New research disentangles shape/texture in object representations, enabling new generative abilities while improving reconstruction quality. #ML#CV#unsupervisedlearning
Read more: https://t.co/dqV3CdGhdU
Prototype detector installed under CERN to test feasibility of proposed ANUBIS experiment searching for new particles #physics#CERN#detector
Read more: https://t.co/3E7kf82RjI
New method uses random position resets, not potential tuning, to shortcut particle's transition between states #physics#thermodynamics#transitions
Read more: https://t.co/PdwPgxxX3L
New robotic grasping method better understands cluttered scenes and focuses on individual objects for superior performance #robotics#AI#grasping
Read more: https://t.co/3YgZkCqY1e
Surprising 'non-integer' energy sidebands seen in laser-driven atoms, exceeding standard theory. New quantum interference model matches spectra well across laser strengths. #QuantumPhysics#OpticalLattice#PathwayInterference
Read more: https://t.co/XVHWpEfQYZ
New method marries adapters & Mixup for efficient adversarial robustness of language models, achieving accuracy-robustness tradeoff with little overhead #NLP#ML#adversarialML
Read more: https://t.co/S50X3BYhwb
New study compares U-Net models for segmenting cardiac MRI images - Attention U-Net achieves top dice score of 0.8608 for ventricle segmentation #cardiacimaging#deeplearning#medicalai
Read more: https://t.co/ioBtfBfn6c
New method boosts accuracy of AI for detecting car damage, by removing unreliable segments predicted by the model. Increases mean IoU by 16%! #AI#computervision#insurance
Read more: https://t.co/xOC84vNsvx
ALMA peeks inside star nursery W33, unveiling 80 newborn cores with clues to their growth. Core masses lean towards smaller stars - what will they become? #ALMA#astronomy#stars
Read more: https://t.co/Pq4C3wbP0D
New analysis reveals how physical factors like path angles & powers impact Doppler radar sensing accuracy, and proposes novel waveform optimizations to enhance it. #5G#Radar#Waveforms
Read more: https://t.co/QkydfgnXgF
New analysis shows meson exchanges significantly reshape deuteron mass & spin at high momentum, suggesting possibility to extract elusive pion structure #NuclearPhysics#HadronStructure#MesonExchanges
Read more: https://t.co/DYY5JvjS3L
New slot labeling model matches heavyweights with just 10% of the parameters, unlocking industrial applications #NLP#ML#AI
Read more: https://t.co/XcLqAUFyyy
New study shows 4D oscillators can transition from chaos to order, like a volcano, whereas 3D ones get stuck rotating. Dimension impacts collective behavior! #physics#complexity#emergence
Read more: https://t.co/gDVqkFP1kg
New topology research explores the complex structure of caustics in 5D, deriving universal relations between singularities. Even self-intersection numbers emerge. #math#physics#topology
Read more: https://t.co/gEpeiO6jz0
New study: Large language models struggle to reliably execute even simple code. As complexity increases, their simulation abilities decline rapidly. #AI#NLP#compsci
Read more: https://t.co/3imFwPWGvF
New study shows axion-like particle model undergoing supercooled phase transition can form primordial black holes and detectable gravitational waves, providing probes of dark matter composition #Axions#DarkMatter#BlackHoles
Read more: https://t.co/fSioHOOo4G
New research shows how to learn stable models from data, with applications to identification and control tasks. Uncovers connections to contracting systems. #ML#controltheory#dynamicalsystems
Read more: https://t.co/w5rc8guhad