Bogdan name in english

American physicist (–)

Bogdan Cvete Maglić (anglicizedMaglich, August 5, – November 25, ) was a Serbian-American experimental nuclear physicist and the leading advocate of a purported non-radioactive aneutronic fusion energy source.

Biography examples for students Article Talk. As a consequence, the electric drift is the same for both species, ions and electrons, and is not affected by the size of orbits. Note that the average magnetic field will be reduced dramatically by diamagnetism Ref. Macek and B.

Maglich built four models of Migma, devices producing fusion of deuterium atoms in colliding ion beams.

Education and academic work

Maglich received his Bachelor of Science degree from the University of Belgrade in , his Master of Science from the University of Liverpool in , and his Ph.D.

in high-energy physics and nuclear engineering from the Massachusetts Institute of Technology in

Upon receiving his Ph.D., Maglich joined Dr. Luis Walter Alvarez's research group at Lawrence Berkeley Lab. During this time, he, along with Fred Kirsten, invented the "sonic spark chamber", the first film-less spark chamber particle detector system.^[1]

Maglich participated in the discovery of the omega meson, as described in Alvarez's Nobel lecture:^[2]

Although Bogdan Maglich originated the plan for this search, and pushed through the measurements by himself, he graciously insisted that the paper announcing the discovery should be co-authored by three of us who has developed the chamber, the beam, and the analysis program that made it possible.

Between and , he worked at the European Organization for Nuclear Research (CERN) in Geneva, Switzerland.

While conducting research at CERN, he invented the "missing mass spectrometer".^[3] With this instrument, his team of French and Swiss physicists reported the discovery of seven mesons.^{[citation needed]}

In , Maglich joined the faculty of the University of Pennsylvania, as well as being visiting faculty at Princeton University.

In , he became professor and principal investigator for high energy physics at Rutgers University. In , he left academia to pursue his research in the private sector.^{[citation needed]}

Early work

Maglich first rose to prominence in his field working on a team at the University of California's Lawrence Radiation Laboratory analyzing liquid hydrogen bubble chamber data from Berkeley's bevatron accelerator.

The team, which also included Luis W. Alvarez, Arthur H. Rosenfeld, and Lynn Stevenson, discovered the first solid experimental evidence for the existence of the ωmeson resonance.^[4] (In , Luis Alvarez was awarded a Nobel Prize for this and related work.)

Maglich's contribution to this discovery led to him receiving a White House citation from President John F.

Kennedy and being named an honorary citizen in Switzerland by the president of the Swiss Confederation.^{[citation needed]}

Toward the end of the s, R. Macek and Maglich proposed "the principle of self colliding orbits" and the perceptron, a self-colliding particle beam accelerator originally proposed for studying pion-pion collisions.^[5] Shortly thereafter, in the early s, the perceptron design formed the basis for Maglich's "migmatron" concept of a self-colliding ion beam fusion reactor.^[6]

Business ventures

In his attempts to raise funding for his magma research, Maglich has been associated with a string of business ventures.

In , he formed MIGMA Institute of High Energy Fusion, Fusion Energy Corp.

Bogdan maglich biography examples Although Bogdan Maglich originated the plan for this search, and pushed through the measurements by himself, he graciously insisted that the paper announcing the discovery should be co-authored by three of us who has developed the chamber, the beam, and the analysis program that made it possible. To electrons, the loss cone is partially closed by two different mechanisms: focusing and triode oscillator action inside the migmacell. In , he left academia to pursue his research in the private sector. AIP Conf.

From to , he was CEO and principal investigator of Aneutronic Energy Labs of United Sciences, Inc. at Princeton, a research firm also known as AELabs. It was during this time that Maglich worked under a research grant from the United States Air Force to attempt to develop his migmatron concept into a compact power source for spacecraft with Bechtel Corp.

From to , he was CEO of Advanced Physics Corporation, chaired by Glenn T. Seaborg.^{[citation needed]}

In , Maglich founded HiEnergy Microdevices, which later became HiEnergy Technologies, Inc., a developer and manufacturer of neutron-based bomb detection equipment based on his invention of "atometery".^[7]

He continued to occupy various positions with that company until being terminated for cause.

Sixteen months after Maglich's departure, HiEnergy Technologies declared bankruptcy in but was restructured with the formation of Clear Path Technologies, Inc. Under new management, Clear Path Technologies was able to commercialize "atometry" into various award-winning threat materials and explosives detection devices sold to state, federal and foreign government counter-terrorism agencies.

Bogdan maglich biography examples for kids The absence of flute in Migma III and also in DCX-1 may be due to the stabilization mechanism incorporated in the above mentioned model and consistent with the Phoenix experience at low magnetic fields. A fraction of the leaking migma ions will not return to migmacell, but for various reasons such as collisions, remain within the accelerator after having been brought to a full stop by deceleration. Neglects beta effect From Ref. Business ventures [ edit ].

^[8]

After leaving HiEnergy Technologies, Maglich became the chief technology officer of California Science & Engineering Corporation (CALSEC).^{[citation needed]}

Personal life

The son of a lawyer and elected member of the Yugoslav Royal Parliament, Maglich (at age 13) and his mother were imprisoned in a Croatian Ustaše (Nazi-affiliated) concentration camp for Serbs, but managed to escape.

Maglich has five children: Angelica (born ) and Aleksandra Maglich (born ), from a prior marriage to UCLA media artist Victoria Vesna; also Marko (born ), Ivanka (born ) and Roberta (born ).

See also

References

External links