Nicholas Galitzine’s new Emporio Armani ad is amazing

Amazingly homosexual.

OMG OMG! another BAMBI IS GORGEOUS THREAD. is LPSG down?

OP do try to keep up

She looks like she's got a 8 inch kosher stick up her saggy ass.

^ Oy because she does.

He is so sexy, I think

Femcel frauen bow down before my amazing gorgeous closet. Right.

Oy our necklace looks familiar.

^ not the same

Behind the shoot . "I trust my instincts."

His instinct.

Bulgar cinéma vérité . Haven't seen such authentic "behind the scenes " footage since

Bambi likes it instinctively for the FLAVAH.

There is not a single authentic thing about Galitzine.

You mean her carpet dosen't match her drapes!

Too beefy. I like my twinks lean.

Just when we got rid of the Joe Locke freaks, we get this shit.

Too flabby. I like my twinks firm.

R17 Amateurs

R17 something more your speed gran

Nah, telling you to go fuck yourself is more my speed.

R21 your area of expertize Mary

Thanks for removing all doubt of your nuttiness, dear.

These threads are always just the same lunatic posting the same shit.

R23 nuts are your forte, gran.

LA fires are close to where the Galitzine-Kevitch's reside in Santa Monica . Both are fond of pets and have several . Austin's Insta.

The air crackled with a sinister energy that Nick couldn't quite place. He'd always been a creature of intuition, a man who trusted his gut, and right now his gut was screaming at him to get out of the building. The smoke, thick and acrid, was starting to seep under the door of his apartment, painting the air a hazy grey.

He fumbled for his phone, the screen illuminating his panicked face. No signal. Of course. He cursed his luck, his heart pounding against his ribs like a trapped bird. The fire escape, always his backup plan, was engulfed in flames, a twisted metal ladder leading straight into the inferno.

Nick wasn't one to give up easily. He'd faced challenges head-on his whole life, staring down adversity with a steely gaze and a wry smile. But this was different. This was fear he'd never known, a primal instinct to survive that clawed at his throat.

He stumbled towards the window, the heat licking at his skin like an angry beast. Below, the world was a cacophony of sirens and screams, a chaotic ballet of fear and desperation. He took a deep breath, the smoke burning his lungs, and braced himself for the plunge.

But as he leaned out, a wave of dizziness washed over him. The smoke, the heat, the sheer terror of it all, it was too much. His vision blurred, his legs buckled, and he crumpled to the floor, consciousness fading like a dying ember.

The last thing Nick saw was the fire, a raging inferno consuming everything in its path, a cruel and merciless force that would claim him as its own. His story, a life lived with passion and intensity, would end here, in the ashes of his burning apartment, a tragic footnote in the city's relentless cycle of life and death.

Bambi's got a well hung mensch.

The bell tolls, a distant chime, in the steeple of her mind. Miss Agatha, eyes clouded gray, lost in a forgotten yesterday.

Dust motes dance in the sunlit room, where memories fade in the gathering gloom. Her fingers trace a name on the desk, worn smooth by time, a silent request.

"Nicholas," she whispers low, a name that echoes, a fading glow. He was the brightest, the best by far, her star pupil, her shining star.

Years have passed, seasons have turned, but in her heart, the memory burned. Nicholas, with his mischievous grin, and eyes that held a world within.

She sees his face in every boy, hears his laughter, a fleeting joy. But the present blurs, a hazy scene, and Nicholas remains forever fourteen.

The school bell rings, a jarring sound, but Miss Agatha doesn't turn around. Lost in a past she can't reclaim, whispering Nicholas, like a sacred name.

Easy kombucha from scratch!

Jedward!

OP got a bath today!

R27

Someone please tell me who the hell is he?

A shadow lingers, where the sunlight fades, Nicholas, he haunts my waking days. His tousled hair, the way he laughs and gleams, A vision bright, that fills my darkest dreams.

I watch him walk, the rhythm of his stride, A symphony of motion, I cannot hide. The curve of cheek, the mischief in his eyes, A Nicholas-shaped void, my heart belies.

The things he touches, places where he's been, Become imbued, with grace, a holy scene. A scrap of paper, where his pen has traced, A relic worshipped, in this lonely space.

I know it's wrong, this yearning that I hold, A twisted love, a story left untold. But still, I watch, from shadows, evermore, My heart aflame, for Nicholas, I adore.

R34 after Tab Hunter died you lost interest we understand.

OP's not just crazy, he's rude! A mind unhinged, a spirit crude. He walks around with a twisted sneer, Spreading chaos and sowing fear.

He'll cut in line, he'll shout and swear, He'll belch and burp without a care. His words are sharp, like daggers thrown, Aimed to wound and leave you alone.

He'll mock the weak, he'll scorn the poor, He'll slam the door and loudly snore. His laughter's harsh, a grating sound, A discordant echo all around.

He'll interrupt, he'll dominate, He'll pontificate and irritate. His presence casts a gloomy pall, A blight upon us one and all.

So if you meet him on the street, Just turn away and make retreat. For he's not just crazy, it's true, He's rude and rotten through and through!

Camilla Cabello lives down the street from them in SM. Is her pussy smoking hawt tonite?

Wouldn't know bout CC's woman parts but Austy and I are flaming.

R36, hardly. I checked his IMDB. Absolutely nothing of note. Absolutely nothing that justifies all of the threads devoted to him on Datalounge. That’s why I ask who the hell is he, because he’s barely even a celebrity except amongst you fangurls on here.

Galitzine may be an arrogant pompous opportunistic phony closeted posh girl but he loves Kevitch & dogs so he can't be a complete rotter.

here's only one freak who cares about Nicholas G, Whose heartstrings tug and ache with sympathy. Who sees the pain behind his guarded eyes, And feels the weight of unspoken cries.

There's only one freak who dares to see, The gentle soul that hides within, truly. Who looks beyond the rough exterior, And finds a heart that's pure and superior.

There's only one freak who shares the load, Of burdens carried on a lonely road. Who offers comfort in a world so cold, A helping hand, a story to be told.

There's only one freak who bears the weight, Of Nicholas G's unspoken fate. Who stands beside him, loyal and true, A friend so rare, a love so new.

This freak, a beacon in the darkest night, Shining a light, with all their might. For Nicholas G, a lifeline strong and bold, A love story waiting to unfold.

Jamie's Sweet and Easy Corn on the Cob Corn on the cob is cooked in boiled water with a little sugar and lemon juice for the sweetest, tastiest corn! My mother-in-law gave me this easy recipe.

Submitted by heatherjane Prep Time: 5 mins Cook Time: 5 mins Additional Time: 10 mins Total Time: 20 mins Servings: 6 Ingredients 2 tablespoons white sugar

1 tablespoon lemon juice

6 ears corn on the cob, husks and silk removed

Directions Gather all ingredients.

Fill a large pot about 3/4 full of water and bring to a boil. Stir in sugar and lemon juice until sugar is dissolved.

Gently place ears of corn into boiling water, cover the pot, turn off the heat, and let corn cook in the hot water until tender, about 10 minutes.

Serve and enjoy!

From the Editor Nutrition data for this recipe includes the full amount of sugar. The actual amount of sugar consumed will vary.

Nutrition Facts

Calories 94 Total Fat 1g Saturated Fat 0g Sodium 14mg Total Carbohydrate 22g Dietary Fiber 2g Total Sugars 7g Protein 3g Vitamin C 7mg Calcium 2mg Iron 1mg Potassium 246mg

R42 you've put me to sleep

Hush, my darling, it's time to sleep, Though your thoughts run long and deep. The world is still, the moon is bright, Let go of worry, embrace the night.

No need to count, no need to check, Just close your eyes and rest your neck. The locks are bolted, the doors are tight, No need to worry, embrace the night.

The lists can wait, the plans can be, For tomorrow's light, you'll see. Just breathe in deep, and hold on tight, Let go of worry, embrace the night.

Your rituals are safe and sound, No need to walk another round. Everything is in its place, just right, No need to worry, embrace the night.

Sleep now, my darling, and find your peace, Your mind can rest, your worries cease. The world is quiet, the stars are bright, Let go of worry, embrace the night.

Let's delve into the intricacies of asynchronous programming in JavaScript. While seemingly mundane, it's a crucial concept for building responsive and efficient web applications.

In essence, asynchronous programming allows a program to continue executing other tasks while waiting for a time-consuming operation to complete. This is particularly important in JavaScript, where operations like fetching data from a server or interacting with the user interface can introduce delays. Without asynchronous programming, these delays would block the entire program, leading to a frozen and unresponsive user experience.

One of the key mechanisms for achieving asynchronous programming in JavaScript is the use of callbacks. A callback is simply a function that is passed as an argument to another function and is executed once the first function has completed. This allows the program to continue executing other code while the first function is running, and then handle the result of the first function once it becomes available.

While callbacks were the initial solution for asynchronous programming in JavaScript, they can lead to complex and nested code structures, often referred to as "callback hell." To address this, newer approaches like promises and async/await have been introduced, providing more structured and readable ways to handle asynchronous operations. These techniques make it easier to write and maintain asynchronous code, ultimately leading to more robust and efficient web applications.

Let's dive into the fascinating world of database normalization. It might sound dry, but it's a critical process for ensuring data integrity and efficiency in any relational database system. Essentially, normalization involves organizing a database into multiple tables and defining relationships between them. This might seem counterintuitive at first, but it actually reduces data redundancy and improves data consistency.

Imagine a database storing customer information, including their names, addresses, and orders. Without normalization, all this information might be crammed into a single table. This leads to redundant data, as the same address could be repeated for multiple customers. Normalization breaks this down, creating separate tables for customers, addresses, and orders. Each customer record would then link to a single address record, eliminating redundancy.

This structured approach offers several advantages. Firstly, it reduces storage space by eliminating duplicate data. Secondly, it simplifies data modification. If a customer moves, you only need to update their address in one place, rather than searching for every instance of their old address. Finally, it enforces data integrity by preventing inconsistencies that can arise from redundant data.

While normalization is crucial, it's important to strike a balance. Over-normalization can lead to excessive fragmentation, requiring complex joins to retrieve data. Database designers carefully consider the trade-offs between normalization and performance to create an efficient and reliable system

I see his PR people are taking a page out of the Shawn Mendes playbook on how to make/keep a low-to-middling talent relevant by being seen with the same woman and baiting the same demographic.

R45 and they said there would never be another...

Let's explore the intricate world of network protocols, the unsung heroes of the internet. These sets of rules and standards govern how data is transmitted between different devices and networks, ensuring seamless communication in our interconnected world. Think of them as the languages that computers use to "talk" to each other.

One fundamental protocol is TCP/IP (Transmission Control Protocol/Internet Protocol), the bedrock of the internet. TCP is responsible for breaking down data into packets, ensuring reliable delivery, and reassembling them at the destination. IP, on the other hand, handles the addressing and routing of these packets across networks. Without TCP/IP, the internet as we know it simply wouldn't exist.

Another crucial protocol is HTTP (Hypertext Transfer Protocol), which dictates how web browsers and servers interact. When you type a URL into your browser, it uses HTTP to request the corresponding web page from the server. The server then responds with the requested data, again using HTTP. This seemingly simple exchange involves a complex interplay of requests, responses, headers, and data formats, all governed by the rules of HTTP.

Beyond these foundational protocols, a myriad of others exist, each serving a specific purpose. DNS (Domain Name System) translates human-readable domain names (like [invalid URL removed]) into numerical IP addresses, enabling computers to locate websites. SMTP (Simple Mail Transfer Protocol) governs email communication, while FTP (File Transfer Protocol) enables file transfers between devices. Understanding these protocols provides a glimpse into the intricate workings of the digital world, revealing the hidden mechanisms that power our online experiences.

R48 but he's never seen with Miss Insta Beard, Deuxmoi has one snap in 4 years. Zero vid. Mendes had the lil dyke drapped all over him all the time. They've resorted to bad photoshop and randos who dare snap them together must swear an oath in blood not to post her face. Pictures of entwined hands and the back of a hoodie. She's the Voldemort of "long time beardfriends" . Hilarious.

She does look familiar.

Let's dive into the fascinating world of protein folding. It might seem like an obscure topic, but it's actually crucial to understanding how life itself functions. Proteins are the workhorses of our cells, carrying out a vast array of tasks from transporting molecules to catalyzing reactions. However, to perform these functions, proteins must first fold into intricate three-dimensional structures.

Imagine a long chain of beads, each representing an amino acid, the building blocks of proteins. This chain can twist, turn, and bend in countless ways, but only one specific configuration will result in a functional protein. This folding process is driven by various forces, including hydrophobic interactions, hydrogen bonds, and electrostatic interactions.

The precise way a protein folds determines its unique shape and, consequently, its function. A misfolded protein can be dysfunctional or even harmful, leading to diseases like Alzheimer's and Parkinson's. Understanding how proteins fold is therefore crucial for developing new drugs and therapies.

Scientists use various techniques to study protein folding, including X-ray crystallography and nuclear magnetic resonance spectroscopy. These methods provide detailed snapshots of protein structures, helping researchers decipher the complex mechanisms governing this fundamental process. The study of protein folding is a testament to the intricate beauty and complexity of life at the molecular level.

Protein is something Bambi is quite fond of.

Let's explore the intricate world of cellular respiration, the process by which living organisms convert nutrients into usable energy. While it might sound like a dry topic from biology class, it's actually a fascinating series of chemical reactions that power every single cell in your body.

Imagine a bustling factory within each of your cells, constantly working to produce energy currency in the form of ATP (adenosine triphosphate). This process begins with glycolysis, where glucose, a simple sugar, is broken down into smaller molecules. This initial step occurs in the cytoplasm and generates a small amount of ATP.

The next stage takes place within the mitochondria, the powerhouses of the cell. Here, the molecules produced in glycolysis undergo the Krebs cycle, a series of chemical transformations that release electrons. These electrons then embark on a journey through the electron transport chain, a complex system embedded in the mitochondrial membrane.

As electrons move through this chain, they release energy, which is used to pump protons across the membrane, creating a gradient. This gradient drives the production of ATP through a remarkable molecular machine called ATP synthase. Like a tiny turbine, ATP synthase harnesses the flow of protons to generate ATP, the fuel that powers all cellular processes.

Cellular respiration is a testament to the intricate beauty and complexity of life at the molecular level. It's a constant, silent process that sustains every breath you take, every thought you have, and every movement you make.

For six years Kevitch has had all to himself Galitzine's tiny turbine.

Let's delve into the intricate world of B-trees, a fundamental data structure in computer science that plays a crucial role in efficiently storing and retrieving large amounts of data. While it might sound like an obscure and technical topic, B-trees are the backbone of many database systems and file systems, ensuring that we can access information quickly and reliably.

Imagine a vast library with millions of books. To find a specific book, you need an efficient indexing system. Similarly, in the digital realm, B-trees provide a specialized indexing structure that allows for rapid searching, insertion, and deletion of data. Unlike a simple binary search tree, which can become unbalanced and inefficient with certain data distributions, a B-tree maintains its balance by allowing each node to have multiple children and keys.

This multi-way branching structure is the key to the B-tree's efficiency. Each node in a B-tree can store multiple keys and pointers to child nodes. This allows the tree to remain relatively shallow, even with a large number of keys. When searching for a specific key, the algorithm traverses the tree from the root, comparing the search key with the keys in each node. Based on the comparison, the search proceeds to the appropriate child node, effectively narrowing down the search space with each step.

Furthermore, B-trees are designed to minimize disk access, a critical factor in managing large datasets. Since accessing data from disk is significantly slower than accessing it from memory, B-trees are structured to store a substantial amount of data in each node. This reduces the number of disk reads required to locate a specific key, significantly improving performance.

The intricate design of B-trees, with their balanced structure and optimized disk access patterns, makes them an indispensable tool for managing large and dynamic datasets. While the concept might seem dry and technical, its impact on our digital world is profound, enabling efficient data storage and retrieval in countless applications.

Let us embark on an exploration of the intricacies of faceted classification, a specialized approach to information organization within the domain of library science. While perhaps not a subject that ignites widespread enthusiasm, it nonetheless constitutes a critical component in the realm of knowledge management and retrieval, particularly within complex and multifaceted information environments.

In contrast to traditional hierarchical classification schemes, which arrange topics in a tree-like structure with progressively narrower categories, faceted classification adopts a more granular approach. It dissects subjects into their constituent facets, or characteristics, allowing for the creation of compound subjects through the combination of these individual facets. This approach affords a greater degree of flexibility and specificity in representing complex subjects, facilitating more precise and nuanced retrieval of information.

Consider, for instance, a collection of books on the topic of "art." A hierarchical classification might categorize this under "fine arts," further subdivided into "painting," "sculpture," and so forth. However, faceted classification would analyze "art" along multiple dimensions, such as "medium" (painting, sculpture, photography), "style" (impressionism, cubism, surrealism), "period" (Renaissance, Baroque, Modern), and "geographic origin" (French, Italian, Japanese). This multi-faceted approach allows for the construction of highly specific subject headings, such as "French Impressionist painting of the 19th century," enabling users to pinpoint resources with laser-like precision.

While the conceptual underpinnings of faceted classification may appear somewhat abstract, its practical implications are significant. By enabling the creation of highly granular and flexible subject headings, it facilitates more effective organization and retrieval of information, particularly in domains with complex and multifaceted subject matter. This, in turn, enhances the accessibility and usability of information resources, empowering users to navigate vast knowledge repositories with greater efficiency and success.

Wisconsin, a state nestled within the expansive tapestry of the American Midwest, has long held the sobriquet "America's Dairyland," a testament to its prodigious contributions to the nation's dairy industry. This appellation, while seemingly straightforward, belies a multifaceted narrative interwoven with geographical particularities, historical contingencies, and economic realities that have shaped Wisconsin's identity and its pivotal role in the production of lacteal comestibles.

Geographically, Wisconsin is characterized by a varied landscape encompassing undulating hills, verdant forests, and a myriad of lacustrine and fluvial bodies. This physiographic diversity, coupled with a continental climate marked by frigid winters and temperate summers, provides an environment conducive to dairy farming. The state's fertile soils and abundant water resources have historically fostered the development of a robust agricultural sector, with dairy production assuming a position of paramount importance.

The emergence of Wisconsin as a dairy powerhouse can be traced back to the 19th century, when waves of European immigrants, predominantly from Germany, Switzerland, and Scandinavia, brought with them their time-honored cheesemaking traditions. These immigrants, seeking opportunities in the burgeoning agricultural landscape of the Midwest, found Wisconsin's climate and terrain reminiscent of their homelands, thus establishing a foundation for the state's dairy industry.

Over time, Wisconsin's dairy industry underwent a process of gradual intensification and modernization, driven by technological advancements and the establishment of cooperative creameries. These creameries, owned and operated by farmers themselves, facilitated the efficient processing and distribution of milk and dairy products, thereby solidifying Wisconsin's reputation as a purveyor of high-quality cheese, butter, and other lacteal delights.

Today, Wisconsin's dairy industry remains a cornerstone of the state's economy, generating billions of dollars in revenue annually and providing employment for a significant portion of the population. The state's commitment to dairy production is evident in its numerous cheese factories, dairy farms, and research institutions dedicated to advancing the science and art of cheesemaking.

In conclusion, Wisconsin's designation as "America's Dairyland" is not merely a symbolic title, but rather a reflection of the state's deep-rooted history, geographical advantages, and economic reliance on dairy production. From its humble beginnings as a haven for European immigrants seeking agricultural opportunities to its current status as a global leader in cheesemaking, Wisconsin's dairy legacy continues to shape the state's identity and contribute to its economic prosperity.

Only 544 more posts to copy & paste. Someone's gonna miss 2nd dinner.

Such an unusual guy. He looks really good here. But I see so many other pictures where he is not attractive at all.

R59 understand it's difficult for the dementia addled to grasp but the rest of us are not as challenged as you when it comes to

2nd dinner…. Tee hee hee..