Quantum computing (QC) stands at the forefront of technological innovation, promising transformative potential across scientific and industrial domains. Researchers recognize that realizing this potential hinges on developing accelerated quantum supercomputers that seamlessly integrate fault-tolerant quantum hardware with advanced computational systems. These heterogeneous architectures are designed to tackle complex problems that conventional computing platforms cannot resolve…
In natural language processing (NLP), a central question is how well the probabilities generated by language models (LMs) align with human linguistic behavior. This alignment is often assessed by comparing LM scores with human acceptability judgments, which evaluate how natural a sentence feels. Previous studies, such as those using SLOR (Syntactic Log-Odds Ratio), have attempted…
In the evolving field of machine learning, fine-tuning foundation models such as BERT or LLAMA for specific downstream tasks has become a prevalent approach. However, the success of such fine-tuning depends not only on the model but also heavily on the quality and relevance of the training data. With massive repositories like Common Crawl containing…
Vision Transformers (ViTs) have revolutionized computer vision by offering an innovative architecture that uses self-attention mechanisms to process image data. Unlike Convolutional Neural Networks (CNNs), which rely on convolutional layers for feature extraction, ViTs divide images into smaller patches and treat them as individual tokens. This token-based approach allows for scalable and efficient processing of…
Matching patients to suitable clinical trials is a pivotal but highly challenging process in modern medical research. It involves analyzing complex patient medical histories and mapping them against considerable levels of detail found in trial eligibility criteria. These criteria are complex, ambiguous, and heterogeneous, making the undertaking labor-intensive and prone to error, inefficient, and delaying…
Generative agents are computational models replicating human behavior and attitudes across diverse contexts. These models aim to simulate individual responses to various stimuli, making them invaluable tools for exploring human interactions and testing hypotheses in sociology, psychology, and political science. By integrating artificial intelligence, these agents offer novel opportunities to enhance understanding of social phenomena…
In the evolving landscape of artificial intelligence, building language models capable of replicating human understanding and reasoning remains a significant challenge. One major hurdle in the development of large language models (LLMs) is balancing computational efficiency with expansive capabilities. As models grow larger to capture more complex relationships and generate better predictions, the computational costs…
Generating high-quality, real-time video simulations poses significant challenges, especially when aiming for extended lengths without compromising quality. Traditionally, world models for video generation have faced limitations due to high computational costs, short video duration, and lack of real-time interactivity. The use of manually configured assets, as seen in AAA game development, can be costly, making…
Quantum computing, despite its potential to outperform classical systems in certain tasks, faces a significant challenge: error correction. Quantum systems are highly sensitive to noise, and even the smallest environmental disturbance can lead to computation errors, affecting the expected outcomes. Unlike classical systems, which can use redundancy through multiple bits to handle errors, quantum error…