Wormhole, conceptual artwork Stock Photos and Images
RFBX547G–Wormhole, conceptual artwork
RFGJF5RC–Vortex made with brown and orange lines on a tan background. Geometric digital art.
RFCNG1M4–Wormhole conceptual artwork
RFDE523M–wormhole in space, conceptual artwork
RFPT5HGE–Conceptual representation of a wormhole.A wormhole (or Einstein-Rosen bridge) is a theoretical 'tunnel' through spacetime,allowed by the theory of general relativity.In principle,a wormhole connects two regions in the universe,or two different regions in space as well as time.An object entering the wormhole at one end might emerge in a very different region of the cosmos,an arbitrary distance from the start point and/or at a totally different time.
RFKTABH8–Wormhole.Conceptual computer illustration of a tunnel,representing a wormhole.Wormholes are a possible solution to Einstein's equations that describe the properties of space-time,the continuum of unified space and time.Theorists have suggested that on the smallest scale of the universe (the incredibly small Planck length),the fabric of space-time may be riddled with these tunnel-like wormholes.The concept is also found in science fiction,where they are used to travel between distant points of the universe.However,as wormholes would last for less than a second,such use would probably be
RFKTABHA–Wormhole.Conceptual computer illustration of a tunnel,representing a wormhole.Wormholes are a possible solution to Einstein's equations that describe the properties of space-time,the continuum of unified space and time.Theorists have suggested that on the smallest scale of the universe (the incredibly small Planck length),the fabric of space-time may be riddled with these tunnel-like wormholes.The concept is also found in science fiction,where they are used to travel between distant points of the universe.However,as wormholes would last for less than a second,such use would probably be
RFKTABH5–Wormhole.Conceptual computer illustration of a tunnel,representing a wormhole.Wormholes are a possible solution to Einstein's equations that describe the properties of space-time,the continuum of unified space and time.Theorists have suggested that on the smallest scale of the universe (the incredibly small Planck length),the fabric of space-time may be riddled with these tunnel-like wormholes.The concept is also found in science fiction,where they are used to travel between distant points of the universe.However,as wormholes would last for less than a second,such use would probably be
RFKTABH9–Wormhole.Conceptual computer illustration of a tunnel,representing a wormhole.Wormholes are a possible solution to Einstein's equations that describe the properties of space-time,the continuum of unified space and time.Theorists have suggested that on the smallest scale of the universe (the incredibly small Planck length),the fabric of space-time may be riddled with these tunnel-like wormholes.The concept is also found in science fiction,where they are used to travel between distant points of the universe.However,as wormholes would last for less than a second,such use would probably be
RF2C6KPBW–Wormhole, conceptual illustration.
RFKHKRFE–Conceptual illustration of a wormhole.A wormhole (or Einstein-Rosen bridge) is a theoretical 'tunnel' through spacetime,allowed by the theory of general relativity.In principle,a wormhole connects two regions in the universe,or two different regions in space,as well as time.An object entering the wormhole at one end might emerge in a very different region of the cosmos,an arbitrary distance from the start point and/or at a totally different time.As such,wormholes seem to permit faster-than-light travel.
RFJB6BWX–Conceptual representation of a wormhole. A wormhole (or Einstein-Rosen bridge) is a theoretical 'tunnel' through spacetime, allowed by the theory of general relativity. In principle, a wormhole connects two regions in the universe - or two different regions in space as well as time. An object entering the wormhole at one end might emerge in a very different region of the cosmos, an arbitrary distance from the start point and/or at a totally different time. As such, wormholes seem to permit faster-than-light travel. Nobody has ever detected a wormhole and it is highly possible that they may
RF2TAN65W–UFO appearing from wormhole, illustration
RF2B0Y876–Wormhole, conceptual illustration
RF2DFK2W7–Wormhole, conceptual illustration
RF2DFK2TN–Wormhole, conceptual illustration
RF2DFK2W0–Wormhole, conceptual illustration
RF2B0Y87Y–Wormhole, conceptual illustration
RF2B0Y86Y–Wormhole, conceptual illustration
RF2B0Y86X–Wormhole, conceptual illustration
RF2B0Y87D–Wormhole, conceptual illustration
RF2WWADHN–Conceptual illustration depicting matter transitioning from a black hole to a white hole.
RF2WWADHX–Conceptual illustration depicting matter transitioning from a black hole to a white hole.
RF2WWADHF–Conceptual illustration depicting matter transitioning from a black hole to a white hole.
RFW2425P–Conceptual illustration of a wormhole. A wormhole (or Einstein-Rosen bridge) is a theoretical 'tunnel' through spacetime, allowed by the theory of gen
RFMJN47M–Illustration simulating what the explorer might see upon crossing the event horizon of a black hole. The event horizon is the black hole's boundary, the region beyond which the escape velocity exceeds that of light.
RFB6E2WX–Wormhole, conceptual computer artwork. Wormholesare a possible solution to Einsteins equations
RFB6E2X0–Wormhole, conceptual computer artwork. Wormholesare a possible solution to Einsteins equations
RF2HBA19P–Wormhole, conceptual illustration.
RF2HBA19K–Wormhole, conceptual illustration.
RFB6E37X–Wormhole
RFB6E37Y–Wormhole
RFB6E380–Wormhole
RFB6E37W–Wormhole
RFCNG2D2–Time travelling spacecraft artwork
RFB6E35Y–Wormhole event
RFB6E362–Wormhole event
RFB6E365–Hyperspace
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