معاينة الحجم الحقيقي
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مشاركة
التفاصيل
الدليل
تحميل الملف
قطع مشابهة
الأشعة السينية
عرض شرائح
الإحصائياتTabulae Rudolphinae
عرض المزيد
طباعة جيلي / مطبوعات فنية
طباعة جيكلي أو كانفاس بجودة المتاحف، مع سرعة في التنفيذ وخيارات متنوعة للتشطيب. (
اشترِ لوحة مرسومة يدويًا الانتقال إلى الصورة الرقمية)
اختر من بين أحجامنا المُعدّة مسبقًا والتي تتطابق مع النسب الأصلية للعمل الفني.
يمكنك إدخال أبعادك الخاصة لتناسب إطاراً أو مساحة معينة. وإذا لم يتطابق الحجم الذي اخترته مع نسب الصورة الأصلية، فسنقوم إما بقص العمل الفني أو تمديد الصورة باستخدام حافة معكوسة أو بلون مصمت. سيتم إرسال نموذج تجريبي رقمي لاعتمادك قبل بدء الإنتاج.
يرجى ملاحظة أن المعاينة على الشاشة لا تعكس عملية القص أو التمديد الفعلية؛ حيث سيوضح النموذج التجريبي فقط التكوين النهائي بدقة.
وعلى الرغم من توفر أحجام مخصصة، إلا أننا نوصي باختيار أبعاد من القائمة المحددة مسبقاً للحفاظ على النسب الأصلية.
توصيل عالمي إلى خلال أسبوعين بدلاً من المدة القياسية البالغة 4/5 أسابيع. 22 سبتمبر
شحن سريع ومجاني لجميع أنحاء العالم
قماش كتان عالي الجودة
تأمين شحن شامل
ضمان استرداد الرسوم الجمركية
ضمان مطابقة الألوان الحقيقية
سياسة الإرجاع خلال 100 يوم (في حالات العيوب فقط)
ضمان استرداد نقدي بنسبة 100%
خصم عند طلب عدة قطع
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Tabulae Rudolphinae
طباعة جيلي / مطبوعات فنية
مقاس النسخة المطبوعة
-
السعر الإجمالي النهائي
$ 62
أعمال فنية ذات صلة
السيرة الذاتية للفنان
Johannes Kepler: Life, Work & Legacy
Early Life and Education
- Born on December 27, 1571, in Weil der Stadt, Germany, to Heinrich Kepler and Katharina Guldenmann.
- A challenging childhood: Premature birth and subsequent illness left him with weak health. His father was a mercenary often absent, and his mother was an herbalist.
- Demonstrated exceptional mathematical ability from a young age, impressing visitors to his grandfather’s inn.
- Attended the University of Tübingen, initially intending to become a Lutheran minister, but excelled in mathematics under Michael Maestlin.
- Became fascinated with the Copernican heliocentric model of the solar system during his studies.
Career and Scientific Pursuits
- Began teaching mathematics at a seminary school in Graz, Austria, where he published his first astronomical work, Mysterium Cosmographicum, in 1596.
- Faced religious persecution and moved to Prague as an assistant to the renowned astronomer Tycho Brahe in 1600.
- After Brahe’s death in 1601, Kepler inherited his extensive astronomical data and became Imperial Mathematician to Emperor Rudolf II.
- Continued his work in Prague, eventually publishing Astronomia Nova (1609), detailing his first two laws of planetary motion.
- Later taught mathematics in Linz and served as an advisor to General Wallenstein.
Key Discoveries & Major Works
- Laws of Planetary Motion: Kepler formulated three fundamental laws describing the movement of planets around the Sun.
- Astronomia Nova (New Astronomy, 1609): Presented his first two laws: Planets move in elliptical orbits with the sun at one focus; a planet’s speed varies depending on its distance from the sun.
- Harmonice Mundi (Harmony of the World, 1619): Introduced his third law: The square of a planet's orbital period is proportional to the cube of the semi-major axis of its orbit.
- Epitome Astronomiae Copernicanae (Epitome of Copernican Astronomy, 1621): A comprehensive textbook summarizing his astronomical findings and advocating for the heliocentric model.
- Tabulae Rudolphinae (Rudolphine Tables, 1627): Accurate planetary tables based on Brahe’s observations and Kepler's laws, used for navigation and astronomy for centuries.
- Significant contributions to optics, including the description of how the eye works and improvements to telescope design – the Keplerian Telescope.
Influences & Artistic Development
- Nicolaus Copernicus: Kepler built upon Copernicus’s heliocentric theory, refining and mathematically proving it.
- Tycho Brahe: Provided Kepler with invaluable observational data that formed the basis of his discoveries.
- Renaissance Humanism & Neoplatonism: Influenced Kepler’s belief in a harmonious and mathematically ordered universe created by God.
- Kepler's approach blended empirical observation with mathematical reasoning, marking a shift towards modern scientific methodology.
Historical Significance & Legacy
- Foundation of Modern Astronomy: Kepler’s laws revolutionized our understanding of the solar system and laid the groundwork for Isaac Newton's law of universal gravitation.
- His work was crucial in establishing the scientific method, emphasizing observation, experimentation, and mathematical analysis.
- Considered one of the founders of modern science and a key figure in the 17th-century Scientific Revolution.
- Described as the “father of science fiction” for his novel Somnium, an early example of speculative fiction exploring space travel.
- Kepler’s legacy continues to inspire scientists and mathematicians today, demonstrating the power of human curiosity and intellectual rigor.
Johannes Kepler
1571 - 1630 , Germany
حقائق سريعة
- Birth_Date: 1571-12-27
- Birth_Place: Weil der Stadt, Germany
- Death_Date: 1630-11-15
- Influenced: Isaac Newton
- Influenced_By: Tycho Brahe
- Movement: Scientific Revolution
- Name: Johannes Kepler
- Nationality: German
- Notable_Works:
- Astronomia nova
- Harmonice Mundi
- Epitome Astronomiae Copernicanae
- Tabulae Rudolphinae