Over the past decade, digital app stores have transformed from niche distribution channels into vital ecosystems for developers and small businesses alike. Since their inception, these platforms have grown exponentially, shaping how products reach users worldwide. This article explores how the evolution of app stores, particularly Apple’s App Store, has increasingly supported small business growth by providing tools, policies, and opportunities that foster innovation and visibility.

Understanding this evolution is crucial for small entrepreneurs aiming to leverage platform capabilities effectively. From early limitations to the current landscape filled with support features, the journey reflects a broader shift towards inclusivity and technological empowerment. To illustrate these principles, consider the modern example of space fly plunge, which exemplifies how small developers can capitalize on evolving app store dynamics.

The Foundations: Early App Store Models and Their Limitations for Small Businesses

In the initial stages of app store development, platforms like Apple’s App Store and Google Play adopted straightforward models centered on basic distribution and revenue sharing. Early app stores primarily functioned as digital catalogs, with limited support for developers’ growth or marketing efforts. Monetization was often restricted to simple purchase or ad-based models, which posed challenges for small developers lacking substantial marketing budgets.

Small developers faced significant hurdles, including high entry costs, limited exposure, and complex submission processes. Early limitations meant that even innovative ideas struggled to find an audience, and the lack of support tools hindered scalability. For example, initial app stores lacked comprehensive analytics, user engagement features, or targeted promotional opportunities—elements now recognized as essential for small business success.

Learning from these early limitations, platforms recognized the need to evolve towards more inclusive ecosystems that empower small creators through better tools, policies, and support systems.

The Shift Toward Supportive Ecosystems: Features and Policies Enhancing Small Business Opportunities

Over time, app stores introduced a variety of features aimed at leveling the playing field for small developers. Apple, for instance, rolled out developer tools such as Xcode, TestFlight, and extensive documentation, making it easier for small teams to create, test, and publish apps efficiently. Additionally, revenue sharing policies became more flexible, with lower fees for smaller apps or startups, encouraging experimentation and innovation.

Promotional programs like featured placements, developer grants, and targeted marketing campaigns further increased visibility for small businesses. Google Play’s support features—such as early access programs and user review management—also contributed to a more inclusive environment, demonstrating how policy shifts can directly impact small business success.

Feature Impact on Small Businesses
Developer Tools & Resources Simplify app creation and testing, reducing entry barriers
Revenue Sharing & Fees Lower costs promote experimentation and risk-taking
Promotional Opportunities Enhanced visibility and discoverability for small apps

Technological Growth and Its Implications for Small Business App Development

Advancements in technology have significantly lowered barriers for small businesses to develop sophisticated apps. Increasing device capabilities, cloud computing, and powerful frameworks enable small teams to create feature-rich products without extensive resources. The growth of app sizes, once a challenge, now benefits from improved compression algorithms and distribution networks, allowing larger apps to reach users seamlessly.

Tools like SwiftUI, React Native, and Flutter facilitate cross-platform development, helping small startups reach multiple markets with minimal overhead. These frameworks abstract complex coding tasks, making app creation more accessible and cost-effective. As a result, small businesses can innovate rapidly, integrating features like augmented reality (AR) or machine learning, which were previously reserved for large corporations.

The impact of technological progress is exemplified by small developers leveraging cloud services (e.g., AWS, Firebase) for scalable backend solutions, reducing infrastructure costs and enabling dynamic app features.

User Engagement and Retention Strategies: Supporting Small Business Growth

In a competitive app environment, retaining users is crucial for small businesses. High churn rates challenge sustained growth, prompting platforms like Apple to introduce features that foster user engagement. Push notifications, personalized recommendations, and loyalty programs are now standard tools for small developers aiming to build lasting relationships with their audience.

Apple’s App Store, for example, provides analytics dashboards and testing tools that help optimize user experience and retention. Similarly, Google Play’s beta testing and review management features enable iterative improvements based on real user feedback. These support mechanisms are vital for small businesses to adapt quickly and maintain growth momentum.

«Supporting user engagement isn’t just about retention; it’s about creating a loyal community that fuels sustainable growth.»

Non-Obvious Factors Shaping the Support Ecosystem

While policies and features are visible drivers, less obvious factors also influence small business success on app stores. App discoverability heavily relies on algorithms that prioritize relevance, ratings, and recent activity, meaning small developers must optimize app metadata and engagement strategies.

Moreover, app size and performance directly impact user retention. Larger, slower apps tend to frustrate users, leading to higher uninstall rates. Platforms now impose stricter policies on app performance, incentivizing developers to optimize code and resource usage.

Platform policies around data privacy, monetization, and content moderation also shape the ecosystem — often favoring apps that comply with best practices, thus influencing small business strategies and operational models.

Case Studies: Small Business Success Stories on Apple’s App Store

Numerous small startups have thrived by adapting to platform evolution. For instance, a boutique fitness app leveraged Apple’s promotional programs and analytics tools to target niche audiences, resulting in a steady growth of active users. Implementing strategic updates based on user feedback and optimizing app discoverability led to sustained success.

Another example is a local language learning app that utilized cross-platform frameworks and engaged users through personalized notifications, achieving high retention rates. Their story underscores the importance of combining technological tools with marketing strategies supported by the platform.

Key lessons from these stories include prioritizing user feedback, leveraging platform support features, and maintaining agility in app development and marketing efforts.

Looking ahead, technological innovations such as augmented reality (AR), machine learning, and 5G connectivity are poised to open new avenues for small app developers. Platforms are likely to enhance their support policies, introducing more flexible monetization models and tools that facilitate discovery and user engagement.

Emerging technologies will enable small businesses to develop more immersive and intelligent apps, leveling the playing field against larger competitors. For example, integrating AR features into small retail or education apps can significantly boost user experience and retention.

Small businesses should prepare by staying informed about platform updates, investing in scalable technologies, and cultivating community engagement strategies. Platforms like Apple are expected to continue refining their policies to nurture innovation and inclusivity.

Navigating the Evolving App Store Landscape as a Small Business

In summary, the evolution of app stores reflects a broader commitment to supporting small businesses through technological, policy, and community-driven initiatives. From early limitations to today’s rich support ecosystems, platforms have become vital partners in innovation and growth.

For small entrepreneurs, understanding and leveraging these platform features is essential. By adopting best practices, staying adaptable to future trends, and utilizing available tools, small businesses can thrive in a competitive digital landscape.

Ultimately, platform evolution underpins the sustainability of small businesses, making it possible to turn ideas into successful products that reach global audiences. To explore innovative tools that support such growth, consider discovering resources like space fly plunge.

In the realm of modern gaming, especially digital and gambling environments, the concepts of risk and reward are foundational. These elements influence not only how players engage with games but also how developers structure experiences to maximize engagement and fairness. As game mechanics evolve with technological advances, understanding the dynamics of risk and reward becomes crucial for both players seeking to optimize their strategies and designers aiming for responsible, balanced experiences.

This article explores the core principles of risk and reward, their psychological and mathematical underpinnings, and how contemporary game mechanics manipulate these concepts to create compelling gameplay. We will illustrate these ideas through practical examples, including insights from modern games like Aviamasters – Game Rules, which exemplify current trends in managing risk and reward in gaming design.

1. Introduction to Risk and Reward in Modern Gaming

a. Defining risk and reward: fundamental concepts in game design and player decision-making

At its core, risk in gaming refers to the potential for a negative outcome or loss, while reward signifies the benefit or payout a player receives upon success. These concepts are integral to decision-making processes, as players constantly evaluate whether to pursue a particular action based on perceived risk and expected reward. For example, choosing to bet higher amounts in a game increases potential winnings but also amplifies the chances of loss, exemplifying the classic risk-reward trade-off.

b. The importance of understanding these concepts for game players and developers

For players, a clear grasp of risk and reward enables strategic decision-making and responsible gaming. Developers, on the other hand, utilize these principles to craft engaging experiences that motivate players without encouraging harmful behaviors. Balancing risk and reward is essential for creating games that are both entertaining and fair, fostering trust and long-term engagement.

c. Overview of how modern game mechanics influence perceptions of risk and reward

Contemporary mechanics—such as variable payout structures, speed modes, and randomness certification—shape how players perceive and react to risk. For instance, features like Aviamasters employ RNG certification to assure fairness, influencing trust and risk perception. Mechanics that introduce variability or speed options can either heighten excitement or induce caution, demonstrating the nuanced ways in which game design manipulates risk-reward perceptions.

2. Theoretical Foundations of Risk and Reward in Game Mechanics

a. The psychology of risk-taking: motivation and behavior

Psychologically, players are influenced by factors such as overconfidence, loss aversion, and thrill-seeking tendencies. Research shows that individuals often overestimate low-probability high-reward outcomes, leading to riskier behaviors. Understanding these motivations allows game designers to craft mechanics that align with natural human tendencies, enhancing engagement without promoting irresponsible gambling.

b. Mathematical models of probability and payout structures

Game outcomes are often governed by probability models—ranging from simple odds to complex payout curves. For example, a payout table in a game might assign higher rewards to rare events, with the probability inversely proportional to the payout. Incorporating such models ensures transparency and fairness, especially when validated through RNG certification, which verifies that outcomes are genuinely random and unbiased.

c. The role of randomness and chance in shaping risk and reward outcomes

Randomness introduces unpredictability, making every play session unique. While players can learn patterns, the inherent chance ensures that outcomes remain uncertain, maintaining suspense. For instance, in games like Aviamasters, RNG certification guarantees that chance governs results fairly, reinforcing both the excitement and fairness perceived by players.

3. Modern Game Mechanics as Tools for Managing Risk and Reward

a. Variability and unpredictability: creating engaging experiences

Introducing variability through mechanics such as random payouts or dynamic game states keeps players engaged by providing an element of surprise. This unpredictability can heighten emotional investment, encouraging more frequent play. However, designers must balance variability to prevent frustration or perceived unfairness.

b. Speed modes and their impact on player risk appetite (e.g., Tortoise, Man, Hare, Lightning)

Speed modes are a modern mechanic that modulate risk and reward profiles. Slower modes like ‘Tortoise’ favor steady, lower-risk gameplay with smaller payouts, appealing to cautious players. Conversely, faster modes like ‘Lightning’ boost potential rewards but come with increased risk, attracting thrill-seekers. This segmentation caters to diverse player preferences and enhances overall engagement.

c. The influence of game design features on perceived and actual risk

Features such as visual cues, payout transparency, and malfunction rules influence how players perceive risk. For example, in Aviamasters, RNG certification reassures players about fairness, while malfunction clauses—voiding payouts if technical issues occur—add an additional layer of perceived risk, compelling players to consider reliability as part of their strategy.

4. Case Study: Aviamasters – An Illustration of Risk and Reward Dynamics

a. Overview of Aviamasters game rules and core mechanics

Aviamasters is a modern game that combines RNG-based outcomes with multiple speed modes, allowing players to choose their risk level. Its core mechanics rely on certified randomness to ensure fairness, while the speed modes—Tortoise, Man, Hare, and Lightning—offer varying payout and risk profiles. This setup exemplifies how game design can adapt to different player risk appetites, maintaining engagement across a broad audience.

b. How RNG certification ensures fairness and influences player trust

RNG certification, often provided by third-party auditors, verifies that outcomes are genuinely random and unbiased. In Aviamasters, this assurance bolsters player trust, making the risk of loss feel authentic rather than manipulated. This transparency is crucial in fostering responsible gaming and long-term loyalty.

c. The impact of malfunction rules: voiding plays and payouts, and their effect on risk perception

Malfunction clauses that void plays or payouts introduce a layer of technical risk, subtly affecting player behavior. Knowing that technical issues can nullify rewards encourages players to consider the reliability of the platform as part of their risk assessment. Such rules, while technical, influence psychological perceptions of safety and fairness.

d. The strategic implications of speed modes in Aviamasters and their reward structures

Choosing a speed mode represents a strategic decision aligning with a player’s risk tolerance. Slower modes tend to offer steadier, smaller payouts, appealing to risk-averse players. In contrast, lightning mode offers the potential for large jackpots but with higher risk, attracting risk-takers. This flexibility exemplifies how game mechanics can cater to diverse strategies, balancing excitement with fairness.

5. Non-Obvious Dimensions of Risk and Reward

a. The role of player psychology in interpreting risk (e.g., overconfidence, loss aversion)

Players often misjudge risk due to cognitive biases. Overconfidence may lead to increased bets despite low odds, while loss aversion causes players to avoid risks after losses. Recognizing these biases helps developers design mechanics that mitigate harm while maintaining engagement, such as implementing clear visual cues or limits.

b. How game mechanics can subtly manipulate perceived risk without altering actual odds

Design choices like visual animations, sound effects, and payout representations can influence players’ perceptions. For instance, flashing jackpots or emphasizing potential rewards might create an illusion of higher chances of winning, even if the actual probabilities remain unchanged. This psychological manipulation, when used ethically, enhances player experience without deception.

c. The ethical considerations of designing risk-reward structures in gambling and gaming

Ethical design mandates transparency, fairness, and the avoidance of exploitative mechanics. Features that encourage excessive risk-taking or obscure true odds pose moral questions. Regulatory frameworks increasingly demand RNG certification and clear disclosures, emphasizing responsible game design that prioritizes player well-being.

6. Designing for Balanced Risk and Reward in Modern Games

a. Strategies for game designers to create engaging yet fair risk-reward profiles

Implementing multiple risk tiers, transparent payout structures, and adaptive mechanics ensures fairness while maintaining excitement. Offering options like different speed modes allows players to select their preferred risk level, fostering inclusivity and personalization.

b. The importance of transparency and certification (e.g., RNG verification)

Transparency builds trust. Certified RNGs, clear payout tables, and open disclosure of malfunction rules help players make informed decisions, reducing suspicion and promoting responsible engagement.

c. Case example: Implementing multiple speed modes to cater to diverse player risk preferences

By offering modes like Tortoise for conservative players and Lightning for high-risk enthusiasts, developers can attract a broader user base. Such design choices exemplify balancing risk and reward effectively, ensuring both fairness and excitement.

7. The Future of Risk and Reward in Gaming

a. Emerging technologies and mechanics that reshape risk dynamics (e.g., adaptive difficulty, AI-driven randomness)

Advancements like AI-driven adaptivity can modify game difficulty in real-time, tailoring risk-reward profiles to individual players. Blockchain and smart contracts introduce transparency and verifiability, further enhancing trust.

b. Potential trends in player risk appetite and reward expectations

As players become more informed and responsible, demand shifts toward fairer, more transparent mechanics. The integration of social features and player feedback influences how risk and reward are balanced in future designs.

c. The evolving regulatory landscape and its impact on game design

Regulators increasingly require strict RNG certification, responsible gaming measures, and clear disclosures. These changes push developers toward more ethical

In the dynamic world of gaming, multipliers serve as powerful tools to amplify winnings and heighten player engagement. As games have evolved from mechanical devices to sophisticated digital platforms, so too have the mechanisms for multiplying outcomes—particularly through hidden multipliers that add layers of excitement and strategic depth. Understanding their origins and modern implementations offers valuable insights for both players and game designers.

1. Introduction to Hidden Multipliers in Modern Gaming

Multipliers are fundamental features in many games, significantly impacting gameplay outcomes. They multiply the player’s winnings, often by a specific factor such as 2x, 5x, or even higher, thereby increasing the thrill and potential rewards. In traditional slot machines, multipliers were usually explicit, triggered by specific symbols or combinations. However, as gaming technology advanced, developers introduced hidden multipliers—mechanisms concealed within game mechanics that activate unpredictably, adding an element of surprise and strategic anticipation.

This evolution from straightforward multipliers to hidden variants enhances player engagement by creating layers of anticipation, encouraging continued play, and offering the potential for larger payouts even without explicitly visible triggers. These hidden features often operate seamlessly within the game’s design, rewarding attentive players who understand or recognize when such multipliers might be active.

2. Core Concepts of Multipliers and Their Origins

a. Historical Roots of Multiplier Features in Classic Slot Machines

The concept of multipliers dates back to the earliest mechanical slot machines in the late 19th and early 20th centuries. These machines often featured special symbols or bonus rounds that increased payouts, serving as precursors to modern multiplier mechanics. For example, some classic machines had «double» or «triple» symbols that doubled or tripled the payout when aligned.

b. Transition to Digital Platforms and the Emergence of Hidden Multiplier Mechanics

With the advent of digital gaming in the late 20th century, developers gained the ability to incorporate complex algorithms and random number generators (RNGs). This transition allowed for hidden multiplier mechanics, which could be activated by specific conditions or randomly, without explicit visual cues. Digital slots like (le·pharaoh) • exemplify modern implementations where multipliers are embedded within gameplay features like special symbols or re-drops.

c. The Role of Randomness and Probability in Multiplier Activation

At the core of these mechanics lies probability. Hidden multipliers often depend on RNG processes, making their activation a matter of chance. This element of randomness sustains excitement, as players remain uncertain whether their spins or actions will trigger a multiplier, thereby incentivizing continued engagement and risk-taking.

3. Types of Hidden Multipliers in Contemporary Games

a. Sticky Re-drops and Golden Squares: Mechanisms and Effects

Sticky re-drops involve symbols or features that, once triggered, hold their position and can re-trigger additional spins or bonuses. Golden Squares, often appearing on the game grid, serve as multipliers or bonus zones. When a player lands on or activates these features, they can multiply winnings significantly or trigger re-spins that increase the chance of activating other hidden multiplier features.

b. Special Symbols like Green Clovers: Multiplication Ranges from 2x to 20x

Symbols such as Green Clovers, rooted in traditional slot lore, now often function as multipliers with variable ranges. For example, landing a Green Clover might multiply a win by 2x, 5x, or even 20x depending on game conditions. These symbols are frequently part of hidden mechanics, only activating under specific circumstances, which adds a layer of complexity and excitement.

c. Paylines and Their Fixed Nature: Implications for Multiplier Opportunities

Many modern slot games feature multiple paylines, some of which are always active, providing numerous avenues for triggering hidden multipliers. Fixed paylines ensure consistent opportunities for multipliers to activate, especially when combined with features like special symbols or bonus rounds, thus enriching strategic play.

4. Case Study: Le Pharaoh and Its Multiplier Dynamics

a. How Le Pharaoh Incorporates Hidden Multipliers to Enhance Gameplay

The game (le·pharaoh) • exemplifies modern slot design by embedding hidden multipliers within symbols and features. For instance, the appearance of Golden Squares on the reels can multiply winnings by variable factors, often in conjunction with other symbols like Green Clovers, creating multiple layers of potential payouts.

b. The Significance of All 19 Paylines Being Always Active

In Le Pharaoh, all 19 paylines are always active, ensuring that every spin has multiple chances to trigger hidden multiplier features. This fixed structure maximizes opportunities without requiring players to select paylines, which simplifies gameplay and maintains consistent excitement.

c. The Role of Golden Squares and Green Clovers in Boosting Winnings

Golden Squares often serve as multiplication zones, increasing payouts when aligned with winning combinations. Green Clovers act as multipliers ranging from 2x up to 20x, activating under certain conditions. Their presence in gameplay offers the chance for unexpectedly large wins, especially when combined with other features, demonstrating how hidden mechanics elevate the game’s appeal.

5. The Mathematical and Design Foundations of Hidden Multipliers

a. Designing Balanced Multiplier Mechanics for Fairness and Excitement

Effective game design requires balancing the probability of activating hidden multipliers with the potential payout. This involves complex calculations to ensure that while players experience excitement, the house edge remains sustainable. Developers often use simulations and expected value (EV) calculations to fine-tune these mechanics.

b. Calculating Expected Value and Risk Factors Associated with Multipliers

Expected value analysis helps predict average returns over time, considering the probability of activating hidden multipliers. For example, if a Green Clover appears with a 1% chance and multiplies winnings by 20x, the contribution to EV can be calculated accordingly, guiding game balance and payout rates.

c. Maintaining Player Trust Through Transparency and Consistent Mechanics

While hidden features add excitement, transparency in how multipliers operate—such as clear payout percentages and odds—builds trust. Well-designed mechanics ensure players feel fairly treated, fostering long-term engagement and responsible gambling practices.

6. Non-Obvious Depth: The Psychology Behind Multiplier Features

a. How Hidden Multipliers Influence Player Anticipation and Engagement

The unpredictability of hidden multipliers taps into players’ desire for surprises, increasing anticipation. When players recognize that certain symbols or features may secretly boost their winnings, they become more engaged, often investing more time and money to uncover these hidden opportunities.

b. Cognitive Biases and Their Exploitation in Multiplier Design

Designers leverage biases like the availability heuristic and gambler’s fallacy by emphasizing near-misses or promising multipliers, encouraging continued play. For example, visual cues like blinking symbols or sound effects signal potential multipliers, exploiting the player’s tendency to overestimate their chances.

c. The Impact of Visual Cues and Sound Effects in Signaling Potential Multipliers

Strategic use of visual and audio signals heightens player expectation. Shimmering Golden Squares or celebratory sounds alert players to possible multiplier activation, even if the actual probability remains RNG-based. This sensory stimulation enhances the overall experience and perceived fairness.

7. Origin and Evolution of Multiplier Mechanics in Gaming

a. Early Mechanical Slot Innovations and Their Multiplier Features

Mechanical slots pioneered simple multiplier concepts, often built into the hardware with physical features like rotating drums with multipliers or bonus triggers. These early innovations laid the groundwork for understanding player psychology and payout balancing.

b. Digital Transformation and the Integration of Complex Hidden Multipliers

The shift to digital platforms enabled developers to embed complex, probabilistic multiplier features that are hidden from immediate view. This evolution allows for dynamic gameplay, where multipliers can be triggered through multiple layers of conditions, as seen in recent titles like (le·pharaoh) •.

c. Future Trends: Potential Innovations Inspired by Current Mechanics like Those in Le Pharaoh

Emerging trends suggest further integration of AI-driven mechanics, personalized multiplier triggers, and augmented reality features. These innovations aim to deepen player immersion and create even more unpredictable, rewarding experiences.

8. Practical Strategies for Players to Unlock Hidden Multipliers

a. Recognizing Patterns and Opportunities Within Game Mechanics

Familiarity with game features—such as the appearance of Golden Squares or Green Clovers—can help players anticipate potential multiplier activation. Observing how often certain symbols appear or how re-drops occur can inform strategic betting decisions.

b. Managing Bankroll with Awareness of Multiplier Activation Probabilities

Understanding the odds of hitting hidden multipliers allows players to set realistic expectations and avoid chasing improbable wins. Budgeting for longer sessions can maximize chances to encounter these features naturally.

c. Leveraging Game Features (e.g., Sticky Re-drops, Clovers) to Maximize Winnings

Actively targeting features known to trigger multipliers—like aiming for specific symbols or re-spins—can improve outcomes. Playing games that highlight these features, such as (le·pharaoh) •, provides opportunities for strategic play.

9. Broader Implications for Game Design and Regulation

a. Ethical Considerations in Designing Hidden Multipliers

Designers must balance excitement with fairness, ensuring that hidden features do not exploit cognitive biases or mislead players about their chances. Transparency and responsible design promote trust and sustainable engagement.

b. Regulatory Perspectives on Transparency and Fairness

Regulators increasingly scrutinize RNG-based games to ensure that hidden mechanics do not deceive players. Clear communication of payout percentages and odds, alongside fair implementation of hidden features, is essential for compliance and consumer protection.

c. Balancing Entertainment with Responsible Gambling Practices

While hidden multipliers

El pasado viernes 23 de mayo se celebró la final provincial del Concurso de Cristalización en la Escuela, en la Facultad de Ciencias de la Universidad de Málaga, coordinada por el profesor D. Enrique Vigueras.
 Varios centros educativos presentaron sus proyectos científicos con gran creatividad y esfuerzo. Estos fueron los trabajos seleccionados:

IES Bezmiliana
• “Érase una vez la cristalización”, coordinado por el profesor Jesús Verdeja, con alumnado de 2º de ESO.
• “Cristales perfectos: sistema cúbico de la sal y el alumbre”, coordinado por la profesora Ana Mª Martínez, con alumnado de 1º de Bachillerato.

 IES Mediterráneo
• “Dando un giro a la cristalización”, coordinado por la profesora Marisa Prolongo con alumnado de 3º y 4º de ESO.

 IES José Saramago
• “Detectives del color”, coordinado por el profesor Rafael Gervilla, presentado por alumnado de 2º de ESO.

 IES Concha Méndez Cuesta
• “Nuestro mundo de cristales”, coordinado por el profesor Rubén González y presentado por alumnado de 4º de ESO.
¡Todos estos proyectos han sido seleccionados para representar a la provincia en la final andaluza, que se celebrará el próximo sábado 31 de mayo en el Parque de las Ciencias de Granada, junto al resto de ganadores provinciales!
¡Enhorabuena a todo el alumnado y profesorado participante por su excelente trabajo y dedicación!

Ayer, el Club Científico hizo entrega del premio correspondiente a la exposición del XVII Encuentro de Ciencias Bezmiliana de»Blanca Troughton».

 El alumno Miguel Ángel Antúnez Cuevas, de 1º ESO D, fue el afortunado ganador y recibió una tablet como premio.

 El dispositivo fue donado por Planeta Explora en colaboración con la tienda iMedia Sistemas. ¡Muchas gracias por vuestro apoyo a la educación y la ciencia!

 ¡Enhorabuena, Miguel Ángel! Esperamos que disfrutes mucho tu premio. Coordinadora Club científico Bezmiliana.

amarmar396@g.educaand.es

Como uno de los centros ganadores del Concurso de Cristalización en la Escuela, edición 2024, el IES Bezmiliana ha tenido el honor de participar en la 27ª Feria de la Ciencia de Granada, celebrada el 10 de mayo en el Parque de las Ciencias, con el trabajo titulado “Cristalizaciones en condiciones marcianas”.

Este proyecto fue desarrollado por el profesor Jesús Verdeja junto a un grupo de estudiantes del Club Científico Bezmiliana. En esta ocasión, participaron en el evento los alumnos Esteban Guzmán, Julia Ortiz, Irene Fernández, Enely Domínguez y Daniela Cabrera, acompañados por los profesores Jesús Verdeja y Ana Mª Martínez.

Durante la jornada, tuvimos la oportunidad de presentar y explicar nuestro trabajo a un público numeroso y muy interesado, compartiendo espacio con más de 30 proyectos seleccionados, todos ellos de gran calidad y muy bien expuestos.

Queremos dar la enhorabuena a todos los participantes por el nivel mostrado y expresar nuestra felicitación a la organización del evento, por seguir apostando con fuerza por la divulgación científica.

Coordinadora Club científico Bezmiliana.

El viernes 25 de abril el alumnado de 1 ESO pudo disfrutar de la charla MUJERES QUE CAMBIARON EL MUNDO, de la mano de Noemí Botella, directora de recursos humanos en el sector tecnológico y divulgadora científica.

A lo largo de la charla, el alumnado pudo poner nombre y rostro a algunas de las mujeres científicas  que cambiaron el mucho en los campos de Biología, Física, Medicina o Informática. Nombres como Sara Borrell, Margarita Salas o Ada Lovelace ya no son desconocidas para nuestro alumnado.

Desde el ÍES Bezmiliana seguimos impulsando la igualdad y mostrando referentes femeninos en todos los ámbitos, incluido el científico. 

Tuvimos el privilegio de aprender y disfrutar con la charla impartida por Alberto Bernal, “Los secretos de la luz: estudiando la materia con láser”, y con David García, quien nos habló sobre los meteoritos. Ambos pertenecen al Departamento de Física Aplicada I de la Universidad de Málaga y participaron en representación de la RSEQ, Sección Territorial de Málaga.
Con esta enriquecedora actividad concluimos el XVII Encuentro de Ciencias Bezmiliana. Agradecemos profundamente la generosa colaboración de todas las personas que nos han acompañado y compartido su conocimiento, con el objetivo de despertar la curiosidad científica entre el alumnado. En esta ocasión, queremos expresar un agradecimiento especial a Alberto y David por su entrega y entusiasmo

XVII Encuentro de Ciencias Bezmiliana
Desde el Club Científico del IES Bezmiliana, queremos dar un enorme GRACIAS a todas las personas, instituciones y equipos que han hecho posible esta nueva edición del Encuentro de Ciencias Bezmiliana:
Al profesorado implicado, por su entrega, creatividad y apoyo constante.
Al alumnado, por su entusiasmo, esfuerzo y por defender sus proyectos con tanta pasión.
Al IES Bezmiliana, por todo su apoyo y su trabajo.
A quienes colaboraron en el montaje, la logística y la cobertura del evento. Muy especialmente al Ayuntamiento de Rincón de la Victoria, por facilitarnos la infraestructura necesaria y su continuo respaldo a la divulgación científica.
 A las familias, visitantes y centros educativos que nos acompañaron con tanta ilusión.

Cada colaboración ha sido clave para que este encuentro haya sido un verdadero éxito colectivo.
Las visitas se nos hicieron cortas… ¡porque había muchísimo que ver y aprender!
 Os dejamos un reportaje gráfico con algunos de los mejores momentos vividos.
¡La ciencia nos conecta, nos inspira y nos hace crecer!

Dentro de las actividades programadas en el XVII Encuentro de Ciencias Bezmiliana, el pasado jueves 24 de abril celebramos nuestro Café con Ciencia, un espacio pensado para acercar distintas experiencias académicas y profesionales a nuestro alumnado.
Tuvimos el honor de contar con un grupo de invitados excepcionales, que compartieron su trayectoria, resolvieron dudas y nos ayudaron a descubrir posibles caminos a seguir en nuestro futuro:
Belén Alfaro Márquez: Diplomada en Enfermería
Ana Cabello Navas: Grado en Arquitectura
Cristina Espejo Roque: Ingeniera Informática
Bertrand Lorente Yáñez: Técnico Superior en Administración de Sistemas en Red
José Francisco Santiago Fernández: Técnico Superior en Dietética
Ángela Rodríguez Gutiérrez: Estudiante del Grado en Psicología
Tras las presentaciones, gracias a la merienda ofrecida por el AMPA Gran Sol, pudimos disfrutar de un ambiente más cercano, en el que conversar, preguntar y profundizar en los distintos campos profesionales.

¡Muchas gracias a todos! 

Página siguiente »


Creative Commons License
Esta obra está bajo una licencia de Creative Commons.

Powered by  IdeaSur Technology, S.L.