Apollo Fusion, Inc. Lands NASA JPL License and Manufacturing Contract
by Staff Writers
Mountain View CA (SPX) May 08, 2019
Apollo Fusion, Inc. has been awarded an exclusive, worldwide commercial license to NASA Jet Propulsion Laboratory's (JPL) MaSMi (Magnetically Shielded Miniature) Hall thruster, the world's first low-power (=1.0 kW) magnetically shielded Hall thruster.
MaSMi has demonstrated class-leading performance with a peak total efficiency of 54%, a peak total specific impulse of 1940 s, and an estimated throughput capability of >150 kg Xe. MaSMi is a key component of JPL's ASTRAEUS (Ascendant Sub-kW Transcelestial Electric Propulsion System), a low-power electric propulsion (EP) system optimized for use on smallsats. In support of ASTRAEUS, Apollo was awarded a contract to manufacture three engineering model MaSMi-EM thrusters for JPL this summer.
Apollo CEO Mike Cassidy noted, "We're absolutely thrilled to be working with NASA JPL and with Dr. Ryan Conversano, the PI of ASTRAEUS and the inventor of MaSMi. The MaSMi thruster that we now have the exclusive license for can produce more than 2,000,000 N-s of total impulse and yet is about the size of a soda can.
"We've heard many times that our propulsion system's high performance coupled with our rapid, high-volume manufacturing is enabling new space missions and constellations. This new relationship with NASA JPL further demonstrates that Apollo can deliver for these new constellations."
In addition to the NASA JPL thruster that Apollo has licensed, the smaller Apollo Constellation Engine (ACE) provides outstanding performance at only 400 watts: 24 mN of thrust, 200,000 kN-s of total impulse, 4.5 kg of dry mass.
This is about three times the total impulse per unit mass of any competitive propulsion system and about three times the total impulse per unit volume of any competitive propulsion system on the market today (for 50kg-500kg smallsats).
Ion experiment aces quantum scrambling test
College Park MD (SPX) Mar 11, 2019
Researchers at the Joint Quantum Institute (JQI) have implemented an experimental test for quantum scrambling, a chaotic shuffling of the information stored among a collection of quantum particles. Their experiments on a group of seven atomic ions, reported on March 7 in Nature, demonstrate a new way to distinguish between scrambling - which maintains the amount of information in a quantum system but mixes it up - and true information loss. The protocol may one day help verify the calculations of ... read more
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