 
Editor briefing
Robert Goyer, FLYING Magazine senior editor, was given a briefing and tour of the Air Force Crash Laboratory by Jeff Thomas, lead instructor. U.S. Air Force photo by Marie Vanove
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Chief of safety interview
Maj. Gen. Fred Roggero, Air Force chief of safety and commander, Air Force Safety Center, discusses the center's mission with Robert Goyer, FLYING Magazine senior editor. U.S. Air Force photo by Marie Vanover
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New DE chief scientist
Dr. Robert E. Peterkin was recently selected as the Directed Energy Directorate?s, chief scientist joining the scientific and technical cadre of senior executives at Kirtland Air Force Base. U.S. Air Force photo
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Welcome home
Tech. Sgt. Kellie Wilson, 377th Force Support Sqadron, Kirtland Air Force Base, New Mexico, with daughter Jadyn received a warm welcome home from friends, family and the Blue Star Mothers Dec.3 at the Albuquerque International Sunport.
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Welcome home
Maj. Hamilton Dorsey, Air Force Operational Test and Evaluation Center, was welcomed home by family and friends at the Albuquerque Sunport Dec. 6 after a year-long tour in Iraq.
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Sharp Troop Award
Airman 1st Class Keith Allen, 377th Force Support Squadron, receives a Sharp Troop Award from Chief Master Sgt. Frank Tomsich representing the Kirtland Chiefs? Group. Airman Allen was nominated by Chief Master Sgt. Chuck Crisler, 377th Mission Support Group, for his professionalism and dedication. U.S. Air Force photo by Todd Berenger
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Pakistani Inspector General visits Kirtland AFB
KIRTLAND AIR FORCE BASE, N.M. ? Members from the Air Force Inspection Agency and the Pakistan air force Inspector General pose for a group photo during a visit here Dec. 8. Officers from the Pakistan air force Inspector General visited AFIA to gain information and reference material to improve their various IG programs. President Obama recently stated the U.S. is committed to building a partnership with Pakistan that is built on a foundation of mutual interest mutual respect and mutual trust. U.S. Air Force photo by Jess Gutierrez
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2009 Gen. Thomas D. White U.S. Air Force Space Trophy
From left are retired Maj. Gen. Thomas Taverney, Air Force Association?s General Schriever Los Angeles Chapter president; Maj. Gen. Stephen Sargeant, Air Force Operational Test and Evaluation Center commander; Gen. John Sheridan, Space and Missile System Center commander; and Joseph Sutter, Air Force Association Board chairman. General Sargeant received the 2009 Gen. Thomas D. White U.S. Air Force Space Trophy in this joint presentation. U.S. Air Force photo by Lou Hernandez
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ALS Class 10-1 Graduates
The Kirtland Airman Leadership School graduated Class 10-1 on Nov. 4. The graduates and award recipients are: Staff Sgts. Robert Kramer Jr., 377th Security Forces Squadron (John L. Levitow Award); Alexander Roehm, 377th SFS (Academic Achievement Award); Joseph Zhang, 129th Rescue Wing, Moffett Federal Airfield, Calif.; Senior Airmen Joshua Thompson, 550th Special Operations Squadron (Leadership Award); Jason Chase, 58th Maintenance Operations Squadron (Distinguished Graduate); Ann-Marie Collins, 377th Aerospace Medicine Squadron; Regis Egbon, 377th SFS; Dexter Gore, 898th Munitions Squadron; Jason Hobson, 58th Aircraft Maintenance Squadron; Norris Jamison, 377th SFS; Kyle Kreitinger, 58th AMXS; Joshua Owens, 898th MUNS; Richard Schneider, 58th AMXS; Michyl Tobiason, 58th Special Operations Wing; Dexter Vaughn, 178th Fighter Wing, Springfield Air National Guard Base, Ohio; and Senior Airman Sara Yarian, 58th Maintenance Squadron.
U.S. Air Force Photo by Dennis Carlson
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377th FSS wins holiday card competition
The 377th Force Support Squadron won first place in the holiday card competition this year and received $500. The cards are on display just inside the Wyoming gate and the winners were announced at the tree lighting ceremony Dec. 4. U.S. Air Force photo by Elizabeth Martinez
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Top 3 Scholarship award winner
Staff Sgt. Tasha Pitts, left, Air Force Operational Test and Evaluation Center, receives the Top 3 Scholarship Award from Master Sgt. Sammie Spears, 377th Force Support Squadron, Nov. 20. U.S. Air Force photo by Elizabeth Martinez
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Active denial demo in Belgium
At the Belcoast 2009 demonstration and exercise held at Koksijde Air Base, Belgium, in October, Dr. Sylvia Dorato of the Directed Energy Directorate explains the benefits of the active denial technology to an officer from the Belgian Defence Force. Active denial technology delivers millimeter wave energy to repel an adversary without permanent injury. This breakthrough technology is expected to save lives by providing a means to stop individuals without resorting to deadly force. U.S. Air Force Photo by Jan Bush
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High-Power Microwaves
Microwave energy disrupts computer systems. A short burst of high-power microwave energy can be lethal to electronics while having no affect on humans. This low-collateral damage aspect of microwave technology makes high-power microwave weapons useful in a wide variety of missions where avoiding civilian casualties are of major concern. When microwaves encounter modern electronics-based systems, the results can be disastrous to electronics, causing systems to burn out and making the equipment fail or function improperly. A heavy reliance on electronic components in today weaponry makes high-power microwave counter-electronic weapon systems attractive. U.S. Air Force photo
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The High Energy Research and Technology Facility
The High Energy Research and Technology Facility provides a unique capability for the development of high-power microwaves, high-energy advanced pulsed-power (including explosive devices), and very high-energy plasmas. It also provides a research environment for exploring a variety of related technologies. The facility remote location on Kirtland AFB, N.M., is coupled with a unique construction, which is designed to withstand blasts and intense radiation from a variety of sources, including high-energy microwaves and x-rays. HERTF has a four-story high-bay laboratory, 80 feet by 150 feet, with concrete roof and walls four feet thick for blast and radiation shielding. The high bay includes two bridge cranes, cable trays, a 12-foot deep pit for intense radiation source experiments, and access tunnels to an explosive firing area near the high bay. Up to 1,000 pounds of high explosives can be safely detonated in this area to produce hundreds of mega joules of electrical energy needed for advanced experiments. In addition, advanced weapons environments can be created, allowing scientists to assess the potential threat of these weapons to United States military systems. The facility also contains offices and smaller laboratories where advanced weapons technology experiments and demonstrations can be conducted safely and securely. U.S. Air Force photo
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High-Power Microwave Facilities
The High Energy Microwave Laboratory comprises 25,484 square feet of laboratory and administration space for developing/testing high power microwave systems and performing vulnerability studies. HEML has a large anechoic chamber (echo and reverberation free) that holds airplanes for electronic system tests. Shielded rooms contain state-of-the-art instrumentation for operating HPM sources and measuring pulsed radiation characteristics and electrical responses. A suite of narrow to wide-band sources produce output in the frequency range of the anechoic quiet zone. HEML hosts joint experiments with all three services, other government agencies, and foreign countries. U.S. Air Force photo
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High-Power Microwave Facilities
The High Energy Microwave Laboratory consists of 25,484 square feet of laboratory and administration space for developing/testing high power microwave systems and performing vulnerability studies. HEML has a large anechoic chamber (echo and reverberation free) that holds airplanes for electronic system tests. Shielded rooms contain state-of-the-art instrumentation for operating HPM sources and measuring pulsed radiation characteristics and electrical responses. A suite of narrow to wide-band sources produce output in the frequency range of the anechoic quiet zone. HEML hosts joint experiments with all three services, other government agencies, and foreign countries. U.S. Air Force photo
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High-Power Microwaves
The High Energy Research and Technology Facility isolated location allows testing of directed energy systems. U.S. Air Force photo
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High-Power Microwaves
The Active Denial System is a counter-personnel, non-lethal, directed energy weapon. Traveling at the speed of light, the energy strikes the subject and only reaches a skin depth of about 1/64th of an inch, or the equivalent of three sheets of paper. It produces a heat sensation that within seconds becomes intolerable and forces the targeted individual to instinctively move. The sensation immediately ceases when the individual moves out of the beam or when the operator turns off the beam. These non-lethal capabilities are designed to protect the innocent, minimize fatalities and limit collateral damage across the range of military operations. U.S. Air Force photo
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Technology Applications Division/Systems Engineering and Analysis Branch
The Branch objective is to develop, integrate, prototype, simulate, and assess directed energy system concepts as they relate to technology readiness, technology tradeoffs, mission effectiveness, military utility and the role in system architectures. U.S. Air Force photo
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Mobile Acquisition and Tracking System
The team also provides the expertise required to operate, maintain and modify the Mobile Acquisition and Tracking System and the Mojave Tracking System to meet customer data requests. These systems provide ideal mobile test platforms for performing daylight passive Low Earth Orbit satellite acquisition and precision tracking key technology enablers for such technology areas as Space Situational Awareness and other directed energy-related future concepts.
Pictured here is a time-exposed photograph of the MATS system tracking a helicopter during a field test in the August of 2008.
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Systems Engineering and Analysis Branch
The Systems Engineering and Analysis Branch's objective is to develop, integrate, prototype, simulate and assess directed energy system concepts as they relate to technology readiness, technology tradeoffs, mission effectiveness, military utility and the role in system architectures. U.S. Air Force photo
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Technology Applications Division/Systems Engineering and Analysis Branch
Wargaming allows technology developers to refine concept of operations and monitor directed energy systems in a military battlefield environment. In addition to participating in various wargames, The Branch hosts an annual Advanced Concepts Event. ACE educates warfighters on directed energy capabilities and effects through the war gaming experience. These same warfighters provide critical feedback on directed energy systems. U.S. Air Force photo
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Starfire Optical Range at Kirtland Air Force Base, New Mexico
The Air Force Research Laboratory Starfire Optical Range (SOR) is a vital resource in achieving the Air Force mission to operate freely in space. This world-class optical research facility and center for Air Force strategic optical exploration is located on a hilltop site (6,240 feet above sea level) on Kirtland Air Force Base, New Mexico. The SOR primary mission is to develop optical sensing, imaging, and atmospheric propagation technologies to support Air Force aerospace missions. This facility leads the industry changing technology of laser beacon adaptive optics for military uses and civilian applications such as astronomy. It is a major component of the Air Force Research Laboratory Directed Energy Directorate. U.S. Air Force photo
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Starfire Optical Range at Kirtland Air Force Base, New Mexico
The Air Force Research Laboratory's Starfire Optical Range is a vital resource in achieving the Air Force mission to operate freely in space. This world-class optical research facility and center for Air Force strategic optical exploration is on a hilltop site (6,240 feet above sea level) on Kirtland AFB, N.M. The SOR primary mission is to develop optical sensing, imaging and atmospheric propagation technologies to support Air Force aerospace missions. This facility leads the industry changing technology of laser beacon adaptive optics for military uses and civilian applications such as astronomy. It is a major component of the AFRL Directed Energy Directorate. U.S. Air Force photo
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