George H. Goble

George H. Goble is a staff member at the <a href="/facts/Purdue_University/dRuTdltL">Purdue University</a> Engineering Computer Network and a 1996 <a href="/facts/Ig_Nobel_Prize/mKVLGD8q">Ig Nobel Prize</a> winner.
Goble is commonly known as "ghg" since he has used that as a login id, and signature in digital communications, since the 1970s. He received his BS in <a href="/facts/Electrical_Engineering/YYXW1KLW">Electrical Engineering</a> at <a href="/facts/Purdue_University/dRuTdltL">Purdue University</a>.
In 1981, he wired together the <a href="/facts/Backplane/J6Hwe7Wl">backplanes</a> of two <a href="/facts/Digital_Equipment_Corporation/ztxs6keA">DEC</a> <a href="/facts/VAX-11%2f780/prkm7jvA">VAX-11/780</a> systems and made the first multi-<a href="/facts/CPU/Jxp1bqMV">CPU</a> <a href="/facts/Unix/0pNL2seI">Unix</a> computer, preceding DEC's dual processor <a href="/facts/VAX-11%2f782/prkm7jvA">VAX-11/782</a>. The operating system was based on the 4.1 <a href="/facts/BSD/XQKcURrh">BSD</a> kernel,: 293  and the modifications thus eventually made it into the 4.3 <a href="/facts/BSD/XQKcURrh">BSD</a> Unix release. At the beginning of the 4.3 BSD user manuals, <a href="/facts/Bill_Joy/3I8ehVtu">Bill Joy</a> wrote a special note of thanks to GHG for being courageous enough to put the multi-CPU kernel into a production environment before anyone else did. (However, the frequent crashes for a while inspired the writing of many humorous text files by the Purdue University <a href="/facts/Electrical_Engineering/YYXW1KLW">Electrical Engineering</a> student body, such as "The VAX had a Blowout", to be sung to the tune of "<a href="/facts/London_Bridge_is_Falling_Down/uSBItLRy">London Bridge is Falling Down</a>".) The development of the Dual-CPU Unix system was the subject of Goble's <a href="/facts/Master_Degree/lQ5hT1cH">Master's</a> thesis.
Around this time, Goble, along with Bill Croft, also developed a networking protocol for Unix, referred to as pnet, which was used at Purdue at the time before being displaced by TCP/IP. Pnet allowed remote logins, and remote execution of commands, among other capabilities.
In the late 1980s, Goble started experimenting with <a href="/facts/Refrigerant/rI60t5zU">refrigerants</a>, due to increased danger and lower thermodynamic efficiency of the recently introduced <a href="/facts/R-134a/hy99tyHU">R-134a</a> compared to the older <a href="/facts/Dichlorodifluoromethane/KdMmfral">R-12</a> which was being phased out due to concerns about damage to the ozone layer, and the incompatibility of R-134a with the lubricating oil and other materials used in systems built for R-12. In 1987, he converted the beverage refrigerators in the <a href="/facts/Eta_Kappa_Nu/WpGDn5oD">Eta Kappa Nu</a> lounge in the basement of the Purdue Electrical Engineering building to using a refrigerant of his own devising. This refrigerant is now recognized as <a href="/facts/R-406A/Rx6a68LV">R-406A</a> by ASHRAE and is available commercially under the trade name AutoFrost. He later developed another refrigerant which is compatible with R134A lubricants, but which is superior in thermodynamic efficiency and lower system internal pressures called GHG-X8.
In 1996, Goble was awarded the Ig Nobel Prize in Chemistry, for preparing a barbecue for cooking in less than 5 seconds by the use of a smoldering <a href="/facts/Cigarette/8kuVCjbr">cigarette</a>, charcoal and LOX (<a href="/facts/Liquid_oxygen/qnI0KDTb">liquid oxygen</a>). This act attracted the attention of the <a href="/facts/West_Lafayette%2c_Indiana/62qUfsTw">West Lafayette, Indiana</a> fire department, which warned him to never let them catch him in the possession of LOX near a barbecue fire ever again.
Goble is also noted for driving a vehicle with the <a href="/facts/Indiana/VRnvjXoQ">Indiana</a> license plate UNIX, and now also GHG-1.

George H. Goble open-in-new

George H. Goble