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The Future of Military Technology is Intense

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Railguns sound like they’re straight out of a Schwarzenegger action movie.

Well, they are – but the reality is that railguns, along with other high-tech weapons such as lasers or hypersonic weapons, are already here.

The U.S. military has actually been testing lasers and railguns for some time, and has now started to mount 30-kW infrared solid-state laser systems on aircraft and gunships. Lockheed has also signed a $147 million contract to build hypersonic weapons that will fire at Mach 20, intercepting targets in under an hour using pure kinetic force.

Visualizing the Future of Military Technology

Today’s infographic comes from Futurism, showing the technological advancements we can expect to materialize in the battlefield over the coming decades.

The Future of Military Technology is Intense

The future of military technology is here, and it seems to borrow ideas right out of well-known movies such as Star Trek or Eraser.

Here’s the scoop on the advanced weapons systems of tomorrow:

Lasers: The military refers to these as directed-energy weapons (DEWs), and they are exactly what they sound like – lasers that emit highly focused energy to damage or incapacitate a target. In development for 20 roughly years, the circumstances seem to be more promising than ever for DEWs. The need is there, as targets such as groups of small drones could become common in the future. Meanwhile, the technology has finally caught up to the concept – using fiber instead of chemicals means military lasers can be smaller and more powerful.

Railguns: Electromagnetic railguns can fire projectiles at a speed of 4,600 mph (Mach 6). These projectiles use no explosive warheads or payloads, relying solely on extreme kinetic force to damage a target. Current ships, such as the Zumwalt-class destroyers are being designed to accommodate these weapons, and they could also be potentially scaled down for use in tanks.

Hypersonic weapons: Launched from land, sea, or air, hypersonic weapons are intended to be used for first strike applications, hitting targets in under an hour. Using Tactical Boost Glide (TBG) technology, hypersonic weapons are boosted to very high altitudes, where they are then accelerated to speeds of 21,000 mph (Mach 20). It should be noted that China and Russia are both also testing similar weapons systems.

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Mapped: The World’s Top 50 Science and Technology Hubs

This map explores the world’s top 50 science and technology hubs based on the Global Innovation Index 2023 data.

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This map explores the world’s top 50 science and technology clusters, based on data from the Global Innovation Index 2023.

The World’s Top 50 Science and Technology Hubs

This was originally posted on our Voronoi app. Download the app for free on iOS or Android and discover incredible data-driven charts from a variety of trusted sources.

In 2023, the world experienced another wave of science and technology (S&T) innovation, from the introduction of the first over-the-counter birth control pill in the U.S. to the stunning growth of ChatGPT and artificial intelligence.

This map explores the world’s top 50 science and technology hubs leading these innovations based on data from the Global Innovation Index 2023. Hubs were ranked by their combined share of international patent applications and scientific publications.

East Asia Dominance in S&T

The world’s five most significant science and technology hubs are in East Asia.

The top-ranked Tokyo-Yokohama cluster made up just over 10% of all patent applications between 2018-2022.

ClusterCountry/EconomyPatent ApplicationsScientific Publications
Tokyo-Yokohama🇯🇵 Japan127,418115,020
Shenzhen-Hong Kong-Guangzhou🇨🇳/🇭🇰 China/Hong Kong113,482153,180
Seoul🇰🇷 South Korea63,447133,604
Beijing🇨🇳 China38,067279,485
Shanghai-Suzhou🇨🇳 China32,924162,635
San Jose-San Francisco🇺🇸 U.S.47,26958,575
Osaka-Kobe-Kyoto🇯🇵 Japan38,41351,948
Boston-Cambridge🇺🇸 U.S.18,18476,378
San Diego🇺🇸 U.S.23,26120,928
New York City🇺🇸 U.S.13,83874,849
Nanjing🇨🇳 China7,143113,488
Paris🇫🇷 France15,17661,692
Wuhan🇨🇳 China6,25089,756
Hangzhou🇨🇳 China10,75562,924
Nagoya🇯🇵 Japan17,73616,091
Los Angeles,🇺🇸 U.S.11,55644,058
Washington, DC–Baltimore🇺🇸 U.S.5,52576,039
Daejeon🇰🇷 South Korea12,27525,552
Xi'an🇨🇳 China1,78686,937
London🇬🇧 Great Britain5,98159,068
Seattle🇺🇸 U.S.11,47220,322
Munich🇩🇪 Germany10,24824,239
Qingdao🇨🇳 China7,28639,745
Chengdu🇨🇳 China2,04667,334
Cologne🇩🇪 Germany7,46634,286
Amsterdam–Rotterdam🇳🇱 Netherlands4,23052,864
Taipei–Hsinchu🇹🇼 Taiwan3,90752,752
Houston🇺🇸 U.S.8,47524,636
Stuttgart🇩🇪 Germany9,34214,874
Tel Aviv–Jerusalem🇮🇱 Israel7,26824,219
Moscow🇷🇺 Russia2,03655,086
Chicago🇺🇸 U.S.5,76332,343
Singapore🇸🇬/🇲🇾 Singapore/Malaysia4,86136,803
Tehran🇮🇷 Iran24963,113
Philadelphia🇺🇸 U.S.5,39032,309
Tianjin🇨🇳 China1,26753,680
Changsha🇨🇳 China1,14952,768
Stockholm🇸🇪 Sweden6,06919,984
Minneapolis🇺🇸 U.S.6,62515,375
Hefei🇨🇳 China2,54938,974
Eindhoven🇳🇱 Netherlands7,9825,339
Melbourne🇦🇺 Australia2,12640,056
Berlin🇩🇪 Germany3,62430,464
Chongqing🇨🇳 China1,65141,412
Frankfurt am Main🇩🇪 Germany5,41018,590
Sydney🇦🇺 Australia2,53933,695
Raleigh🇺🇸 U.S.3,05730,206
Madrid🇪🇸 Spain1,58038,849
Zürich🇨🇭 Switzerland3,75924,437
Milan🇮🇹 Italy2,57831,077

The first American cluster on the list, the San Francisco Bay Area, is home to major tech companies such as Adobe, eBay, Google, and PayPal.

Along with Cambridge in the United Kingdom, the San Francisco Bay Area is one of the most S&T-intensive clusters relative to overall population density.

For the first time, China topped the list of countries with the highest number of clusters among the top 100, having 24 total. The United States follows, with 21 clusters, then Germany with nine.

In addition, nearly every Chinese cluster rose in the rankings compared to last year, with only Beijing falling by one place.

São Paulo (Brazil); Bengaluru, Delhi, Chennai, and Mumbai (India); Tehran (Islamic Republic of Iran); Istanbul and Ankara (Türkiye); and Moscow (Russian Federation) are the only middle-income economy clusters outside China.

According to the Global Innovation Index, the U.S. leads in research and development (R&D) expenditure, followed by China, Japan, Germany, and the Republic of Korea.

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