Search PubMedSearch

PubMed · 3760442

Psychoanalysis and time.

Abstract

Psychoanalysis is fundamentally related to time because it is an effort to understand how disturbances in the present are determined by events in the past. Technically, we know that the patient who is reporting immediate perceptions is not aware of the passage of time, but he becomes self-conscious as undesirable elements threaten to appear in his associations. Time is not sensed by direct awareness, nor is it an agent of action or events. Various functions of the ego influence how time is experienced consciously, leading to phenomena such as déjà vu, a sensation of timelessness, misjudgment of time duration, the experience of premonition. Psychoanalysis more than any other discipline sheds light on the coexistence of past, present, and future, as influenced by unconscious fantasy thinking. The analyst's understanding of the patient's associations is guided by temporal factors such as context and contiguity, succession of similar or opposite elements. Basically, the self is a time-bound concept; identity implies that a self is the same entity at different points in time. There is a deep-seated rebellion against the tyranny of time, beginning with need frustration in the infant and culminating in the knowledge that man is destined to lose the struggle against death.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

J A Arlow. 1986. Psychoanalysis and time.. https://doi.org/10.1177/000306518603400301

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Effect of body position on tongue posture in awake patients with obstructive sleep apnoea.

BACKGROUND: Snoring and obstructive sleep apnoea (OSA) are worse or may only occur in the supine position. The effect of body position on upper airway size has been reported, but the effect on tongue posture has not previously been examined. METHODS: Detailed measurements were made of tongue posture from upright and supine lateral cephalograms on 24 men with OSA and 13 men with non-apnoeic snoring matched for age, body mass index, and craniofacial skeletal pattern. Patients with OSA had apnoea/hypopnoea indices (AHI) of > 50/hour and/or apnoea indices (AI) of > 25/hour while non-apnoeic snorers had AHI of < 10/hour and AI of < 5/hour. RESULTS: In non-apnoeic snorers the tongue depth measurements for the superior-posterior portion of the tongue were larger in the supine than in the upright position (p < 0.05). There was no significant difference in tongue depth measurements between the upright and the supine position in the patients with OSA. CONCLUSIONS: When awake patients with OSA move from the upright to the supine position they maintain their upright tongue posture which may tend to protect against upper airway collapse secondary to the increased gravitational load on the tongue. In contrast, when awake non-apnoeic snorers move from the upright to the supine position a significant dorsal movement in the superior-posterior portion of the tongue is observed.

Awareness