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Here are some spicy soup ideas to warm you up:
Spicy Black Bean Soup - This quick recipe is filled with fresh flavors, spices such as cumin, and can be made creamy by puréeing a portion before mixing it back in[4].
Spicy Chicken Tortilla Soup - Packed with shredded chicken, corn, beans, and spices, this soup features a rich tomato base with a kick from chipotle peppers[5].
Kimchi Jigae (Kimchee Soup) - A cozy, filling option made with prepared kimchi, pork belly, and silken tofu, perfect for a spicy winter meal[5].
Spicy Tequila-Lime Tomato Soup - This smoky tomato soup includes bell peppers, jalapeños, and even tequila for added flavor[5].
Spicy Pumpkin Soup - A simple option that uses Cajun seasoning for a spicy twist; it’s creamy and comforting[5].
Spicy Chicken and Hominy Mexican Soup - Features chipotle peppers in adobo sauce and a blend of spices for a robust flavor profile[5].
Spicy Fish Soup - Loaded with tomatoes, shrimp, and cod, enhanced with green chile peppers and cumin for a deep flavor[5].
Taiwanese Spicy Beef Noodle Soup - Tender beef is cooked for hours in a flavorful broth that includes garlic and chile pepper for the ultimate comfort soup[5].
Spicy Potato Soup - A vegetarian delight with spicy serrano chiles and red bell peppers for a warming dish[5].
These soups offer diverse flavors and heat levels, catering to various tastes and preferences. Enjoy experimenting with them!
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Art has played a transformative role in civil rights movements, serving as a crucial medium for expression, protest, and change. Throughout history, artists have utilized various forms of creative expression to address social injustices, inspire hope, and galvanize communities into action. This report examines how art has influenced civil rights movements through its ability to critique power structures, communicate collective experiences, and foster solidarity.
Artists have long used their work to critique political systems and address social injustices. Through various mediums—including paintings, music, literature, and performance—artists bring attention to oppression, corruption, and the struggles of marginalized communities. For example, the iconic works of Francisco Goya and George Orwell highlight how art can serve as a powerful vehicle for political dissent. Goya’s painting “The Third of May 1808” and Orwell’s novel “1984” exemplify the capacity of art to provoke emotions and stimulate public discourse about topics like war and totalitarianism, respectively[1].
During the Civil Rights Movement in the United States, the power of music was particularly evident. Artists like Bob Dylan, Nina Simone, and Sam Cooke used their songs to convey messages of equality and resistance, playing a pivotal role in mobilizing support for civil rights efforts[1]. This intertwining of music and activism exemplifies how artistic expressions resonate deeply with people's emotions, fostering collective identities and shared purposes among communities.
Art has historically provided a platform for marginalized communities to share their experiences and aspirations. For instance, during the Civil Rights era, Black artists used their work to challenge dominant narratives and amplify the voices of African Americans. Jacob Lawrence and Elizabeth Catlett created powerful visuals that depicted the struggles of Black Americans, thereby bringing attention to their fight for equality[4][11]. Such artworks encapsulated the essence of the movement, fostering empathy and raising awareness about the issues faced by African Americans.
Additionally, artists like Frida Kahlo and Banksy illustrate how personal and socially charged themes can connect with broader movements. Kahlo’s exploration of identity and pain in her self-portraits resonates with struggles for social justice and acceptance, while Banksy’s street art confronts issues like war and inequality, engaging audiences in critical conversations about contemporary societal dilemmas[1][3]. These artists utilize their platforms to challenge stereotypes and advocate for marginalized voices, reflecting the enduring relevance of art in civil rights discourse.
Beyond individual expression, art serves as a catalyst for community engagement and collective action. Public art, murals, and installations often become focal points for protests, transforming spaces into sites of activism. For example, the transformation of the Robert E. Lee statue’s base in Richmond, Virginia, into a vibrant display of protest art exemplifies how communities reclaim spaces to voice their grievances and commemorate victims of injustice[2]. Such engagements illustrate how art can inspire communities to come together and mobilize for social change.
Artistic initiatives not only galvanize action but also cultivate solidarity among diverse groups. Street art and public installations frequently bridge cultural divides, fostering dialogue and understanding among individuals from varying backgrounds. This aspect of art encourages inclusivity, as it invites participation from the public and asserts that everyone has a stake in the fight against oppression[1][4][11].
Art also functions as a means of memory and commemoration, preserving the narratives of civil rights struggles for future generations. Memorials and sculptures dedicated to pivotal moments in these movements serve as reminders of the past, shaping collective consciousness and inspiring ongoing activism. The use of art in memorializing events, such as the struggles against apartheid or the civil rights movement, fosters reflection and learning, ensuring that the lessons of history are not forgotten[1][5].
For instance, works by artists like Faith Ringgold, whose “American People Series #20: Die” captures the anxiety and rage during the tumultuous periods of civil rights protests, underline the emotional weight of such artworks. These pieces commemorate the struggles while encouraging viewers to reflect on the ongoing fight for justice[12]. By creating a space for remembrance, art continues to inspire new generations in the pursuit of equality.
In sum, art profoundly influences civil rights movements by critiquing power, amplifying marginalized voices, fostering community solidarity, and preserving collective memories. Through its capacity to evoke emotions and provoke discourse, art serves as a critical tool for social change, allowing individuals and communities to articulate their struggles and aspirations for a more just and equitable society. As demonstrated through various artistic expressions, the interplay between art and activism continues to resonate in the ongoing fight for civil rights today.
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Snoop Dogg is at the Olympics as NBC's special correspondent for the 2024 Paris Olympics. He will appear regularly on 'Primetime in Paris,' where he will interact with Team USA athletes and their families, explore Paris, and provide commentary alongside Mike Tirico during live events[1][3][2]. Snoop expressed his excitement by stating, 'I grew up watching the Olympics and am thrilled to see the incredible athletes bring their A-game to Paris'[5][2]. Additionally, he will carry the Olympic torch ahead of the opening ceremony[1][4][2].
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Native agent models differ from modular agent frameworks because workflow knowledge is embedded directly within the agent’s model through orientational learning[1]. Tasks are learned and executed in an end-to-end manner, unifying perception, reasoning, memory, and action within a single, continuously evolving model[1]. This approach is fundamentally data-driven, allowing for seamless adaptation to new tasks, interfaces, or user needs without relying on manually crafted prompts or predefined rules[1].
Frameworks are design-driven, and lack the ability to learn and generalize across tasks without continuous human involvement[1]. Native agent models lend themselves naturally to online or lifelong learning paradigms[1]. By deploying the agent in real-world GUI environments and collecting new interaction data, the model can be fine-tuned or further trained to handle novel challenges[1].
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In recent advancements in fine-tuning large language models (LLMs), the QLoRA (Quantized Low-Rank Adapters) method has emerged as a significant innovation. This technique presents an efficient finetuning approach that drastically reduces the memory usage required to fine-tune a 65B parameter model on standard hardware, such as a single 48GB GPU. QLoRA preserves full 16-bit finetuning task performance, allowing for more accessible and efficient model training.
The researchers behind QLoRA propose several novel solutions to enhance memory efficiency:
4-bit NormalFloat (NF4): A new data type that allows the model to harness information theoretically optimized representation, theoretically enabling improved performance without losing accuracy.
Double Quantization: This technique mitigates memory spikes when using gradient checkpointing. By quantizing the model to effectively handle memory usage, QLoRA allows useful computations without the need for excessive hardware requirements, achieving impressive results with minimal resources.
Paged Optimizers: This addition helps manage memory spikes by efficiently allocating resources when required during finetuning. These optimizers represent an important advancement as they scale to larger models typically challenging to run on limited hardware.
One of the main hurdles in finetuning large language models is the memory footprint, which can be cumbersome on standard GPUs. QLoRA significantly reduces the average memory requirements. For instance, when fine-tuning a 65B parameter model, the method requires under 780GB of GPU memory compared to prior methods which demand upwards of 1,300GB. This represents an approximate 40% reduction, making it feasible to execute LLM finetuning on more accessible hardware setups.
Furthermore, QLoRA's performance is highly competitive; it achieves up to 97.8% of the performance level of the existing ChatGPT, all while drastically minimizing the memory footprint[1]. Such efficiency allows more researchers and developers to engage with advanced models without needing prohibitively expensive computing resources.
The experiments demonstrate that QLoRA can fine-tune models while maintaining competitive performance levels. The architectural evaluations showcased improvements across various benchmarks, with significant results observed on platforms such as GLUE and Super-Natural Instructions datasets. Additionally, using QLoRA, models like Guanaco outperformed existing benchmarks in various tasks, validating the efficacy of the proposed techniques.
The QLoRA method underwent rigorous testing across different architectures, showcasing its versatility and adaptability to various use cases, such as instruction following tasks. For example, during assessments, it was shown that QLoRA can provide substantial performance gains while only requiring minimal computational resources[1].
The implications of QLoRA extend beyond just technical advancement. By making the finetuning of 65B and 33B parameter models more accessible, it opens doors for wider innovation, especially for smaller institutions that lack significant computing infrastructure. Researchers note that QLoRA enables finetuning methods to become ubiquitous, akin to how LLM technology has grown rapidly in recent years.
The potential to run advanced models on mobile devices could also revolutionize how language models are employed in everyday applications, providing capabilities once reserved for high-end systems. This could facilitate the deployment of chatbots and other interactive systems into various domains, expanding the reach of AI technologies[1].
In summary, QLoRA represents a promising advancement in the landscape of language model finetuning. It strikes a balance between performance and resource efficiency, facilitating broader access to powerful models. As research continues, the ongoing development and refinement of QLoRA will likely spur further innovations in how artificial intelligence is harnessed across different applications and platforms, making state-of-the-art technology more widely available[1].
This study illustrates the importance of continuing to explore methodologies that enhance model accessibility and performance, ensuring that the benefits of AI advancements reach diverse user bases and applications.
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The study by Wessel et al. (2020) contributes to the understanding of digital transformation by distinguishing it from IT-enabled organizational transformation. They integrate literature from organization science and information systems with longitudinal case studies to develop a conceptualization that highlights two key differences: first, digital transformation activities leverage digital technology to (re)define an organization’s value proposition, while IT-enabled transformation supports the existing value proposition.
Second, digital transformation leads to the emergence of a new organizational identity, whereas IT-enabled transformation enhances an existing identity. The authors synthesize these differences into a process model, providing a framework for understanding various types of transformations and suggesting avenues for future research[1].
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AI revenue growth rates improve significantly for companies that start early and invest in AI, as this leads to compounding value over time. Customizing and fine-tuning AI models to specific use cases enhances their effectiveness, resulting in better outcomes and increased revenue[1].
Furthermore, organizations that successfully integrate AI technologies into their operations experience 1.5 times faster revenue growth compared to less advanced peers. Prioritizing high-value use cases and empowering employees to identify applications that enhance workflows are crucial. Cultivating a culture of AI adoption and continuous learning further contributes to improved growth rates[2].
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Roundabouts are generally more efficient than traffic lights. Proponents argue that roundabouts can significantly reduce crashes, injuries, and fatalities, improve traffic flow, and save cities money on operational costs like electricity bills[1][3]. The Insurance Institute for Highway Safety states that they are safer for both drivers and pedestrians, causing much less congestion than traffic lights[1]. Additionally, modern roundabouts can move 50% more cars per hour than traditional traffic signals and reduce serious injury crashes by nearly 80% when replacing signalized intersections[4][5]. Moreover, they typically result in less daily delay for vehicles compared to traffic lights[2]. Overall, roundabouts enhance safety and traffic management more effectively than traffic lights.
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The heat burst in Kopperl, Texas, was caused by a combination of atmospheric conditions during a summer storm. As rain evaporated (virga) into a parcel of cold, dry air high in the atmosphere, it created a denser column of air that descended rapidly, warming due to compression at a dry adiabatic lapse rate. This resulted in superheated winds reaching temperatures of 140 degrees Fahrenheit at the ground level[1][3]. The phenomenon is typically associated with weakening thunderstorms, where a downburst of unsaturated hot air is expelled[2][3].
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