Matthias Troyer

Matthias Troyer

engineer Austria

Matthias Troyer is a prominent technical member at Microsoft, known for his contributions to quantum computing research. He is focused on developing scalable quantum systems and has emphasized the company's goal of achieving significant commercial impact through advanced quantum technologies. Recently, he played a key role in the announcement of Majorana 1, Microsoft's new topological quantum chip, which aims to revolutionize the field by providing stable qubits and enhancing error resistance. Troyer's work is pivotal in advancing the practical applications of quantum computing, with potential implications for various industries including materials science, healthcare, and environmental sustainability.

Global Media Ratings
Dominance
0.00%
Persistence
0 wks
Reach
150,859
Power
1,567$
Sentiment
7.84
Countries Mentioned
Country Mentions Sentiment Dominance + Persistence x Population = Reach x GDP (millions) = Power
Brazil 1 8.00 0.05% +0% 211,049,527 110,382 $1,500,000 785$
Colombia 1 7.00 0.04% +0% 50,882,884 21,228 $350,000 146$
Italy 1 8.00 0.03% +0% 60,461,826 19,249 $2,000,000 637$
Totals 3 322,394,237 150,859 $3,850,000 1,568$
Interactive World Map

Each country's color is based on "Mentions" from the table above.

Recent Mentions

Brazil Brazil: Matthias Troyer is an associate technician at Microsoft who emphasizes the goal of creating a commercially impactful quantum computer. 8

O Globo: Qubit topológico? Entenda em 5 imagens como funciona a computação quântica da Microsoft

Italy Italy: Dr. Matthias Troyer, a scientist at Microsoft Research, specializes in quantum computing and discusses its potential. 8

Corriere della Sera: Quantum computing, il balzo di Microsoft: ecco Majorana 1, chipset basato su «un nuovo stato della materia»

Colombia Colombia: Matthias Troyer, another technical member of the company, emphasized that Microsoft's vision is to 'achieve commercial impact, not just thought leadership'. 7

El Tiempo: Microsoft anuncia el nuevo 'chip Majorana 1' para impulsar la computación cuántica