"telescope imaging"

#11452526

3 August 2024

(EDITOR'S NOTE: Image was captured through a telescope using ''lucky imaging'' technique: this astrophotography technique captures short-exposure frames or videos, extracting and combining the best frames with specialized software for a sharper, detailed final image during stable atmospheric conditions.) Cysatus, Gruemberger, Moretus, Curtius, Newton, Short, Zach, Pentland and other craters are seen on the Moon through a telescope in L'Aquila, Italy on July 27th, 2024.

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#11452515

3 August 2024

(EDITOR'S NOTE: Image was captured through a telescope using ''lucky imaging'' technique: this astrophotography technique captures short-exposure frames or videos, extracting and combining the best frames with specialized software for a sharper, detailed final image during stable atmospheric conditions.) Montes Caucasus mountains and Aristillus, Autolycus, Archimedes craters in Mare Imbrium (Sea of Showers) are seen on the Moon through a telescope in L'Aquila, Italy on July 27th, 2024.

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#11452514

3 August 2024

(EDITOR'S NOTE: Image was captured through a telescope using ''lucky imaging'' technique: this astrophotography technique captures short-exposure frames or videos, extracting and combining the best frames with specialized software for a sharper, detailed final image during stable atmospheric conditions.) Clavius, Porter, Blancanus, Scheiner, Maginus, Longomontanus, Moretus and Curtius and other craters are seen on the Moon through a telescope in L'Aquila, Italy on July 27th, 2024.

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#11452509

3 August 2024

(EDITOR'S NOTE: Image was captured through a telescope using ''lucky imaging'' technique: this astrophotography technique captures short-exposure frames or videos, extracting and combining the best frames with specialized software for a sharper, detailed final image during stable atmospheric conditions.) Pluto crater on the illuminated side, Aristoteles and Eudoxes on the side on the shadow are seen on the Moon through a telescope in L'Aquila, Italy on July 27th, 2024.

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#11452502

3 August 2024

(EDITOR'S NOTE: Image was captured through a telescope using ''lucky imaging'' technique: this astrophotography technique captures short-exposure frames or videos, extracting and combining the best frames with specialized software for a sharper, detailed final image during stable atmospheric conditions.) Werner, Aliacenis, Apianus and Poisson craters are seen on the Moon through a telescope in L'Aquila, Italy on July 27th, 2024.

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#11437700

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3763, 3764, 3766, 3765, 3767 (L) and 3768 and 3762 (C)

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#11437699

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3763, 3764, 3766, 3765, 3767 (L) and 3768 and 3762 (C)

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#11437698

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3763, 3764, 3766, 3765, 3767

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#11437697

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3763, 3764, 3766, 3765, 3767

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#11437696

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3768 and 3762

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#11437695

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3768 and 3762

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#11437694

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3768 and 3762

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#11437693

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3768 and 3762

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#11437692

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been processed to enhance the visibility of solar features such as sunspots, filaments, and prominences.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3763, 3764, 3766, 3765, 3767 (L) and 3768 and 3762 (C)

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#11437691

27 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 27, 2024. Sunspots visible are: 3763, 3764, 3766, 3765, 3767 (L) and 3768 and 3762 (C)

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#11436009

26 July 2024

(EDITOR'S NOTE: This image was captured with an H-Alpha solar telescope and is the result of stacking the best 20% of frames. The final stacked image has been adjusted to reflect the characteristic red hue observed in H-alpha solar imaging.) A view of the Sun through a solar telescope, showing sunspots and solar prominences, on July 26, 2024. Researchers from the University of Birmingham have observed early indications that the next solar cycle, Cycle 26, may be beginning sooner than expected, even though the current Cycle 25 has yet to reach its peak and is not due to end for another six years.

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