Manijeh razeghi biography of abraham

Some of the other ways we can use these quantum materials is in quantum sensing. By quantum sensing we mean ways we can use quantum materials to mimic and improve on, our own human senses. In conclusion, Since the dawn of artificial light years ago, engineered materials have been the key to producing light. From incandescent bulbs to lasers to photonic quantum computers, the complexity of materials has accelerated to produce light with ever more control for ever more refined applications, bounded only by the creative power of the human mind.

This talk will describe how; The continuation of Fundamental research in Quantum Semiconductor Technologies that are excited for the generation of, or response to, the light photonsilluminating our minds towards the next revolution of understanding ourselves and universe! Developing these tools was fundamental in enabling her to achieve high purity semiconductor crystals with a consistency and reliability that was often unmatched, thereby leading to new physics phenomena in InPGaAs, GaSb, and AlN based semiconductors and quantum structures.

She realized the first InP Quantum wells and Superlattices and demonstrated the marvels of quantum mechanics in the low dimensional world. Murphy Professor and Director of the Center for Quantum Devices in Fallwhere she created the undergraduate and graduate program in solid-state engineering. She has authored or co-authored more than papers, more than 35 book chapters, and 20 books, including the textbooks Technology of Quantum Devices Springer Science Business Media, Inc.

She holds many U. Her current research interest is in nanoscale optoelectronic quantum devices. From deep UV to Thz. She is honored as a member of Academy of Europe Title: Fast and sensitive bolometric terahertz detection at room temperature through thermomechanical transduction.

Manijeh razeghi biography of abraham

Utilizing a thermomechanical transduction scheme, we have developed an uncooled, sensitive, and fast THz bolometer by using a doubly clamped GaAs MEMS beam resonator as a sensitive thermistor. The MEMS bolometers are fabricated by the standard semiconductor fabrication processes and are well suited for making detector arrays for realizing THz cameras.

Kazuhiko Hirakawa received the B. He was a visiting researcher at Princeton University for and a visiting professor at Physics Department, Ecole Normale Superieure in He dies at the age of His wife Sarah, who preceded him in death at the age ofhas the distinction of being the only woman in the Bible where we know her age at death. Important events and people in the life of Abraham include his calling by God and receiving the command to migrate to Canaan.

His wife Sarai, nephew Lot and his wife, and the remaining family join him in the journey. The Eternal promises, several times, to bless him and his descendants. After God miraculously heals Sarah's womb she gives birth to Isaac. This "father of the faithful" is blessed to meet with a Priest of the Most High God named Melchizedek, who is actually a pre-incarnate appearance of Jesus Christ.

After visiting Abraham two angels save Lot and family before the destruction of Sodom. Lot's wife becomes a pillar of salt when, while fleeing, she turns to view God's judgment on Sodom and Gomorrah. Finally, Abraham's faith is tested when God commands him to sacrifice his only son Isaac. In our next lesson, we will learn about the life of the person God used to delivery his people out of slavery and give them his holy law.

His name is Moses. He is congratulated on his victory by Melchizedek. Iranian-American Physicist. Career [ edit ]. Awards and honors [ edit ]. Selected works [ edit ]. References [ edit ]. Retrieved CRC Press. ISBN Razeghi to the United States to join them, Northwestern University NU finally succeeded in convincing her to do so and qualified this as one of the most important hires at NU of the past 20 years.

She holds many records for tuning range, output power, and wall plug efficiency. Her other significant contributions in the field of semiconductor diode lasers include her research work on InAsSb based multi quantum well and strained layer superlattice interband lasers with very low threshold operating in the midwave infrared spectral band.

Thanks to her work on this topic, this technology is beginning to reshape the infrared sensing industry and possibly leading to a technological revolution, with a direct impact on applications such as medical and manufacturing thermal imaging, firefighting, pollution monitoring, surveillance, law enforcement and many others.