Wm Keck Foundation

TO IMPROVE ACCESS TO ART AND ART EDUCATION

TO DEVELOP MAPPING METHODS WITH GENERATIVE MANIFOLD NETWORKS

TO CONSTRUCT AND FIELD A SELF-DEPLOYING AUTONOMOUS MOORING SYSTEM

TO UNDERSTAND THE GENETIC AND EPIGENETIC CONTROL OF AGING

TO UNDERSTAND HOW A NEURONAL COMMUNICATION PATHWAY ALSO FUNCTIONS IN THE IMMUNE SYSTEM

TO UNDERSTAND PARAMETERS THAT GOVERN TRANSCRIPTIONAL ADAPTATION TO ENABLE NOVEL RNA-BASED THERAPEUTICS

TO INVESTIGATE TERRESTRIAL LOCOMOTION IN VERTEBRATES

TO DEVELOP BIOLUMINESCENT PROBES FOR VISUALIZING GPCR LIGANDS

TO UNDERSTAND THE NEURAL CIRCUITS THAT LINK ORAL SENSATION TO FEEDING BEHAVIOR

TO UNDERSTAND NETWORK SWITCHING TO RESCUE DAMAGE IN THE CENTRAL NERVOUS SYSTEM

TO DECIPHER CORAL REGENERATIVE BIOLOGY

TO EXPERIMENTALLY STUDY NITROGEN-FIXING ENZYMES

TO TEST FOR VIOLATION OF QUANTUM LINEARITY DUE TO GRAVITY

TO UNDERSTAND T CELL IMMUNE-EDUCATION OUTSIDE OF THE THYMUS

TO VALIDATE A NOVEL FUNCTION OF HISTONES AS RESERVOIRS OF CELLULAR ENERGY

TO DEVELOP MAGNETIC TOPOLOGICAL INSULATORS FOR LOSSLESS ELECTRONICS

TO STUDY HOW HETEROGENEITY CONTRIBUTES TO THE SPREAD OF PATHOGENS

TO DECIPHER SOCIAL COMMUNICATION IN STRESS-TOLERANT HONEYBEES

TO STUDY THE CAUSES OF GENOME INSTABILITY

TO HARNESS SUPERRADIANCE IN MOLECULAR AGGREGATES FOR SUPER-RESOLUTION IMAGING

TO REALIZE A QUANTUM SPIN LIQUID USING STRAIN

TO DEVELOP TOOLS TO MEASURE NEURAL SIGNAL PROPAGATION AT THE SCALE OF A WHOLE BRAIN

TO UNDERSTAND AND REPLICATE LIVING OPTICAL NETWORKS INSPIRED BY ORCHID LEAVES

TO UNDERSTAND MOLECULAR VULNERABILITIES IN CELLS THAT PRODUCE LARGE AMOUNTS OF A SINGLE PROTEIN

TO DEVELOP MOLECULAR TOOLS TO PROBE AND MANIPULATE CYTOKINE SIGNALING IN IMMUNE CELLS

TO TEST THE ROLE OF EXTREME CONDITIONS IN EARLY ANIMAL ADAPTATION

TO STUDY HOW TREES THRIVE IN THE URBAN BIOME

TO EQUIP THE DISCOVERY THEATER

ENGINEERING COMPLEX AT LMU

TO CREATE EDUCATION AND CLINICAL TRAINING PATHWAYS TO PURSUE CAREERS IN THE HEALTHCARE PROFESSIONS

TO DEFINE THE ROLE OF INFLAMMATION IN VERTEBRATE BONE FUSION

NEUROPEPTIDE REGULATION OF ACTIVITY IN THE CENTRAL NERVOUS SYSTEM

TO PROVIDE NEW OPPORTUNITIES FOR STUDENTS TO GAIN IN-DEMAND STEM SKILLS BY CREATING A CAREER AND TECHNICAL EDUCATION STUDIO

NEXT-GENERATION TECHNOLOGIES FOR STUDYING CHROMATIN FOLDING DYNAMICS IN CANCER AND DEVELOPMENT

TO CONSTRUCT THE FRIENDSHIP CAMPUS

TO CONSTRUCT A PERMANENT CAMPUS AND EXPAND ENROLLMENT

TO RENOVATE A FACILITY FOR THE AGENCYS FIRST PERMANENT HOME

TO EXPAND FREE TAX PREPARATION SERVICES

TO STRENGTHEN FAMILIES' FINANCIAL WELL-BEING

TO EXPAND A COLLEGE AND CAREER PATHWAYS PROGRAM

TO SUPPORT STUDENTS INTERESTED IN MAJORING IN STEM BY ADDING COLLEGE SUCCESS ACTIVITIES TO AN ADVANCED MATHEMATICS ENRICHMENT PROGRAM

TO RENOVATE A HEALTH CARE FACILITY

TO SUPPORT EDUCATIONAL PROGRAMMING AT A NEW COMMUNITY CENTER

TO SUPPORT A PROGRAM THAT WILL GUIDE MORE FOSTER YOUTH THROUGH COLLEGE GRADUATION AND INTO STRONG ENTRY-LEVEL JOBS

TO EXPAND THE AGENCYS HEADQUARTERS