Dive into the intricate landscapes of memory and consciousness with New Age's captivating album, We Live on Through Our Dreams. Released on April 9, 2023, under the independent label Watershed Dreams, this ambitious project spans an immersive 2 hours and 22 minutes, offering a profound exploration of the human mind's complexities.
New Age masterfully intertwines scientific concepts with evocative soundscapes, creating a symphony that mirrors the brain's intricate processes. Each track, named after a fascinating aspect of memory and learning, serves as a sonic journey through the neural pathways that shape our experiences. From the role of the hippocampus in memory processing to the impact of stress and emotion on recall, the album delves into the fascinating world of cognitive science.
The music itself is a testament to New Age's innovative approach, blending ambient textures, electronic beats, and organic instrumentation to create a soundscape that is both intellectually stimulating and deeply moving. The album's structure mirrors the gradual process of memory consolidation, with tracks flowing seamlessly into one another, building layers of sound that resonate long after the final note fades.
We Live on Through Our Dreams is not just an album; it's an experience that challenges the listener to think deeply about the nature of memory, perception, and identity. Whether you're a fan of electronic music, a student of psychology, or simply someone seeking a profound auditory experience, this album offers a unique and unforgettable journey into the heart of human consciousness.
2023 Watershed Dreams2023 Watershed Dreams
Tracks
Memory Retrieval Can Be Affected by Motivation and ArousalNew Age, Relaxing Music, Music for Sleep
Synaptic Plasticity Shapes Memory FormationNew Age, Relaxing Music, Music for Sleep
Memory Is a Constructive ProcessNew Age, Relaxing Music, Music for Sleep
Hippocampus Plays Key Role in Memory ProcessingNew Age, Relaxing Music, Music for Sleep
Memory Formation Can Be Inhibited by StressNew Age, Relaxing Music, Music for Sleep
Memories Can Be Reconsolidated or ModifiedNew Age, Relaxing Music, Music for Sleep
Memory Formation Involves Changes in Gene ExpressionNew Age, Relaxing Music, Music for Sleep
Memory Retrieval Can Be Enhanced Through PrimingNew Age, Relaxing Music, Music for Sleep
Memories Can Be ReconstructedNew Age, Relaxing Music, Music for Sleep
Spatial Memory Is Processed by the HippocampusNew Age, Relaxing Music, Music for Sleep
Different Sensory Modalities Are Involved in Memory ProcessingNew Age, Relaxing Music, Music for Sleep
Contextual Memory Is Different from Item MemoryNew Age, Relaxing Music, Music for Sleep
Memory Encoding Can Be Facilitated by ElaborationNew Age, Relaxing Music, Music for Sleep
Memory Formation Involves Changes in Synaptic ConnectivityNew Age, Relaxing Music, Music for Sleep
Memories Are Subject to ForgettingNew Age, Relaxing Music, Music for Sleep
Different Types of Memories Involve Different Brain RegionsNew Age, Relaxing Music, Music for Sleep
Different Types of Learning Involve Different Memory SystemsNew Age, Relaxing Music, Music for Sleep
Memories Can Be Implicit or ExplicitNew Age, Relaxing Music, Music for Sleep
Memories Can Be Biased by Prior KnowledgeNew Age, Relaxing Music, Music for Sleep
Memory Can Be Stored Temporarily or PermanentlyNew Age, Relaxing Music, Music for Sleep
Learning and Memory Are Interrelated ProcessesNew Age, Relaxing Music, Music for Sleep
Memory Formation Is Impacted by Attention and PerceptionNew Age, Relaxing Music, Music for Sleep
Memory Trace Theory Explains Memory FormationNew Age, Relaxing Music, Music for Sleep
Memory Consolidation Can Be Disrupted by Sleep DeprivationNew Age, Relaxing Music, Music for Sleep
Episodic Memories Are Time-StampedNew Age, Relaxing Music, Music for Sleep
Memory Retrieval Can Be Interfered by InterferenceNew Age, Relaxing Music, Music for Sleep
Memory Storage Capacity Is Not UnlimitedNew Age, Relaxing Music, Music for Sleep
Memory Consolidation Is a Gradual ProcessNew Age, Relaxing Music, Music for Sleep
Memories Can Be Consolidated Across Multiple Sleep CyclesNew Age, Relaxing Music, Music for Sleep
Memory Retrieval Involves Reinstatement of Neural PatternsNew Age, Relaxing Music, Music for Sleep
Memory Rehearsal Improves Memory RetentionNew Age, Relaxing Music, Music for Sleep
Memories Can Be Enhanced by Emotional ValenceNew Age, Relaxing Music, Music for Sleep
Emotional Events Are Better RememberedNew Age, Relaxing Music, Music for Sleep
Brain Damage Can Lead to Memory LossNew Age, Relaxing Music, Music for Sleep
Neurotransmitters Play a Role in Memory ProcessingNew Age, Relaxing Music, Music for Sleep
Memories Can Be Impacted by Social and Cultural FactorsNew Age, Relaxing Music, Music for Sleep
Memory Retrieval Can Be Triggered by Contextual CuesNew Age, Relaxing Music, Music for Sleep
Distributed Neural Networks Encode MemoriesNew Age, Relaxing Music, Music for Sleep
Memory Retrieval Can Be Impaired by False MemoriesNew Age, Relaxing Music, Music for Sleep
Memories Are Stored in Different Regions of the BrainNew Age, Relaxing Music, Music for Sleep
Memories Can Be Transferred Across Different Brain RegionsNew Age, Relaxing Music, Music for Sleep
Memory Consolidation Involves Replay of Neural ActivityNew Age, Relaxing Music, Music for Sleep
Long-Term Potentiation Enhances Memory StrengthNew Age, Relaxing Music, Music for Sleep
Memories Can Be Influenced by Schemas and ScriptsNew Age, Relaxing Music, Music for Sleep
Memories Can Be Strengthened by Repeated RecallNew Age, Relaxing Music, Music for Sleep
Memory Consolidation Occurs During SleepNew Age, Relaxing Music, Music for Sleep
Memory Retrieval Can Be Enhanced by Context ReinstatementNew Age, Relaxing Music, Music for Sleep
Memories Can Be Affected by Aging and DiseaseNew Age, Relaxing Music, Music for Sleep
Memories Can Be Encoded as Concepts or PerceptsNew Age, Relaxing Music, Music for Sleep
Encoding Specificity Principle Affects Memory RecallNew Age, Relaxing Music, Music for Sleep