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Tycho

'''Tycho''' most commonly refers to '''Tycho Brahe''' (1546–1601), a Danish nobleman, astronomer, and writer known for his precise astronomical observations that contributed to the Scientific Revolution.^[1] It may also refer to other people, astronomical phenomena and objects, or works in arts and entertainment; see below.

People

Tycho Brahe

Tycho Brahe was born on December 14, 1546, at Knutstorp Castle in Scania, a region then part of Denmark but now in Sweden, into a prominent noble family.^[2] As the eldest son of Otto Brahe, a member of the Danish council of state, and Beatte Bille, from another influential noble lineage, Tycho was groomed for a life in politics and law; at the age of two, he was adopted by his childless uncle Jørgen Brahe, who raised him and provided him with an elite education.^[2] This upbringing in privilege shaped his later career, granting him the resources to pursue astronomy independently of financial constraints. Brahe's early education followed the expectations of his station, beginning with studies in law and philosophy at the University of Copenhagen from 1559 to 1562, followed by travels to universities in Leipzig, Wittenberg, and Rostock to continue legal training.^[3] In 1566, while in Rostock, Brahe lost part of his nose in a duel over a mathematical disagreement and subsequently wore a prosthetic nose made of brass or silver.^[4] However, his interest shifted decisively toward astronomy after observing a predicted partial solar eclipse on August 21, 1560, which demonstrated the predictive power of mathematical astronomy and captivated the young student.^[5] By 1563, Brahe was compiling his own observations of planetary conjunctions, marking the beginning of his lifelong dedication to precise celestial measurements without the aid of telescopes.^[3] Brahe's most famous early observations came in 1572, when he discovered a brilliant new star—or "nova"—in the constellation Cassiopeia on November 11, initially as bright as Venus and visible even during daylight for about two weeks before fading over 16 months.^[6] Documenting its unchanging position relative to nearby stars in his treatise De nova stella, Brahe argued that this phenomenon occurred in the immutable celestial realm, directly challenging the Aristotelian view of perfect, unchangeable heavens beyond the Moon.^[6] Five years later, in 1577, he meticulously tracked the Great Comet, measuring its parallax to determine it lay far beyond the Moon—likely between the spheres of Venus and Mercury—further undermining the idea of comets as sublunar atmospheric vapors and solidifying his reputation as an observer who prioritized empirical data over philosophical dogma.^[7] In 1576, King Frederick II granted Brahe the island of Hven in the Øresund strait, where he constructed Uraniborg, the world's first purpose-built astronomical observatory, completed between 1576 and 1580.^[3] This Renaissance palace-like complex housed innovative instruments, including a large mural quadrant with a radius of about 2 meters for precise altitude measurements and an armillary sphere for spherical coordinates, all calibrated for accuracy within arcminutes.^[8] Uraniborg served as a thriving research center, employing assistants, alchemists, and printers; Brahe conducted systematic observations there for over 20 years, amassing data on planetary positions, stars (cataloging 777 fixed stars), and eclipses that surpassed previous records in precision and volume.^[3] From these observations, Brahe developed the Tychonic system, outlined in his 1588 work De mundi aetherei recentioribus phaenomenis, a geocentric model where Earth remains stationary at the universe's center, orbited by the Sun and Moon, while Mercury, Venus, Mars, Jupiter, and Saturn circle the Sun.^[9] This hybrid framework mathematically reconciled Ptolemaic geocentrism—preserving Earth's fixity to align with biblical and sensory evidence—with Copernican heliocentrism for the superior planets, using circular orbits and epicycles without equants for simplicity and predictive success.^[9] Though not embracing full heliocentrism due to physical and religious objections, the system demonstrated superior agreement with Brahe's data compared to pure Ptolemaic models. By 1597, political tensions with the new Danish king, Christian IV, led to the loss of royal support, prompting Brahe to dismantle Uraniborg and relocate to Prague in 1599, where Holy Roman Emperor Rudolf II appointed him imperial mathematician with a generous pension.^[10] There, Brahe hired Johannes Kepler as his assistant in 1600 to analyze his planetary data, fostering a collaboration that blended Brahe's observations with Kepler's theoretical insights.^[10] Brahe's life ended abruptly on October 24, 1601, at age 54, following a banquet 11 days earlier hosted by Baron Rosenberg; he suffered urinary retention, likely from a bladder infection or kidney failure exacerbated by holding urine too long due to etiquette, leading to uremia and death without modern medical intervention.^[11] Brahe's enduring legacy lies in his unprecedented naked-eye observations, accurate to within 1 arcminute—ten times better than prior astronomers—which provided the empirical foundation for Kepler's laws of planetary motion and Newton's law of universal gravitation.^[2] His meticulous star catalog influenced subsequent astronomy, inspiring modern efforts like the Tycho-2 Catalogue from the Hipparcos mission, which extends his tradition of precise stellar positioning.^[12] By emphasizing systematic data collection over speculation, Brahe bridged medieval geocentrism and the Scientific Revolution, establishing observational astronomy as a cornerstone of modern science.^[2]

Other individuals

Tommy Tycho (1928–2013) was a Hungarian-born Australian pianist, conductor, composer, and arranger, renowned for his contributions to film scores and light music arrangements.^[13] Born in Budapest as the son of an operatic soprano, he began piano studies at the Budapest Conservatorium at age eight and performed as a child prodigy with the Budapest Symphony Orchestra by age ten.^[14] After emigrating to Australia in 1951, Tycho became a prominent figure in television and film music, earning honors including Member of the Order of the British Empire (MBE) in 1976 and Member of the Order of Australia (AM) in 1997 for his services to music.^[15] His surname, derived from the Greek goddess Tyche meaning "fortune," is a rare usage in modern times, with Tycho serving primarily as a given name or pseudonym.^[16] Scott Hansen (born February 7, 1977), known professionally by the pseudonym Tycho, is an American electronic and ambient musician, record producer, composer, and visual artist based in San Francisco.^[17] He adopted the name Tycho in the early 2000s for his music projects, distinguishing it from his visual design work under the alias ISO50, which began with glitch art and photography in the late 1990s.^[18] Notable releases include the albums Dive (2011) and Awake (2014), which blend downtempo electronica, guitar, and atmospheric soundscapes, establishing Tycho as a key figure in ambient and IDM genres.^[19] Hansen's use of Tycho as an artistic identity reflects a multidisciplinary approach, integrating music with visual aesthetics inspired by nature and analog processes.^[20] As a given name, Tycho appears in various contemporary figures, often in athletic or professional contexts. Tycho van Meer (born September 30, 1974) is a retired Dutch field hockey player who represented the Netherlands at the 1996 Summer Olympics, where his team won gold in the men's tournament.^[21] The name's Russian equivalent, Tikhon, derives from the same Greek root and has historical usage, such as in Saint Tikhon of Zadonsk (1724–1783), a prominent Russian Orthodox bishop and theologian.^[16] Overall, Tycho remains an uncommon name outside artistic and sporting circles, influenced by its classical origins but rarely adopted as a surname beyond isolated cases like Tommy Tycho.

Astronomy

Tycho supernova

The Tycho supernova, designated SN 1572, appeared suddenly in the constellation Cassiopeia on November 11, 1572, as documented by Danish astronomer Tycho Brahe during his observations from Herrevad Abbey.^[22] It rapidly brightened to a peak apparent magnitude of approximately -4.5, rivaling Venus and remaining visible in daylight for about two weeks before fading.^[23] The event was observable to the naked eye for roughly 16 months, until March 1574, during which Brahe meticulously recorded its position relative to nearby stars in Cassiopeia.^[23] In his 1573 treatise De nova stella, Brahe described color shifts from an initial brilliant white to yellow, then red, and back to white in its later phases, attributing these changes to the object's intrinsic properties rather than atmospheric effects.^[23]^[24] Brahe's observations included repeated attempts to measure a stellar parallax, which yielded no detectable shift against background stars, conclusively placing the supernova far beyond the Moon's orbit—likely among the fixed stars.^[24] This finding directly contradicted the Aristotelian-Ptolemaic model of immutable, perfect celestial realms beyond the lunar sphere, where no transient changes were thought possible, and bolstered emerging views of a dynamic universe.^[24] By demonstrating that alterations could occur in the "heavens," SN 1572 played a pivotal role in undermining medieval cosmology and paving the way for heliocentric theories, though Brahe himself retained a geocentric framework in his later work.^[24] Modern analysis identifies SN 1572 as a normal Type Ia supernova, arising from the thermonuclear detonation of a carbon-oxygen white dwarf in a binary system that accreted sufficient mass from a companion to reach the Chandrasekhar limit of about 1.4 solar masses.^[24] The explosion's spectral characteristics and light curve, reconstructed from historical records, align with the delayed detonation model, where initial deflagration transitions to a supersonic detonation, synthesizing intermediate-mass elements like silicon and sulfur observed in the ejecta.^[24] The remnant, cataloged as G120.1+1.4, forms a shell approximately 8 arcminutes in angular diameter, corresponding to a physical size of roughly 25 light-years at an estimated distance of about 11,400 light-years (3.5 kpc) from Earth.^[25] With a precisely known age of about 450 years from the historical sighting, the remnant provides a unique laboratory for studying young supernova evolution.^[24] Multi-wavelength observations reveal a clumpy, limb-brightened shell structure: radio maps show synchrotron emission from relativistic electrons outlining the blast wave, while Chandra X-ray data capture bright emissions from shocked interstellar gas and ejecta, with temperatures exceeding 10 million Kelvin and evidence of iron-group elements from the white dwarf's core.^[26] In 2023, observations with NASA's Imaging X-ray Polarimetry Explorer (IXPE) mapped the magnetic fields near the blast wave, showing a tangled structure that aids particle acceleration.^[27] A light echo, detected in optical imaging, further confirms the Type Ia classification by revealing the explosion's reflected light scattered off interstellar dust.^[24] The star Tycho G, a G0 III subgiant near the remnant's geometric center, has been proposed as the surviving companion; high-resolution spectroscopy shows it has an unusually high radial velocity of about -108 km/s and chemical abundances consistent with surface pollution from the supernova ejecta, though its rotation rate lacks the expected spin-up from mass transfer.^[28] Proper motion studies of ejecta knots, using Chandra images spanning 2003–2015, indicate average expansion velocities of 4,000–5,000 km/s, derived from line-of-sight Doppler shifts and transverse motions assuming a distance of ~3 kpc.^[29] Some knots exhibit velocities up to 6,000 km/s in regions where inner ejecta overtake the forward shock, revealing mild asymmetries in the blast wave—faster expansion in the southeast quadrant—that inform models of the explosion's three-dimensional structure without requiring significant deviations from spherical symmetry.^[29]

Tycho (lunar crater)

Tycho is a prominent impact crater located in the southern highlands of the Moon's nearside, at coordinates 43.3° S, 11.2° W, with a diameter of 85 km.^[30] Formed approximately 108 million years ago, it dates to the Copernican period and exemplifies a well-preserved complex crater structure.^[31] The crater's sharp rim and terraced walls drop about 4.7 km to a floor partially covered in impact melt that pooled during formation, while a central peak rises roughly 2 km above the floor, exposing deeper lunar material.^[32] Surrounding the crater is a continuous ejecta blanket spanning approximately 50,000 km², beyond which a bright ray system of high-albedo ejecta extends up to 1,500 km across the lunar surface, making Tycho one of the Moon's most visually striking features.^[33] The rays consist of fresh anorthositic material from the highlands, contributing to the crater's high reflectivity.^[31] From Earth, Tycho stands out prominently near full moon phases, appearing as a bright spot visible to the naked eye, with its rays detectable under good conditions due to the contrast against darker maria.^[31] The name honors Danish astronomer Tycho Brahe (1546–1601), assigned in 1651 by Giovanni Battista Riccioli in his lunar nomenclature system, and officially adopted by the International Astronomical Union in 1935.^[30] No significant lava flooding has occurred within or near Tycho, preserving its highland geology, though satellite craters such as Tycho C to the northeast show overlapping ejecta patterns.^[34] Scientifically, Tycho's youth and preservation make it valuable for studying impact processes, with its age confirmed through isotopic analysis of Apollo 17 samples collected from distant rays and crater counting on orbital imagery.^[31] The crater's ejecta links to broader lunar history, potentially overlapping with younger features from basin-forming events like Orientale, and provides a chronological anchor for dating other surfaces.^[35] Ongoing interest includes potential sample returns via NASA's Artemis program in the 2020s, as one of Tycho's rays crosses the lunar south pole, allowing collection of its material at candidate landing sites near Shackleton Crater without direct crater access.^[36]

Tycho-2 Catalogue

The Tycho-2 Catalogue is an astrometric reference catalogue released by the European Space Agency (ESA) on February 8, 2000, derived from observations made by the Tycho star mapper instrument aboard the Hipparcos satellite between 1989 and 1993.^[37] It contains data for 2,539,913 of the brightest stars in the sky, specifically those with Johnson V magnitudes brighter than approximately 11, providing high-precision positions, proper motions, and two-color photometry.^[37] This catalogue represents a significant expansion and refinement of the earlier Tycho-1 Catalogue, which included only about 1 million stars, and serves as a fundamental resource for modern stellar astrometry.^[38] The methodology involved photoelectric scanning observations from the space-based Tycho instrument, conducting an all-sky survey with a scanning law that ensured multiple observations per star for redundancy and accuracy.^[37] Positions were determined at the epoch J1991.25 with standard errors around 7 mas for the brightest stars, while proper motions were computed by combining Tycho positions with historical data from 143 ground-based astrometric catalogues, including the Astrographic Catalogue, yielding typical errors of about 20 mas/yr.^[37] These improvements over Tycho-1 included better resolution of double and multiple star systems down to 0.8 arcseconds, enhanced completeness to 99% at V ≈ 11, and reduced systematic errors through advanced reduction software.^[38] The catalogue's primary data include equatorial coordinates (right ascension and declination), annual proper motions in both coordinates, and photometric measurements in the Tycho B_T (blue) and V_T (visual) passbands, with typical errors of 0.07 mag; parallax is not directly provided but can be inferred from position and motion data in conjunction with other sources.^[37] It complements later missions like Gaia by offering reliable astrometry for bright stars where Gaia's observations are affected by saturation, enabling longer-baseline proper motion determinations when combined in solutions such as the Tycho-Gaia Astrometric Solution (TGAS).^[39] Tycho-2 has been widely applied as a reference frame for studies of variable stars through its photometric data, open clusters via precise membership assignments, and the structure of the Milky Way through large-scale proper motion mapping.^[40] The catalogue's name honors the 16th-century Danish astronomer Tycho Brahe, whose meticulously compiled catalogue of 777 stars from his Uraniborg observatory exemplified the pursuit of precise stellar positions that inspired the Hipparcos mission's goals.^[12]

Arts and entertainment

Music

Tycho is the musical project of American artist Scott Hansen, known for blending downtempo electronica, ambient soundscapes, and elements of shoegaze through layered synthesizers, guitars, and melodic structures.^[41] His work often integrates visual art from his ISO50 studio, creating cohesive multimedia experiences that evoke dreamlike, immersive atmospheres.^[42] Hansen's project evolved from early remixes and instrumental tracks in the mid-2000s to full albums and live band performances, expanding his audience through collaborations and tours.^[43] Key releases include the 2011 album Dive, featuring tracks like "A Walk" that highlight vintage synth tones and coastal-inspired rhythms; Awake (2014), which introduced live instrumentation and guest vocals from artists like Saint Sinner on the title track; Epoch (2016), a deluxe edition building on Awake's energy with cinematic builds and organic textures; Weather (2019), incorporating brighter, collaborative elements with vocalists such as Ben Gibbard and Vasco Trilla; and Infinite Health (2024), co-produced with Grizzly Bear's Chris Taylor, returning to electronic roots with emotional, memory-driven tracks.^[44]^[45]^[46]^[47] These albums, released primarily on Ghostly International, emphasize emotional progression over strict beats, influencing the chillwave and post-rock scenes.^[48] Tommy Tycho (1928–2013), a Hungarian-born Australian composer and conductor, produced orchestral works bridging classical and popular styles, including arrangements for major events and over 3,000 compositions throughout his career.^[49] In the 1960s, he served as arranger and conductor for RCA Australia, creating light orchestral pieces that captured contemporary moods, such as marches and thematic suites for television and recordings.^[50] He composed film scores for Australian cinema, including Vega 4 (1968), a science fiction short; Frenchman's Farm (1987), a horror film; and Reckless Kelly (1993), a comedy directed by Yahoo Serious.^[51] Tycho also held prominent conducting roles, leading all major Australian symphony orchestras, including the Sydney Symphony Orchestra, for openings like the Sydney Opera House and collaborations with international artists.^[52]^[53] Other notable works include the French electronic duo Lightwave's 1993 album Tycho Brahé, an ambient and experimental tribute to the astronomer Tycho Brahe, featuring tracks like "Uraniborg" and "Mapping the Sky" that blend minimal synths, violin, and cosmic themes to evoke celestial observation and Renaissance-era intrigue.^[54] The album's instrumental compositions draw inspiration from Brahe's Uraniborg observatory, creating ethereal soundscapes that merge electronic minimalism with modern classical elements.

Fiction

In video games, the name Tycho appears in several notable titles as characters embodying themes of survival and intellect. In the 1997 post-apocalyptic RPG Fallout, Tycho is a recruitable companion character, a former Desert Ranger from Nevada known for his wasteland expertise, survival stories, and witty, knowledgeable dialogue that aids the player in navigating the game's harsh environment.^[55] In Bungie's 1994 first-person shooter Marathon, Tycho serves as one of the ship's three primary AIs, responsible for science and engineering; the character undergoes a philosophical evolution across the trilogy, becoming rampant in later installments and grappling with themes of isolation, betrayal, and existential purpose aboard the UESC Marathon colony ship.^[56] Similarly, in the Warhammer 40,000 tabletop universe, Brother-Captain Erasmus Tycho is a prominent Blood Angels Space Marine officer leading the 3rd Company, whose arc culminates in his tragic death during the Third War for Armageddon in the game's 3rd edition, succumbing to the Black Rage curse that drives him into a berserk fury against Orks.^[57] In literature and comics, Tycho manifests as personas tied to gaming culture and personal growth. The webcomic Penny Arcade, created by Mike Krahulik and Jerry Holkins since 1998, features Tycho Brahe as the alter ego of writer Holkins—a sharp-tongued, intellectual gamer who frequently opines on video games, pop culture, and daily absurdities alongside his counterpart Gabe, reflecting Holkins' own persona in a satirical lens on the industry.^[58] In the Star Wars Expanded Universe, specifically Michael A. Stackpole's X-Wing novel and comic series (starting 1996), Tycho Celchu is a skilled Rebel Alliance pilot from Alderaan, serving in Rogue Squadron as an A-wing ace during key battles like Endor; his storyline explores themes of loyalty and espionage, as he faces suspicions of being an Imperial spy due to brainwashing.^[59] Edward van de Vendel's young adult novel The Days of Bluegrass Love (originally published in Dutch in 1999, English translation 2022) centers on teenage protagonist Tycho Zeling, a directionless Dutch youth who travels to a Virginia summer camp, where he confronts first love with fellow counselor Olivier amid bluegrass music and self-discovery, marking a pivotal shift in his aimless life.^[60] On television and film, Tycho denotes significant extraterrestrial settlements in science fiction narratives. In Star Trek: The Next Generation, Tycho City is a domed lunar colony on Luna, established in the late 21st century and referenced in background materials from the episode "The Neutral Zone" (1988) as part of Earth's expanding off-world infrastructure, visible from Bozeman, Montana, in Star Trek: First Contact (1996). In James S.A. Corey's The Expanse novel series (beginning 2011) and its Syfy/Amazon adaptation (2015–2022), Tycho Station is a massive rotating Belter habitat in the asteroid belt, serving as a neutral hub for ship construction, OPA leadership under Fred Johnson, and repairs for vessels like the Rocinante; it plays a central role in interstellar politics and is the target of a violent Free Navy raid during the Belt's push for independence, highlighting tensions between Earth, Mars, and the outer planets.^[61] Across these works, the name Tycho often evokes recurring motifs of exploration, chance (echoing the Greek "tyche" for fortune), and scientific curiosity, frequently drawing loose inspiration from the historical astronomer Tycho Brahe whose precise observations laid groundwork for modern astronomy.^[58] This connection underscores a broader sci-fi tradition of naming exploratory or intellectual figures after Brahe, blending historical legacy with speculative futures.

References

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Tycho Brahe: Colorful life, accomplishments and bizarre death - Space
Jun 21, 2023 · Danish astronomer Tycho Brahe made the most accurate celestial observations of his time and challenged the prevailing belief in how the universe was organized.
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Tycho Brahe (1546-1601) | High Altitude Observatory
Born on December 14, 1546 in Knudstrup, Denmark, of noble descent, Tycho [Tyge] Brahe was probably the greatest pre-telescopic astronomer.
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Tycho Brahe's contributions to astronomy were enormous. He not only designed and built instruments, he also calibrated them and checked their accuracy ...
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How Tycho Brahe Forever Changed Astronomy - Forbes
Nov 12, 2024 · Sixteenth century Danish astronomer Tycho Brahe laid the framework for modern cosmology without ever using a telescope.
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Tommy Tycho, Australian Maestro Biography
Thomas (Tommy) Tycho was born in Budapest, Hungary in 1928. The son of a celebrated Operatic soprano he was drawn to music at an early age and began playing the ...
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Tommy Tycho AM MBE - National Portrait Gallery
Tommy Tycho AM MBE (1928-2013), musician, began studying at the Conservatorium of Music in his native Budapest at the age of eight.
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Jun 16, 2019 · Thomas Tycho AM MBE DMus (11 April 1928 – 4 April 2013) was a Hungarian-born Australian pianist, conductor, composer and arranger.Missing: biography | Show results with:biography
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Meaning, origin and history of the name Tycho
Meaning & History Latinized form of Tyge. This name was used by the Danish astronomer Tycho Brahe (1546-1601), who was born as Tyge.
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Scott Hansen on The Great Discontent (TGD)
Dec 10, 2013 · Scott Hansen is a multidisciplinary artist living in San Francisco, California. He records music as Tycho and creates visual work as ISO50.
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Sep 2, 2022 · I am a musician and visual artist. I started out playing around with drum machines and samplers in the late 1990's and progressed on to keyboards and finally ...
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Infinite Health is the engrossing seventh album by Tycho, the project of celebrated San Francisco songwriter, musician and producer Scott Hansen.
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Dec 22, 2016 · Scott Hansen, a musician and graphic artist from San Francisco who records under the name Tycho, finds himself totally lost in nature— ...
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Tycho VAN MEER. Netherlands. NED. Olympic Medals. 1G. Games Participations1. First Olympic GamesAtlanta 1996. Year of Birth1974. Olympic Results ...Missing: field | Show results with:field
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Oct 27, 2004 · It soon equaled Venus in brightness (which was at -4.5 magnitude in the predawn sky). For about two weeks the star could be seen in daylight ...
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[2212.00878] On the nature of Tycho Brahe's supernova - arXiv
Dec 1, 2022 · The supernova named after Tycho Brahe, SN 1572, can be explained in the terms used nowadays to characterize Type Ia supernovae (SNe Ia).
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### Summary of Modern Observations: Tycho's Supernova Remnant
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May 15, 2017 · We find several regions where the ejecta knots have overtaken the forward shock. These regions have proper motions in excess of 6000 km s^{-1}.
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Approval Status, Adopted by IAU. Approval Date, 1935. Continent, Europe. Ethnicity, Denmark. Origin, Tycho Brahe; Danish astronomer (1546-1601).Missing: size morphology visibility interest
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[PDF] 1 SCIENCE PRIORITIES FOR SAMPLE RETURN FOR ARTEMIS ...
At the south pole, a ray from Tycho crosses the ridge between de Gerlache and Shackleton craters [3] and it is possible, if not likely, that samples in this ...Missing: interest program
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Carving a path between ambient and shoegaze, Tycho's Dive flows like a mighty river. Befitting the album's home on the Ghostly label, gleaming synths guide ...Missing: certified gold
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I am Scott Hansen and for the past two decades I've been creating visual art as ISO50 and music as Tycho.Missing: downtempo shoegaze
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Free deliveryEpoch leverages the sonic aesthetic of Dive's down-tempo vintage-style synthesizers and beautiful melodies while drawing on the kinetic energy of Awake's ...
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The Trilogy is the ultimate introduction to Tycho's growth and progression over the past several years. Included: Dive LP (Black Vinyl); Awake LP (Black Vinyl) ...Missing: album certified gold
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The remarkable story of Tommy Tycho, a Hungarian child prodigy who survived the Holocaust, rebuilt his life in Australia, and for over 50 years shaped the ...Missing: 1960s | Show results with:1960s
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Tommy Tycho(1928-2013) - IMDb
Tommy Tycho was born on 11 April 1928 in Budapest, Hungary. He was a composer and actor, known for Frenchman's Farm (1987), Vega 4 (1968) and Reckless Kelly ...
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In 2007, Tommy Tycho celebrates 63 years as a virtuoso pianist, conductor, composer and arranger. Tommy has earned an international reputation for musical ...<|separator|>
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Tommy Tycho - Strathfield Symphony Orchestra
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IGN Presents the History of Fallout
Jul 21, 2010 · The story is all Wasteland, but the original Fallouts had so many references to the first Wasteland --Tycho, one of the party members in Fallout ...
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Marathon's Story synopsis by Ben Reiter - marathon . bungie . org
The other two main AI's were Tycho, the science and engineering controller ... These events occur in Bungie's game Marathon. For fifteen years ...
[47]
Warhammer 40K - The Origins of Blood Angels' Captain Tycho
Nov 4, 2025 · The doomed Captain Tycho of the Blood Angels once strutted proudly around the tabletops of early 40K, but is no more.
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The Dorks Behind Penny Arcade, an Obscure Webcomic Turned ...
Aug 21, 2007 · Holkins' alter ego, Tycho, named after the 16th-century astronomer Tycho ... Holkins and Krahulik wield is the Penny Arcade Expo. This year ...
[49]
Tycho Celchu (A-Wing Pilot) - Rebelscum.com: Photo Archive
30-day returnsTycho Celchu is an all-new figure. The character has a large role in the Expanded Universe Star Wars: X-Wing Rogue Squadron series of comics and novels ...
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https://www.discogs.com/artist/806066-Tommy-Tycho
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The Expanse: What The Tycho Station Twist Means For The Rocinante
Dec 26, 2020 · When The Expanse season 5 begins, the Rocinante is docked at Tycho Station, receiving a much needed repair job courtesy of Fred Johnson.