Title: Lowest temperature recorded on Earth
Content:  In 1904 Dutch scientist Heike Kamerlingh Onnes created a special lab in Leiden in the Netherlands with the aim of producing liquid helium. In 1908 he managed to lower the temperature to less than −269 °C (−452.2 F, 4 K), which is less than four degrees above absolute zero. Only in this exceptionally cold state will helium liquefy, the boiling point of helium being at −268.94 °C (−452.092 F). Kamerlingh Onnes received a Nobel Prize for his achievement. Onnes' method relied upon depressurising the subject gases, causing them to cool by adiabatic cooling. This follows from the first law of thermodynamics; Now as the internal energy has decreased, so has the temperature.
Title: Heike Kamerlingh Onnes
Content:  On 10 July 1908, he was the first to liquefy helium, using several precooling stages and the Hampson–Linde cycle based on the Joule–Thomson effect. This way he lowered the temperature to the boiling point of helium (−269 °C, 4.2 K). By reducing the pressure of the liquid helium he achieved a temperature near 1.5 K. These were the coldest temperatures achieved on earth at the time. The equipment employed is at the Museum Boerhaave in Leiden.
Title: Hermite (crater)
Content:  of the rim, and a small crater is also attached near the northern end. The interior floor has been resurfaced, so that it forms a wide plain that is pock-marked by numerous tiny craterlets and low hills. There is a small crater on the floor near the northeastern wall. In 2009, it was discovered by NASA's Lunar Reconnaissance Orbiter that Hermite is the coldest place recorded in the solar system, with temperatures at 26 kelvins (−413 °F, −247 °C). For comparison, Pluto's surface only gets down to about 43 kelvins (−382 °F, −229 °C). In 2008, the crater on the southwest margin of Hermite was named Lenard by the IAU, after Hungarian physicist Philipp Lenard.
Title: Helium
Content:   Unlike any other element, helium will remain liquid down to absolute zero at normal pressures. This is a direct effect of quantum mechanics: specifically, the zero point energy of the system is too high to allow freezing. Solid helium requires a temperature of 1–1.5 K (about −272 °C or −457 °F) at about 25 bar (2.5 MPa) of pressure. It is often hard to distinguish solid from liquid helium since the refractive index of the two phases are nearly the same. The solid has a sharp melting point and has a crystalline structure, but it is highly compressible; applying pressure in a laboratory can decrease its volume by more than 30%. With a bulk modulus of about 27 MPa it is ~100 times more compressible than water. Solid helium has a density of 0.214 g/cm3 at 1.15 K and 66 atm; the projected density at 0 K and 25 bar (2.5 MPa) is 0.187 g/cm3. At higher temperatures, helium will solidify with sufficient pressure. At room temperature, this requires about 114,000 atm.
Title: 273 (number)
Content:  The zero of the Celsius temperature scale is (to the nearest whole number) 273 kelvins. Thus, absolute zero (0 K) is approximately −273 °C. The freezing temperature of water and the thermodynamic temperature of the triple point of water are both approximately 0 °C or 273 K.
Title: Death Valley
Content:  Some modern meteorologists now dispute the accuracy of the 1913 temperature measurement. On June 30, 2013, a verified temperature of 129.2 F was recorded and is tied with Mitribah, Kuwait, for the hottest reliably measured air temperature ever recorded on earth. A temperature of 130 °F was recorded at the Furnace Creek weather station on August 16, 2020, but has not yet been officially verified. The valley again recorded that temperature on July 9, 2021. The valley's lowest temperature, recorded at Greenland Ranch on January 2, 1913, was 15 °F. The highest surface temperature ever recorded in Death Valley was 
Title: Denali
Content:  The mountain is characterized by extremely cold weather. Temperatures as low as -75.5 °F and wind chills as low as -118.1 °F have been recorded by an automated weather station located at 18733 ft. According to the National Park Service, in 1932 the -Lindley expedition recovered a self-recording minimum thermometer left near Browne's Tower, at about 15000 ft, on Denali by the Stuck-Karstens party in 1913. The spirit thermometer was calibrated down to -95 °F, and the lowest recorded temperature was below that point. Harry J. Lek took the thermometer back to Washington, D.C. where it was tested by the United States Weather Bureau and found to be accurate. The lowest temperature that it had recorded was found to be approximately -100 F. Another thermometer was placed at the 15000 ft level by the U.S. Army Natick Laboratory, and was there from 1950 to 1969. The coldest temperature recorded during that period was also -100 F.
Title: Highest temperature recorded on Earth
Content:  reading. This finding has since raised questions about the legitimacy of the 1913 record measured in Death Valley, with several meteorological experts asserting that there were similar irregularities. The WMO has stood by the record as official pending any future investigative results. If the current record were to be decertified then the holder would be a tie at 54.0 °C, recorded both at Furnace Creek, and in Kuwait. Several unverified temperatures of all three readings have also been recorded that exceed the current record holder. These include historical claims that were never authenticated due to the equipment available at the time and unverified scientific claims. There are also disproven amateur readings that have been posted on social media showing evidence of extreme temperature.
Title: Scale of temperature
Content:  fourteen pure chemical elements and one compound (water). Most of the defined points are based on a phase transition; specifically the melting/freezing point of a pure chemical element. However, the deepest cryogenic points are based exclusively on the vapor pressure/temperature relationship of helium and its isotopes whereas the remainder of its cold points (those less than room temperature) are based on triple points. Examples of other defining points are the triple point of hydrogen (−259.3467 °C) and the freezing point of aluminum (660.323 °C). Thermometers calibrated per ITS–90 use complex mathematical formulas to interpolate between its defined points. ITS–90 specifies rigorous control over variables to ensure reproducibility from lab to lab. For instance, 
Title: Celsius
Content:  than 0.01 °C. Thus, the actual melting point of ice is very slightly (less than a thousandth of a degree) below 0 °C. Also, defining water's triple point at 273.16 K precisely defined the magnitude of each 1 °C increment in terms of the absolute thermodynamic temperature scale (referencing absolute zero). Now decoupled from the actual boiling point of water, the value "100 °C" is hotter than 0 °C – in absolute terms – by a factor of precisely 373.15⁄273.15 (approximately 36.61% thermodynamically hotter). When adhering strictly to the two-point definition for calibration, the boiling point of VSMOW under one standard 

Question: Verify the following claims with "True" or "False": The temperature of 101 Helena is 173 kelvins to be exact.
Answer: True