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Slide

Slide is a 2025 American thriller film written and directed by Mark K. Buddington. The movie stars Crystal The Doll as Susan Carter, Crystal Smith as Imani Wright, Alexis 'Lexxy' Walker as Leslie James, Deja Blaise as Deidra Soto, and Eli Jo as Elaine, alongside as Michael and supporting roles by Crystal L. Bass as Detective Harris and others. The plot centers on five lifelong friends—Susan, Imani, Leslie, Deidra, and Elaine—who, since their college days, have shared an unbreakable bond and a secret known as "The Playhouse," where each conducts extramarital affairs away from their spouses. Their carefully maintained secrecy unravels during a fateful night at the Playhouse, when a mysterious death occurs, forcing the women to confront betrayals, hidden motives, and the fragility of their sisterhood as external pressures, including a investigation, intensify. The film explores themes of female friendship, , loyalty, and the consequences of hidden lives, blending elements of , , and psychological tension. Released on January 14, 2025, Slide premiered on streaming platforms including and , receiving mixed reviews for its character-driven narrative and exploration of complex relationships, though some critics noted pacing issues and predictable twists. On , it holds a 4.8 out of 10 rating based on user votes, praising the ensemble cast's chemistry while critiquing the script's occasional clichés. Produced independently, the movie marks a notable entry in contemporary urban thrillers, highlighting diverse representation in its all-Black lead cast and drawing comparisons to films like for its focus on empowered women navigating moral ambiguities.

Geography

Settlements

Slide is an unincorporated community located in southern , , situated at the intersection of Farm Road 1730 and Farm Road 41, approximately 13 miles southwest of Lubbock. Established in the 1890s as Block Twenty on land originally part of the , it became the second-oldest remaining community in Lubbock County after Lubbock itself, with early settlers including Jim Malroy, Jim Rieger, J. C. Stanford, J. A. , and M. L. Williams who farmed and raised livestock in the area. The community was renamed Slide in 1903 after a resurvey revealed it was misplaced eastward, prompting settlers to slide their buildings westward to the correct location; a operated from 1904 to 1915 and 1917 to 1929, but mail was later rerouted to nearby Woodrow. The community's coordinates are 33°24′50″N 101°55′48″W. The population of Slide was estimated at 10 residents in 1942, growing to 40 by the 1960s and remaining at that level through 1990, with a reported figure of 44 in 2000; no recent estimates are available, but it continues as a small . Today, Slide remains a small with no incorporated status, featuring scattered residences and agricultural land, though it lacks significant commercial development or public infrastructure beyond county roads. Another notable historical settlement associated with the name Slide is in , where the community now known as was originally called Slide in 1874, named after a nearby area. Residents petitioned to change it to Springville in 1875 due to the unappealing name, but the was established as Slide in 1876; it was renamed in 1888 to attract more settlers with a more appealing moniker, and this site developed into a key agricultural and lumber hub in the Eel River Valley. No other contemporary international settlements named Slide have been identified with significant historical or demographic records.

Natural features

A landslide is defined as the mass movement of , , or down a under the influence of . These events encompass a wide variety of processes, including the downward and outward displacement of slope-forming materials such as , , or a combination thereof. Common types include rockfalls, which involve the detachment and free-falling of from steep slopes; debris flows, which are fast-moving mixtures of , , , and resembling a flowing ; and slumps, characterized by rotational movement where the mass slides along a curved surface. Primary natural causes include as the driving force, saturation from heavy rainfall or that reduces cohesion, and seismic activity from earthquakes that destabilizes slopes. One of the most notable historical landslides occurred during the 1980 eruption of Mount St. Helens in Washington State, where a massive collapse of the volcano's north flank triggered the largest recorded landslide in historic time. The event released approximately 2.5 cubic kilometers of material, equivalent to about 3.3 billion cubic yards, which traveled northward at speeds exceeding 110 miles per hour (about 177 km/h). This landslide, initiated by a magnitude 5.1 earthquake, covered an area of 23 square miles and set the stage for subsequent pyroclastic flows and lahars. Avalanches represent a specific subset of landslides involving snow slides, where accumulated snow rapidly descends a slope, often with devastating force. Slab avalanches, the most common and hazardous type, occur when a cohesive upper layer of snow—formed by wind or heavy snowfall—fractures and slides as a single unit over a weaker underlying layer, such as depth hoar or faceted crystals. The mechanics involve stress buildup from the slab's weight exceeding the shear strength at the weak interface, leading to sudden release and acceleration down the slope, sometimes reaching speeds over 100 km/h. Prevention efforts focus on assessing snowpack stability through field tests, such as compression tests or extended column tests, which evaluate how layers respond to stress to predict potential failure points. Mudslides, often synonymous with flows in wetter contexts, and slides, involving the rapid descent of fractured masses, are other prevalent forms of natural slides exacerbated by . In July 2025, intense rainfall in State's Adirondack Mountains triggered multiple mudslides and slides, including a significant event on that displaced large boulders and mud across trails, attributed to increasingly frequent extreme events. Similarly, in September 2023, a -induced in —caused by melt destabilizing a mountainside—unleashed over 25 million cubic meters of into a , generating a 650-foot mega-tsunami. These incidents highlight how warming temperatures intensify water-related triggers, leading to more frequent and severe slides globally.

Arts, entertainment, and media

Music

"Slide" is a song by the American band , released in 1998 as the from their sixth studio album, Dizzy Up the Girl. The track, written by frontman , features introspective lyrics about love and vulnerability, blending rock with pop sensibilities. It achieved significant commercial success, peaking at number 8 on the chart and topping the Billboard Adult Top 40 chart, contributing to the band's breakthrough into mainstream popularity during the late 1990s. The song's music video, directed by , depicted a high school romance and received heavy rotation on , enhancing its cultural resonance as a nostalgic anthem of the era. In the R&B and genre, "Slide" stands out as the from the 1977 debut by the American band Slave, released through . Penned by band members Mark Adams, Mark Hodo, and others, the song's infectious bassline and groovy rhythm made it a dance-floor staple, reaching number 32 on the and number 1 on the Billboard R&B chart. Its upbeat tempo and call-and-response structure exemplified the funk sound of the late 1970s, influencing subsequent R&B productions and earning the platinum certification for over one million copies sold. The track's enduring appeal is evident in its sampling by later artists and inclusion in funk compilations. A prominent electronic dance track titled "Slide" was released in 2017 by Scottish producer Calvin Harris, featuring vocals from American singer Frank Ocean and rap verses from the hip-hop group Migos. Serving as the lead single from Harris's album Funk Wav Bounces Vol. 1, the song fuses house beats with R&B elements, peaking at number 25 on the Billboard Hot 100 and number 10 on the UK Singles Chart. Its summery, escapist vibe propelled it to over one billion streams on Spotify, underscoring Harris's dominance in the EDM-pop crossover space during the mid-2010s. The collaboration highlighted Ocean's rare feature appearances and Migos's rising trap influence in mainstream music. More recently, "SLIDE" by the hip-hop duo ¥—comprising Kanye West and Ty Dolla ign—appeared on their 2024 collaborative album Vultures 2. Released as a single on August 3, 2024, the hip house track explores themes of luxury and movement with a minimalist production, debuting and peaking at number 88 on the Billboard Hot 100. Accompanied by a stark black-and-white music video directed by Hype Williams associate Taylor, it reflects the duo's experimental approach amid ongoing controversies, amassing millions of streams shortly after release. In the drill subgenre, FBG Duck's "Slide" from 2018, part of his mixtape This How I'm Coming 2, became a Chicago street anthem addressing gang rivalries; a remix featuring 21 Savage boosted its visibility, leading to RIAA Gold certification in 2023 for 500,000 units sold. Among albums titled Slide, the 1977 self-titled debut by band Slave remains a cornerstone, featuring the hit single and showcasing the group's tight instrumentation that defined their career. In electronic music, George Clanton's Slide (2018), released via his 100% label, is a vaporwave-infused project blending with lo-fi aesthetics, praised for its nostalgic production and emotional depth in circles. Lisa Germano's Slide (1998) on Records offers an intimate folk- exploration of personal turmoil, noted for its sparse arrangements and Germano's haunting vocals, marking her final release with the label. These works demonstrate the term "slide" evoking fluidity and transition across diverse musical landscapes.

Musical instruments

The is a distinguished by its telescoping U-shaped slide mechanism, which allows performers to vary the length of the instrument's tubing and thereby alter pitch. This slide consists of two parallel inner tubes inserted into outer tubes connected by a U-bend and cross-stay, enabling smooth extension across seven primary positions while the left hand supports the bell and the right hand operates the slide. The instrument evolved from the , a precursor that emerged in around the , possibly as early as the 1430s, and featured a similar slide for pitch control in sacred and civic music. In terms of and , the trombone's slide positions correspond to specific tubing lengths that access different within the series, with the (slide fully retracted) producing a B♭ and each subsequent position lowering the pitch by approximately a up to the seventh. Performers select notes from the series available at each position by adjusting tension and air speed, allowing a full chromatic ; for instance, the pedal B♭ is the first in , while higher partials like the B♭ or F follow naturally. Modern variants, such as the , incorporate an F-attachment valve introduced in to extend the downward and facilitate smoother transitions in lower registers. The , also known as a or , is a simple toy featuring a cylindrical with a sliding that varies by adjusting the effective length of the air column, producing a distinctive effect when blown through a mouthpiece. Its modern form originated in 19th-century , drawing from earlier folk traditions in , , and , and gained popularity in acts, soundtracks, ensembles, and novelty music for its comedic, sliding tones. In classical contexts, it appears in orchestral works for whimsical effects, such as the "Aquarium" movement in ' Carnival of the Animals (1886), where it evokes bubbling water. Other instruments employing sliding mechanisms include the glass armonica, invented by in 1761 as an evolution of water-filled musical glasses. This device consists of a series of graduated glass bowls mounted on a horizontal spindle rotated by a foot pedal; performers produce ethereal, high-pitched tones by sliding moistened fingers along the spinning bowl rims, with each bowl tuned chromatically by its size and thickness. Franklin's design eliminated the need for water and allowed for chords and melodies, leading to over 5,000 instruments built in the late before its decline due to perceived health risks from prolonged play. Theremin variants, such as the developed in the late 1950s by trombonist Paul Tanner and inventor Bob Whitsell, replace the original model's touchless antennas with a sliding pitch rod for more precise control, influencing electronic music in film scores like Bernard Herrmann's work for The Day the Earth Stood Still (1951). Recent innovations in the 2020s, like the Stylophone (introduced in 2024), integrate slide controllers into compact electronic designs for accessible .

Film, television, and literature

In film, "Slide, Kelly, Slide" is a 1927 directed by and starring as Jim Kelly, an arrogant minor-league pitcher who joins the Yankees but must overcome his ego to succeed both on the field and in his personal life. The film, produced by , draws its title from a popular 1880s celebrating player Mike "King" Kelly's base-running style and received positive contemporary reviews for its energetic portrayal of sports and romance, though it is now regarded as a minor entry in Haines' career. More recent cinematic works include "Slide" (2025), a written and directed by Mark K. Buddington, starring Crystal The Doll as Susan Carter, Crystal Smith as Imani Wright, Alexis 'Lexxy' Walker as Leslie James, Deja Blaise as Deidra Soto, and Eli Jo as Elaine. The plot centers on five lifelong friends who, since their college days, have shared an unbreakable bond and a secret known as "The Playhouse," where each conducts extramarital affairs away from their spouses. Their carefully maintained secrecy unravels during a fateful night at the Playhouse, when a mysterious death occurs, forcing the women to confront betrayals, hidden motives, and the fragility of their sisterhood as external pressures, including a investigation, intensify. Released on January 14, 2025, on streaming platforms including , the film received mixed reviews for its character-driven narrative and exploration of complex relationships, though some critics noted pacing issues and predictable twists, holding a 4.8/10 rating on . In television, "SLiDE" (styled as such) is a 2011 Australian teen series created by John Mai and directed by Kristen Dupont, following five 17-year-olds—Ed, Tammy, Luke, Scarlett, and Eva—as they navigate friendship, romance, and personal growth amid chaotic high school experiences in . Premiering on and running for one season of 10 episodes, the show received praise for its relatable portrayal of adolescent "firsts" and diverse cast, achieving a 7.6/10 rating and cult status among audiences for its blend of humor and heartfelt . Literature featuring "slide" in titles or central motifs often employs the concept as a for transition, risk, or descent. Jill Hathaway's 2012 young adult novel "Slide," the first in a , centers on Vee Bell, a high schooler with who involuntarily "slides" into the bodies of others during blackouts, using her ability to investigate her friend's apparent amid a web of school secrets and danger. The book, published by HarperTeen, was well-received for its innovative premise and fast-paced , garnering a 3.7/5 average on from over 7,000 ratings that commended its exploration of grief and identity. Kyle Beachy's 2010 debut novel "The Slide," published by Doubleday, follows recent college graduate Potter Mays as he returns home to , grappling with , tensions, and a budding romance while haunted by a sense of aimless drift symbolized by urban "slides" into uncertainty. Critics lauded its offbeat humor and poignant portrait, with reviews in outlets like noting its darkly comedic take on post-collegiate malaise. In short fiction, Jack London's "Up the Slide" (1906), a tale set in the , depicts prospector Clay Brennan's perilous climb up an icy slope to secure fuel for his , emphasizing against nature's unforgiving terrain. The story, first published in The Youth's Companion, exemplifies London's naturalist style and has been anthologized for its tense, realistic depiction of peril. Poetic works with slide motifs frequently evoke childhood innocence or metaphorical falls. Umberto Fiori's "Slide" (originally Italian, translated by Geoffrey Brock in 2005), published in Poetry magazine, observes a solitary woman launching a ball down a playground slide in a park, using the image to convey isolation and the quiet mechanics of everyday motion. Clint Smith's "Playground Elegy" (2016), from his collection Counting Descent, reflects on a mother's advice during a childhood slide descent—holding hands skyward for balance—as a lesson in gravity and parental guidance, blending nostalgia with themes of Black family life. These pieces highlight the slide's versatility as a literary device for innocence, risk, and epiphany.

Other uses in arts, entertainment, and media

In , the term "slide" refers to projection techniques that create immersive light-based installations. American artist pioneered this approach in the 1960s, using slide projectors to generate perceptual illusions of three-dimensional forms within darkened spaces. His seminal work Afrum-Proto (1966), created by directing a slide projector's beam through a template onto a corner, produced a floating that appeared to extend into the room, challenging viewers' spatial and laying the for his ongoing exploration of light as a medium. Turrell's slide projections from this period onward influenced the movement, emphasizing sensory experience over representational imagery. In theater and performance, "slide" encompasses both physical comedic maneuvers and projection methods for enhancing stage effects. Historical acts from the late 19th and early 20th centuries popularized "slide gags," such as performers slipping on peels or other props to execute exaggerated falls, originating as a staple of by at least 1902 to elicit immediate audience laughter through simulated mishaps. These techniques drew from earlier traditions but adapted to vaudeville's fast-paced format. In contemporary , slide projections integrate with to layer narratives and visuals; for instance, the 2024 performance Ada/Ava by Manual Cinema employed over 400 alongside projected slides to evoke the illusory lives of , blending cinematic depth with live manipulation for thematic ambiguity. traditions have long incorporated slide and overhead projectors to cast intricate silhouettes, allowing puppeteers to manipulate light sources for dynamic without revealing full forms. In games and , "slide" denotes mechanics where players manipulate elements by sliding tiles or environments, often emphasizing artistic puzzle-solving over competition. Board games like the Super Slide puzzle, released in the by Giiker, challenge players to rearrange blocks via sliding to align a with a goal, featuring over 500 levels that promote spatial reasoning through minimalist design and LED-guided setups. In , artistic applications appear in narrative-driven adventures; (2024), an indie title, uses slide mechanics to shift world chunks for puzzle resolution and exploration across nine thematically distinct areas, integrating the action with a story of environmental reconnection and visual abstraction. These examples highlight sliding as a tool for creative expression, fostering player immersion in abstract, exploratory narratives up to 2025.

Fashion and accessories

Footwear

Slide sandals, also known as sliders, are a type of open-toed footwear characterized by a flat sole with a single strap or band positioned across the top of the foot, allowing the wearer to easily slide their foot in and out without additional fastenings. These minimalist designs prioritize comfort and convenience, typically crafted from materials such as leather, rubber, or synthetic foams to provide cushioning and durability for casual use. The historical evolution of slide sandals traces back to ancient civilizations, where simple sole-based emerged as practical options for daily wear. In , the solea represented an early precursor, consisting of a basic leather or hobnailed sole secured by a strap across the instep, primarily used indoors for its ease and . By the , modern iterations appeared as pool slides, with introducing the Adilette in 1972 specifically for post-swimming , featuring suction-cup soles for wet surfaces and marking a shift toward athletic functionality. This design influenced subsequent developments in and casual throughout the late 1900s. Slide sandals gained significant traction in the 2010s as part of the movement, transitioning from utilitarian poolside accessories to versatile fashion staples suitable for everyday outfits. Brands like popularized contoured cork-leather hybrids for their ergonomic support, while luxury labels elevated the style; Gucci's 2017 collaboration with produced platform slides in signature GG monogram fabric, blending high fashion with sporty ease. Entering 2025, trends emphasize , with manufacturers incorporating recycled plastics, natural , and plant-based fibers to reduce environmental impact while maintaining the slide's signature comfort; additional styles such as slides and those with embellishments or finishes have also emerged as popular options in summer and fall collections. Culturally, slide sandals symbolize relaxed, effortless style and have become integral to casual wardrobes worldwide, often paired with sets or for urban versatility. Celebrity endorsements have amplified their appeal, with figures like and normalizing combinations such as socks with slides, transforming once-maligned pairings into trendy statements. Post-2020 , the global market, including slides, experienced robust growth driven by demand for comfortable, at-home footwear, projected to reach USD 63.17 billion in 2025 at a CAGR of 4.63% through 2030. This surge reflects broader shifts toward wellness-focused, low-maintenance fashion in recovery from lockdowns.

Hair and neck accessories

Hair slides, also known as barrettes, are rigid hair accessories typically featuring a clip or bar mechanism designed to secure sections of hair in place, often for decorative purposes. These items trace their origins to the , where elaborate combs and ornamental hairpieces made from materials like , gold, and were used to adorn updos and chignons, reflecting the period's emphasis on intricate hairstyling. By the early , barrettes evolved into more functional forms with hinged metal clasps, allowing for easier attachment and versatility in everyday wear. Modern variants of slides include the clip, a curved, elongated accessory popularized in the for creating voluminous ponytails and updos, which saw a significant revival in the as part of a broader nostalgia-driven fashion movement. This resurgence, fueled by platforms and influences, positioned banana clips as a low-maintenance option for thick or curly , often styled by sectioning the hair at and sliding the clip upward to secure a half-up look. Claw clips, another type of hair slide, have also trended strongly in 2025 with retro-modern upgrades, alongside oversized bows and statement headbands for versatile styling. Woggles, or neckerchief slides, are circular fasteners primarily used in and uniforms to secure neckerchiefs, originating in the early 20th century at in . The term "woggle" was coined by Gidney, the first Camp Chief of Gilwell, during the initial leader training courses in the 1920s, inspired by earlier American practices of using rings made from bone or rope. Traditionally crafted from leather, metal, or wood, woggles often feature the design—a braided loop symbolizing continuity and commitment—and serve ceremonial roles in events, such as investitures and awards. In terms of design and usage, hair slides and woggles come in various types to suit different needs: French barrettes offer a slim, rectangular profile with a single prong for fine hair, while larger claw-style slides provide grip for thicker strands; banana clips and stick barrettes allow for adjustable tension via internal combs. To use a hair slide effectively, gather the desired hair section, position the accessory parallel to the scalp, and snap or slide it closed to avoid slippage— for woggles, fold the neckerchief into a triangle, roll it into a band, and thread it through the ring before tightening. Fashion trends through 2025 emphasize eco-friendly materials in these accessories, such as biodegradable acetate and natural silk for hair slides, aligning with broader sustainability efforts in the beauty industry and reducing environmental impact from plastic production.

Other fashion items

In contemporary , slide belts incorporate adjustable sliding mechanisms, often using systems without traditional holes for precise fitting, gaining traction in streetwear for their versatility and modern aesthetic. Brands like SlideBelts exemplify this design with patented buckles that allow seamless adjustments, blending functionality with casual style in materials such as and . These belts have become staples in wardrobes, offering a low-profile to conventional fastening methods, and align with 2025 trends favoring minimalist and adjustable options like thin belts. Slide jewelry, particularly pendant slides that glide along chains, traces its roots to historical accessories like Victorian chatelaines, which served as multifunctional waist ornaments suspending items such as watches, keys, and scissors via sliding hooks or rings. Originating in the but peaking in popularity during the , chatelaines were crafted from gold, silver, or steel and symbolized practicality for women managing households, often featuring ornate enameling and tassels. This design emphasized utility alongside ornamentation, with male versions also existing for carrying seals or knives. In modern interpretations, slide jewelry has evolved into minimalist pieces that prioritize clean lines and everyday wearability, such as adjustable pendants on delicate chains made from or 18K . Brands like Slide Jewels produce these versatile items, allowing users to reposition charms for personalized styling in necklaces and bracelets. Such designs reflect a shift toward sustainable, adaptable accessories that echo historical functionality while aligning with contemporary trends in subtle luxury.

Recreation and sports

Playground and amusement equipment

Playground slides, essential components of recreational spaces, evolved from early 20th-century designs inspired by 19th-century public parks and sand gardens in Germany, where simple sliding activities emerged as part of organized play for children. The first documented metal slide appeared in 1902 at a Washington, D.C., playground, marking the shift from informal play to structured equipment, with British engineer Charles Wicksteed patenting a commercial version in 1922 for installation in Wicksteed Park. By the mid-20th century, slides became standard in urban playgrounds, transitioning from wood and metal to durable plastics for weather resistance and safety. Common types include straight slides, which provide a direct, high-speed descent ideal for younger children; wavy or wave slides, featuring gentle undulations to add variety and reduce speed for controlled fun; and slides, either straight or spiral, that enclose riders for a tunnel-like enhancing excitement through darkness and enclosure. Safety standards, governed by ASTM F1487, limit platform heights to 30 inches for toddlers and up to 72 inches for older children (ages 5-12) to minimize fall risks, with requirements for impact-attenuating surfacing extending at least 6 feet beyond slide exits. These guidelines, updated in ASTM F1487-25, also mandate smooth edges, secure railings, and clear use zones to prevent collisions. Post-2020 developments emphasize inclusive designs, incorporating transfer platforms, gentler slopes, and sensory features like textured surfaces or audio cues to accommodate children with disabilities, enabling shared play in accordance with guidelines. Examples include modular slides with wheelchair-accessible ramps leading to parallel chutes, fostering social interaction among diverse users. Water slides, prominent in amusement parks, utilize gravity-driven freefall where riders accelerate down steep inclines, reaching speeds up to 60 mph, while curves introduce centrifugal forces balanced by lubrication to maintain contact and prevent ejections. resists directional changes in serpentine paths, creating thrilling lateral pulls, with minimized by continuous flow acting as a . The slide at Waterpark, standing at 168 feet 7 inches, held the record as the world's tallest from its 2014 opening until its 2016 closure following a fatal accident, exemplifying extreme freefall drops exceeding 100 feet. In 2025, slides increasingly incorporate eco-friendly materials such as recycled plastics and surfacing, reducing environmental impact while maintaining durability and low maintenance. Emerging integrations overlay virtual environments onto physical slides via wearable devices or apps, allowing riders to experience simulated adventures like flights during descent, blending digital immersion with .

Sports techniques and equipment

In , the slide is a fundamental technique used by baserunners to safely reach a while evading a fielder's , involving a controlled drop to the ground with either the feet or head leading. The feet-first slide, the most common method, positions the runner's legs extended toward the base while the upper body remains low and hands protected, minimizing exposure to tags and reducing injury risk compared to alternatives. Headfirst slides, where the runner dives forward with arms extended, can provide a slight speed of up to 0.1 seconds but significantly elevate the of upper-body injuries, such as fractures to fingers, wrists, or shoulders, and cervical spine trauma. A 2017 study analyzing (MLB) injuries found headfirst slides resulted in 4.11 injuries per 1,000 slides, compared to 2.45 for feet-first slides, attributing the difference to greater vulnerability of the hands and head upon impact. MLB rules emphasize safe sliding to prevent collisions, particularly at second base during double-play attempts. Under Rule 6.01(j), introduced in 2016, runners must execute a "bona fide slide" by initiating contact with the ground before the base, sliding within reach of the base without altering their to interfere with the fielder, and avoiding upward swings or kicks that could injure the fielder; violations result in the runner being called out and the fielder awarded the base. Sliding into first base is generally unnecessary and discouraged, as overrun is permitted, though it is allowed if avoiding a ; however, aggressive slides there can lead to obstruction calls if the fielder blocks the base without possession. Injury risks from improper slides, including concussions and ligament tears, have prompted ongoing safety emphases, with MLB reporting a 20% reduction in slide-related injuries post-2016 rule implementation. In other sports, sliding techniques adapt to specific dynamics for competitive advantage. In , players employ knee or belly slides—often called sliding poke checks—to retrieve loose or disrupt opponents, gliding low on the ice with a stick extended to intercept the puck while maintaining balance to avoid penalties for slashing. This maneuver, common in defensive zones, allows quick recovery of pucks along the boards, as seen in NHL plays where defensemen like use it to transition to offense. Basketball defensive strategies incorporate the crossover slide, a footwork pattern where a defender crosses one foot over the other before sliding laterally to mirror an offensive player's movement, preserving a low stance to contest drives without losing position; elite defenders like have popularized this for its efficiency in perimeter coverage. In , the slide delivery is central to the sport, where the player pushes off with one foot and glides forward on the other while releasing the stone toward the , emphasizing balance, rotation control, and a straight-line path over 38 feet of ice; techniques vary from tuck (knee bent) to flat-foot slides for precision. Protective equipment for sliding in sports like includes hip, thigh, and , designed to cushion impacts during falls, dives, or tackles. Hip and originated in the 1890s as quilted inserts sewn into pants to shield the and lower back from ground contact, evolving from wool-stuffed designs to plastic-molded versions by the for better mobility. , introduced in the early , protect the upper legs during slides or blocks, with mandates in 2013 requiring their use alongside knee to reduce contusions and fractures. By the 2020s, materials advanced to closed-cell foams, carbon fiber shells, and viscoelastic polymers, reducing weight by up to 30% while improving energy absorption for high-impact slides. Recent evolutions include integrated girdles that combine all lower-body into a single , enhancing fit and reducing chafing, with 2025 developments incorporating 3D-printed custom molds and embedded sensors to monitor slide forces and prevent overuse injuries. No major changes to pad requirements occurred in 2025, but ongoing emphasis on compliant equipment continues to prioritize player safety without restricting performance.

Technology and science

Optical and photographic devices

Photographic slides, also known as transparency films, are positive image films designed for projection, producing vibrant colors when backlit by a . These develop into transparencies rather than negatives, allowing direct viewing or projection without printing. A seminal example is , introduced by in 1935 as the first commercially successful color , initially in 16 mm motion picture format and expanded to still slides in 1936. became renowned for its fine grain and rich saturation, dominating professional and amateur slide photography until its discontinuation in 2009 due to declining demand amid the rise of . Processing photographic slides typically involves the E-6 chromogenic reversal process, standardized for films like Ektachrome and Fujichrome. This six-step chemical procedure includes a first to form a negative image, a reversal bath using black-and-white rehalogenating to convert it to positive, color development for dye formation, pre-, to remove silver, and fixer followed by a final rinse. Developed in the 1970s as a successor to earlier processes, E-6 enables high-quality transparencies suitable for archival projection, with processing temperatures maintained at 38°C for optimal results. The precursor to modern photographic slides dates to the 17th century with slides, hand-painted on plates and projected using oil lamps or candles through a system. Attributed to around 1659, these early slides featured detailed illustrations for storytelling, often animated by multiple overlaid plates to simulate movement. By the , they evolved into elaborate lantern shows, including spectacles with horror-themed projections using mobile lanterns and smoke for eerie effects, popularizing public entertainment across . In the 19th century, photographic emulsions on glass replaced hand-painting, shifting slides toward educational lectures on science, travel, and , with manufacturers producing mass-reproduced lantern slides up to 3.25 by 4 inches in size. The transition from analog to digital slides accelerated post-2010, as digital single-lens reflex cameras and LED projectors supplanted film transparencies, enabling seamless editing and high-fidelity reproduction without chemical processing. By 2025, high-resolution digital slides—often exceeding —have become integral to (AR) projections, overlaying interactive 3D content onto real-world environments via devices like AR glasses or holographic displays for immersive presentations in education and design. This shift preserves the projective essence of slides while enhancing scalability, as seen in AR tools that convert traditional slide sequences into mixed-reality experiences.

Mechanical and user interface elements

Mechanical slides are essential components in various devices, enabling smooth through guided paths. In furniture, ball-bearing drawer slides are widely used to support the extension and retraction of drawers, offering low-friction operation and durability for everyday use. These slides typically feature steel balls within a raceway to minimize resistance, with common load capacities ranging from 75 to 330 pounds per pair, depending on the design and application. For heavier-duty implementations, such as in or office furniture, Grade 1HD ball-bearing slides can handle up to 330 pounds while providing full extension for accessibility. In industrial machinery, linear slides—also known as linear guides or rails—facilitate precise positioning and movement in automated systems, such as CNC machines and robotic arms. These components often incorporate or roller bearings to support high loads and ensure , with designs optimized for speeds up to several meters per second and payloads exceeding thousands of pounds in heavy-duty setups. these slides involves selecting bearing types that balance load distribution and travel length, commonly using systems for their efficiency in converting rotational motion to linear. User interface sliders represent a analog to mechanical slides, serving as interactive elements in software and applications to adjust continuous values. Common examples include volume controls in media players, where users a thumb along a to set audio levels, and sliders in browsers or apps for navigating . These controls enhance by providing visual and tactile , drawing from physical metaphors like the mechanical sliders they emulate. A seminal is Apple's "slide-to-unlock" , introduced with the first in 2007, which required users to swipe across the to access the , patenting the slide mechanic filed in 2005. Advancements in gesture-based sliding interfaces on touchscreens have evolved significantly by 2025, incorporating and pressure-sensitive gestures for more intuitive interactions in apps and devices. Modern smartphones and tablets support fluid sliding for tasks like image carousels or timeline navigation, with enhanced algorithms detecting swipe velocity and direction for responsive control. To optimize performance in slides, friction reduction is achieved through specialized lubricants that form a protective between surfaces. Common types include slideway oils, which provide hydrodynamic to separate metal components and prevent stick-slip phenomena, and lubricants such as polytetrafluoroethylene (PTFE) or molybdenum disulfide (MoS₂) for applications requiring minimal residue. These methods reduce the coefficient of to as low as 0.05 in ball-bearing systems, extending in both furniture and contexts. In the realm of user interfaces, recent haptic feedback integrations in 2020s smartphones enhance sliding interactions by delivering vibrational cues that simulate physical resistance or confirmation. For instance, volume sliders on devices use subtle pulses to indicate value changes, improving and without visual reliance. Android platforms similarly offer adjustable haptic strength for sliders, with 2025 updates emphasizing contextual vibrations during gestures like . This tactile layer, powered by linear resonant actuators, bridges digital and mechanical sliding experiences.

Laboratory and presentation tools

Microscope slides are thin, flat plates used to hold specimens for examination under a , typically measuring 75 mm by 25 mm (3 inches by 1 inch) and approximately 1 mm thick, which allows for compatibility with standard microscope stages. These dimensions were standardized in the by the Microscopical Society of in , adopting the 3 x 1 inch size for most British and international slides thereafter. Early microscope slides emerged in the using rudimentary materials like or to support specimens, but the modern slide format developed alongside advancements in during the 1800s, enabling more precise and durable . Preparation methods for slides include wet mounts, a common temporary technique where a small of , such as water or saline, is placed on the slide, the specimen is added and gently mixed, and a cover slip is lowered at an angle to avoid air bubbles, preserving the sample's natural state for observation. This method is particularly useful for live cells or microorganisms, as it maintains hydration without fixation. Presentation slides refer to digital visuals used in software for professional and educational displays, evolving from early tools like in the 1980s to dominant platforms such as , introduced in 1987 as a prominent vector-based for personal computers. Google Slides, originally launched as Google Presentations in 2007 and rebranded in 2012 as part of , further advanced this by enabling cloud-based collaboration and real-time editing across devices. Best practices for designing effective presentation slides emphasize simplicity and engagement, exemplified by the 10-20-30 rule proposed by technology evangelist : limit to 10 slides, deliver in no more than 20 minutes, and use no font smaller than 30 points to ensure readability and focus on key messages. By 2025, the creation of presentation slides has integrated , with tools like in PowerPoint automating outline generation, content drafting, slide layout suggestions, and even image selection based on user prompts, significantly reducing preparation time while maintaining professional aesthetics. Staining techniques enhance visibility on microscope slides by applying dyes that bind to specific cellular components, such as , which differentiates into Gram-positive (purple) and Gram-negative (pink) based on properties through a sequence of , iodine, alcohol decolorizer, and . Other methods include acid-fast staining for mycobacteria using and heat, and simple staining with to outline basic cell structures. Recent advancements in virtual microscopy, particularly from 2020 onward, have digitized traditional slides into high-resolution whole-slide images accessible via platforms, enabling remote and AI-assisted for faster diagnostics in , as seen in digital systems that improved accuracy and efficiency during the era. These virtual slides support telepathology by allowing pathologists to zoom and annotate without physical hardware limitations, with the market valued at approximately $1.3 billion in 2025 (as of projections from 2024), driven by enhanced image quality and integration with . As of 2025, advancements include FDA approval of additional AI-enabled tools for primary diagnostics, enhancing efficiency in telepathology.

Other uses

Physical and geological phenomena

In physics, sliding refers to the relative motion between two surfaces in , governed primarily by forces. Static friction acts to prevent the onset of motion, with its maximum value given by f_s \leq \mu_s [N](/page/N+), where \mu_s is the of static friction and [N](/page/N+) is perpendicular to the surfaces. Once motion begins, kinetic friction takes over, providing a opposing F_{friction} = \mu_k [N](/page/N+), where \mu_k is the of kinetic friction, typically less than \mu_s for most material pairs, ensuring that an object requires more to start sliding than to maintain it. This difference arises from microscopic interactions, such as interlocking asperities on rough surfaces, which are more pronounced before motion than during it. A classic example illustrating these principles is a on an , where the component of parallel to the incline (mg \sin \theta) drives potential sliding, opposed by . If mg \sin \theta > \mu_s N (with N = mg \cos \theta), the block begins to slide, after which kinetic friction sustains a constant acceleration if \mu_k < \mu_s. Such models are foundational in understanding everyday phenomena like braking vehicles or conveyor belts, emphasizing how surface properties and orientation influence sliding behavior. In geological contexts, human-induced slides often stem from activities that destabilize slopes, such as excavation or overloading with fill materials, leading to rotational or translational movements. For instance, undercutting during or building development removes supporting , increasing and triggering rapid slides in cohesive materials on slopes of 20–40 degrees. These events can damage , with velocities ranging from slow to rapid failure, often exacerbated by poor that saturates and reduces effective strength. Mitigation of such construction-related slides commonly involves engineering solutions like retaining walls, which provide lateral support to prevent soil displacement. Types include walls, made of wire mesh filled with rocks for flexibility and permeability, and reinforced earth walls that use to enhance stability in steep fills. These structures, often placed at the slide toe, slow or deflect moving soil but require integrated drainage to avoid hydrostatic pressure buildup, which could lead to failure; professional geotechnical assessment is essential for site-specific design. While effective for smaller volumes, they may be overtopped in larger events, underscoring the need for complementary measures like grading. Emerging research highlights 's role in amplifying slide risks through intensified , with increasing the frequency and severity of rainfall-triggered events as of 2025. In 2024, heavy monsoon rains in , —made 10% more intense by —triggered massive killing hundreds, exemplifying how warmer atmospheres hold more moisture for extreme downpours. Similarly, Hurricane Helene's landfall in the U.S. that year generated widespread due to record rainfall, contributing to the 27 billion-dollar disasters recorded. Projections indicate that such patterns, driven by rising temperatures elevating snowlines and winter rains in regions like the , will heighten shallow occurrences, necessitating adaptive infrastructure. These trends build on natural processes like but are distinctly worsened by forcing.

Miscellaneous applications

In culinary contexts, sliders refer to small hamburgers typically consisting of a mini beef patty served on a steamed , often topped with diced onions and . Originating with the White Castle chain in 1921 in , these bite-sized sandwiches were initially sold for five cents each and revolutionized by emphasizing fresh, affordable portions that could be consumed quickly. The term "slider" emerged in the 1980s, derived from the ease with which the small patties slide down the throat. Preparation variations include adding cheese for a cheese slider, for a bacon cheese slider, or vegetarian options like plant-based patties, all typically steamed on a with onions to enhance flavor and juiciness. In linguistics, "let it slide" serves as an idiomatic expression meaning to deliberately overlook or excuse a minor error, infraction, or instance of evasive behavior without confrontation. This phrase implies a passive tolerance, often used in casual or professional settings to avoid escalation, such as ignoring a colleague's slight mistake during a meeting. In political discourse, it can describe allowing ambiguous or dodging responses in debates to pass unchallenged. Slide rules represent a historical analog computing device used for rapid mathematical calculations, particularly multiplication and division, through the alignment of logarithmic scales on sliding components. Invented by English mathematician William Oughtred around 1622, the tool built on John Napier's 1614 development of logarithms, enabling users to convert multiplication into addition by measuring lengths on engraved scales. Widely employed by engineers, scientists, and navigators until the mid-20th century, slide rules facilitated complex computations like trigonometric functions and exponents without electricity. Their obsolescence began in the 1970s following the advent of affordable electronic calculators, such as the Hewlett-Packard HP-35 in 1972, which offered greater precision and speed. In modern , particularly as of 2025, linear slide mechanisms—such as slide rails—provide essential components for enabling smooth, precise in robotic systems. These rails allow robotic arms and actuators to move along fixed paths with minimal , supporting applications in assembly lines, automated guided vehicles, and precision manufacturing where is critical. This niche use underscores the term "slide" in engineering contexts for controlled translational movement, distinct from broader rotational or pivoting functions.

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