papers are the architecture behind the breakthroughs.
They're curriculum cornerstones, policy guides, and research compasses.
This award puts a spotlight on those whose clarity becomes a collective vision.

Because in a field full of complexity, those who make it coherent…
📐 shape everything.

📝 Apply Now and Let Your Work Shine!

📎 Submit your article
🌍 Join a global network of math innovators
🏆 Be recognized where it truly counts

🔗 Visit: [mathscientists.com]
📧 Contact: contact@mathscientists.com

---

🚀 Redefine the Review. Reimagine the Future.

Your paper didn't just summarize the past—it charted the future. Let us honor that.

🎓 Submit now. Be the mind behind the map. 💡

Math Scientist Awards 🏆

Visit our page : https://mathscientists.com/

Nominations page📃 : https://mathscientists.com/award-nomination/?ecategory=Awards&rcategory=Awardee

Get Connects Here:

==================

Youtube: https://www.youtube.com/@Mathscientist-03

Instagram : https://www.instagram.com/mathscientists03/

Blogger : https://mathsgroot03.blogspot.com/

Twitter :https://x.com/mathsgroot03

Tumblr: https://www.tumblr.com/mathscientists

What'sApp: https://whatsapp.com/channel/0029Vaz6Eic6rsQz7uKHSf02

Pinterest: https://in.pinterest.com/mathscientist03/?actingBusinessId=1007328779061955474

 

🎥 📐Precision in Every Pixel: Mathematical Tuning of 3D with Colloidal Control 🔬 | #Sciencefather #researchers #Integral

🔮 Mathematical Magic in 3D: Enhancing Integral Imaging with Hole Arrays & Colloids 🧪🔢

📌 What’s This About?

This work introduces a mathematically-driven 3D display system based on integral imaging—a cutting-edge technique that captures light fields to create autostereoscopic (glasses-free) 3D visuals. By eliminating crosstalk and enhancing depth perception, the system offers a revolutionary leap in 3D visualization using hole arrays 🕳️ and colloidal optics 🧬, all underpinned by strong mathematical modeling.

---

📐  The Math Behind Integral Imaging 🧮

Integral Imaging (InI) uses geometric optics and multi-view projection to capture and reconstruct 3D scenes. Each lenslet (in a microlens array) captures a different viewpoint, forming what's known as elemental images.

💡 Mathematically:

If an object point $P(x, y, z)$ emits light, each microlens captures a perspective image based on the ray function:

$$I_{u,v}(x, y) = f(P, \theta, \phi)$$

Where:

• $u, v$ = microlens indices

• $\theta, \phi$ = angular directions

• $f$ = light intensity function based on geometry and optics

But this setup faces two big problems...

---

⚠️  Problem 1: Crosstalk – A Mathematical Noise 😵‍💫

Crosstalk occurs when rays meant for one microlens leak into neighboring lenses. This is modeled as an overlap integral:

$$C = \int_{A} I_{i}(x,y) \cdot I_{j}(x,y) \, dx \, dy$$

Where $C$ measures interference between adjacent views $i$ and $j$. Higher $C$ ⇒ more crosstalk ⇒ blurred image.

---

🛠️  Solution: Hole Arrays 🕳️ for Crosstalk Elimination

🔬 What are Hole Arrays?

Precisely aligned micro-apertures placed behind or in front of the microlens array. They act as optical gates.

✨ How They Work:

They block off-axis rays mathematically filtered by ray trajectory equations:

$$R(x, y, \theta) \rightarrow \text{pass only if within hole aperture}$$

This reduces $C$, minimizing unwanted overlaps and improving image sharpness and clarity 🔍.

---

🌀  Problem 2: Poor Depth Resolution ⬇️

The perceived depth $Z$ in integral imaging is a function of:

$$Z = \frac{d \cdot f}{d - f}$$

Where:

• $d$ = lens-to-display distance

• $f$ = focal length of lens

In traditional setups, small $f$ and fixed $d$ limit achievable $Z$. The system fails to show deep 3D fields clearly.

---

🌈  Solution: Colloids for Depth Enhancement 🧬

Colloids (microscopic particles suspended in a medium) create tunable refractive index fields.

🔬 Optical Effect:

They alter the light phase $\phi(x,y)$ and wavefront curvature dynamically:

$$\phi(x, y) = \frac{2\pi}{\lambda} \cdot n(x, y) \cdot d$$

Where:

• $n(x, y)$ = spatially varying refractive index

• $d$ = colloid thickness

• $\lambda$ = wavelength of light

This manipulation allows adaptive focusing, extending the depth range and creating more realistic 3D scenes 🌌.

---

💎 Final Output: Crystal Clear 3D Images with Mathematical Precision

Combining hole arrays and colloids in this advanced integral imaging system yields:

• ✅ Mathematically filtered rays ⇒ reduced crosstalk

• ✅ Tunable light control ⇒ improved depth perception

• ✅ True 3D with enhanced resolution

• ✅ Passive, compact design—no active computation needed

---

🧠 Mathematics + Physics + Optics = Future of 3D Displays

This system is a perfect blend of applied mathematics, optical engineering, and nanotechnology, providing a smarter, sharper, and deeper 3D experience without digital overhead.

---

🧪 Real-World Applications

• 👓 Glasses-free 3D displays

• 🧬 Medical diagnostics (3D scans)

• 🌍 Scientific visualization

• 🎮 Immersive AR/VR systems

• 📺 Next-gen 3D TV

Math Scientist Awards 🏆

Visit our page : https://mathscientists.com/

Nominations page📃 : https://mathscientists.com/award-nomination/?ecategory=Awards&rcategory=Awardee

Get Connects Here:

==================

Youtube: https://www.youtube.com/@Mathscientist-03

Instagram : https://www.instagram.com/mathscientists03/

Blogger : https://mathsgroot03.blogspot.com/

Twitter :https://x.com/mathsgroot03

Tumblr: https://www.tumblr.com/mathscientists

What'sApp: https://whatsapp.com/channel/0029Vaz6Eic6rsQz7uKHSf02

Pinterest: https://in.pinterest.com/mathscientist03/?actingBusinessId=1007328779061955474

📝 Turn your published research into prestige—submit your breakthrough article and let your ideas inspire the world!🌍💡 | #Sciencefather #researchers #mathscientists

🏆✍️ "The Pen of Proof: Best Research Article Award"

Celebrating Bold Ideas, Brilliant Writing, and Breakthrough Discoveries in Mathematics

---

🧠 Introduction: Where Research Meets Recognition

The Best Research Article Award honors exceptional mathematical minds whose written work reshapes understanding, solves complex challenges, and leaves a lasting imprint on the field.
Whether it's a novel theorem, a sophisticated model, or a fresh perspective, this award applauds those who use writing as a tool for innovation.

---

📚 About the Award: A Tribute to Mathematical Excellence

Offered under the prestigious Math Scientist Awards, this honor recognizes a peer-reviewed research article that has:

🔹 Advanced mathematical knowledge
🔹 Inspired academic inquiry
🔹 Shown strong potential for real-world impact
🔹 Demonstrated clarity, precision, and originality

It is not just about publishing—it’s about publishing something that matters.

---

🎓 Eligibility: Who Can Apply?

🔹 Age Limit: No upper limit—open to early-career, mid-career, and seasoned researchers
🔹 Qualification: Master’s degree or PhD (or equivalent research credentials)
🔹 Publication Criteria:
• Must be a peer-reviewed article
• Published within the last 2 years
• Co-authored works welcome (with lead author specified)
🔹 Focus: Original, impactful, and field-relevant mathematical research

---

📊 Evaluation Criteria: How We Judge Excellence

1. 💡 Innovation & Originality – Is the idea new and transformative?

2. 🔍 Methodological Precision – Is the research design solid and rigorous?

3. 🌍 Impact & Relevance – Does it influence current or future work?

4. ✍️ Clarity of Writing – Is the article accessible, well-structured, and compelling?

5. 📈 Citations & Academic Attention – Has it sparked attention or peer validation?

---

📥 Submission Guidelines: Your Path to Recognition

📌 Submit the following via our official portal:

✅ Full research article (PDF format)
✅ 300-word abstract summarizing the contribution
✅ Author bio (150–250 words)
✅ Optional: Supporting materials (datasets, appendices, media mentions, reviews)
📆 Deadline: Check the portal for this year’s closing date

---

🏅 Recognition: What You’ll Receive

🎖️ Award Certificate + elegant Commemorative Plaque
💰 Cash Prize or Research Grant (where available)
📘 Featured in our annual Top Research Publications Showcase
🎤 Invited speaker opportunity at Math Scientist global forums
📰 Spotlight in scientific and academic media

---

🌟 Community Impact: Beyond the Journal Pages

Winning articles often:

🔹 Tackle urgent global challenges
🔹 Provide mathematical models for real-life solutions
🔹 Become references in education, policy, or interdisciplinary research

This award is a bridge between academic excellence and global transformation.

---

🚀 Why It Matters: Ink That Influences the World

Your research could be the spark that changes a theory, inspires a new generation, or even redefines a branch of mathematics.
The Best Research Article Award is a celebration of words that matter, proofs that persuade, and ideas that endure.

---

📝 Apply Now and Let Your Work Shine!

📎 Submit your article
🌍 Join a global network of math innovators
🏆 Be recognized where it truly counts

🔗 Visit: [mathscientists.com]
📧 Contact: contact@mathscientists.com

Math Scientist Awards 🏆

Visit our page : https://mathscientists.com/

Nominations page📃 : https://mathscientists.com/award-nomination/?ecategory=Awards&rcategory=Awardee

Get Connects Here:

==================

Youtube: https://www.youtube.com/@Mathscientist-03

Instagram : https://www.instagram.com/mathscientists03/

Blogger : https://mathsgroot03.blogspot.com/

Twitter :https://x.com/mathsgroot03

Tumblr: https://www.tumblr.com/mathscientists

What'sApp: https://whatsapp.com/channel/0029Vaz6Eic6rsQz7uKHSf02

Pinterest: https://in.pinterest.com/mathscientist03/?actingBusinessId=1007328779061955474

📘🧮 Text, Equations & the Brain: Modeling Interference with AI | #Sciencefather #researchers #Math

🧠📘 Cracking the Neural Code: How Math 📐 Interferes with English Reading Using fNIRS & Deep Learning 🤖

---

🔍 Introduction: When Numbers Clash with Words

Have you ever read a sentence like:

"Tom had 5 apples 🍎 and gave away 2. How many are left?"

Suddenly, your brain switches gears—from reading mode to calculating mode. This mental tug-of-war is called mathematical interference, and it can disrupt smooth language processing.

🧠 This study uses fNIRS (functional Near-Infrared Spectroscopy) and cutting-edge deep learning models to uncover how the brain handles this conflict between math and English reading.

---

🎯 Objective

To detect, analyze, and predict the brain's response to mathematical content embedded in English reading, using:

• 🌈 Real-time fNIRS signals

• 🔁 Deep learning models (CNNs, RNNs, Transformers)

• 📊 Behavioral and cognitive metrics

---

🧪 Methodology

👥 Participants

• 💡 Adults fluent in English

• 📚 Reading tasks with varying math content

📖 Task Types

1. Pure Language (e.g., “She walked to the park.”)

2. Pure Math (e.g., “6 × 4 = ?”)

3. Math-Embedded Sentences (e.g., “Anna has 3 pencils ✏️, buys 2 more. How many now?”)

🧠 Data Acquisition

• 🧴 fNIRS headset records oxygenated/deoxygenated hemoglobin signals in the prefrontal and parietal cortex

• 🎯 Eye-tracking + reaction times for validation

---

🧼 Data Preprocessing

• 🧹 Filter out noise & motion artifacts

• 🧮 Normalize signals for fair comparison

• 🧠 Segment based on task transitions (language → math)

---

🤖 Deep Learning Architecture

We built two main models:

🔗 Model 1: CNN + RNN Hybrid

• Captures spatial and temporal patterns in brain activity

• Detects real-time switches between reading and calculating

🧠 Model 2: Transformer with Attention

• Focuses on key interference points

• Identifies when and where math disrupts reading

---

🔍 What Are We Looking For?

We expect:

📈 Increased activity in the DLPFC (executive control center) during interference
🧩 Patterns in fNIRS signals that correlate with comprehension delays
📉 Longer reaction times and more mistakes in math-embedded reading tasks

---

📈 Preliminary Insights

🧠 Your brain lights up differently when solving "math inside a sentence" vs. plain reading or calculating alone.

• Language-only tasks activate classic reading areas 🗣️

• Math-only triggers parietal regions 🔢

• Mixed tasks show crossover + increased cognitive load ⚖️

---

🌐 Applications

🎓 Education

• Smart reading apps that adapt in real-time to student’s cognitive state

• Early detection of dyslexia or dyscalculia

🧠 Neurofeedback

• Real-time brain-aware systems for learners or readers under cognitive load

🤖 AI + Neuroscience

• Neuroadaptive interfaces in e-learning powered by deep learning & brain data

---

⚠️ Limitations

• fNIRS doesn’t go deep into the brain (limited to cortex)

• Needs large datasets for deep learning generalization

• Interpretation of neural signals can be noisy or overlapping

---

🚀 Future Work

• Combine fNIRS with EEG for richer neural tracking

• Test on children, bilinguals, and individuals with math-related learning challenges

• Expand model to real-world tasks (e.g., reading financial documents 💸)

---

🧠💬 Conclusion

Math isn’t just about numbers—it interacts with language in ways that strain the brain’s circuits. This study reveals how math concepts embedded in English create cognitive interference, using the synergy of neuroscience tools and AI models.

Let’s build smarter systems that understand when our brain is overloaded—and why.

 

Math Scientist Awards 🏆

Visit our page : https://mathscientists.com/

Nominations page📃 : https://mathscientists.com/award-nomination/?ecategory=Awards&rcategory=Awardee

Get Connects Here:

==================

Youtube: https://www.youtube.com/@Mathscientist-03

Instagram : https://www.instagram.com/mathscientists03/

Blogger : https://mathsgroot03.blogspot.com/

Twitter :https://x.com/mathsgroot03

Tumblr: https://www.tumblr.com/mathscientists

What'sApp: https://whatsapp.com/channel/0029Vaz6Eic6rsQz7uKHSf02

Pinterest: https://in.pinterest.com/mathscientist03/?actingBusinessId=1007328779061955474

🔬Math Meets Vision: The Award Empowering Young Innovators Minds 🌍💡 | #Sciencefather #researchers #mathscientists

🌟 Math Minds of Tomorrow: The Young Innovator Award 🧠📐

The Young Innovator Award is a prestigious honor under the Math Scientist Awards, designed to spotlight and uplift brilliant minds under 35 who are redefining the boundaries of mathematics and science. 🎓🔬 This award is not just about academic achievement — it's about vision, courage, and creativity.

---

🚀 Celebrating the Future of Mathematical Discovery

In a world driven by ideas, youth-led innovation is the spark that fuels change. The Young Innovator Award, a premier category of the Math Scientist Awards, is designed to honor bold, brilliant minds under 35 who are redefining what’s possible through mathematics, logic, research, and technology. 🧮🌍

Whether you're decoding prime number mysteries, building AI-driven equations, or applying theoretical math to global sustainability—this platform is your spotlight. It’s where the world meets the next generation of pioneers making real impact through abstract thought and analytical power. 💡

---

🧑‍🔬 About the Award

This award isn’t just a trophy — it’s a launchpad for visionary thinkers. ✨
The Young Innovator Award recognizes outstanding individuals who:

🔹 Challenge conventional approaches
🔹 Develop transformative solutions using mathematics
🔹 Inspire communities through mentorship and outreach
🔹 Embrace cross-disciplinary collaboration and global relevance

With innovation at its core, this award empowers youth who are not just imagining the future — but shaping it. 🌟

---

✅ Eligibility at a Glance

🔸 Age Limit: Below 35 years
🔸 Qualification: At least an undergraduate degree (or final-year student)
🔸 Fields: Open to all — Mathematics, Statistics, AI, Computer Science, Game Theory, Engineering, Sustainability, Data Science, and more
🔸 Minimum Requirement: One published paper, product, patent, or impactful project

This award welcomes applications from all regions and backgrounds — diversity is our strength. 🌐

---

🔍 Evaluation Criteria

Every submission is evaluated by a panel of eminent scientists and academicians on the basis of:

🧠 Originality – How novel is the idea or method?
🌎 Impact – Does the work solve real-world problems or advance society?
🧩 Depth – Is there academic or technical rigor behind the innovation?
🤝 Engagement – Has the applicant contributed to collaborative or mentoring efforts?
🔄 Scalability – Can the idea grow, adapt, or be replicated?

---

📤 Submission Guidelines

📝 Fill out the official application form
📄 Upload a clear abstract (max 500 words) and a compelling bio (max 250 words)
📎 Attach supporting material: journal papers, project presentations, awards, or media
📧 Include one recommendation letter from a mentor/supervisor
📆 Late or incomplete entries will be disqualified

Accepted formats: PDF, DOCX, PNG, JPEG
Submission via: Official Math Scientist Awards Portal

---

🏆 Recognition & Benefits

🎖️ Young Innovator Trophy + Certificate of Achievement
🧑‍🎓 Name featured in our Global Hall of Fame
🗞️ Coverage in media releases & international platforms
🎤 Speaking opportunities at innovation summits and partner conferences
🤝 Mentorship & networking access with top researchers and institutions
💰 Grant/funding exposure and collaboration prospects

---

🤲 Beyond the Award — Building Impact

This award is not just about winning — it’s about creating impact. 🫶
Winners become part of a growing ecosystem of young changemakers, where ideas are nurtured, visibility is amplified, and solutions are scaled to meet global challenges — from education and healthcare to technology and climate.

The Young Innovator Award inspires youth to think mathematically, act scientifically, and lead ethically. 🌱

---

🔗 Join the Movement

🌟 If you believe in the power of ideas, in solving equations that change lives, and in using logic as your superpower — then this award is for you.

📢 Nominate yourself or someone brilliant today — and be part of a future driven by intellect, imagination, and integrity. 💫

🧮 Let the world hear your numbers. Let your math make a mark.

Math Scientist Awards 🏆

Visit our page : https://mathscientists.com/

Nominations page📃 : https://mathscientists.com/award-nomination/?ecategory=Awards&rcategory=Awardee

Get Connects Here:

==================

Youtube: https://www.youtube.com/@Mathscientist-03

Instagram : https://www.instagram.com/mathscientists03/

Blogger : https://mathsgroot03.blogspot.com/

Twitter :https://x.com/mathsgroot03

Tumblr: https://www.tumblr.com/mathscientists

What'sApp: https://whatsapp.com/channel/0029Vaz6Eic6rsQz7uKHSf02

Pinterest: https://in.pinterest.com/mathscientist03/?actingBusinessId=1007328779061955474