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Time of India
10 hours ago
- Science
- Time of India
Planning to study Mathematics? Here are the top 5 US colleges to aim for
Mathematics has long been the silent force behind the world's most significant advances. Whether decoding the genome, predicting climate change, building artificial intelligence, or stabilizing financial markets, the discipline forms the bedrock of rational inquiry and innovation. Tired of too many ads? go ad free now Far from being just a theoretical pursuit, mathematics underpins the algorithms that drive global economies, the statistical models behind scientific breakthroughs, and the systems that govern both human and machine decision-making. Its tools enable not only prediction and optimization, but also clarity in a world often defined by complexity. For students drawn to logical rigor, abstract thinking, or real-world problem solving, mathematics offers a powerful foundation for future-proof careers. Graduates fluent in mathematical sciences are actively recruited across domains—data science, quantitative finance, operations research, actuarial analysis, cryptography, software development, and beyond. In today's knowledge economy, mathematical literacy is not a niche skill but a catalyst for interdisciplinary innovation. And while aptitude matters, where one studies this foundational discipline can significantly shape the trajectory of one's academic and professional journey. In that context, the QS World University Rankings by Subject 2025 offers a robust benchmark for identifying global leaders in mathematics education and research. Below, we highlight the top five US universities that have emerged as frontrunners in this field, based on their QS scores, global rankings, and reputational standing. 1. Massachusetts Institute of Technology (MIT) World Rank in Mathematics (2025): 1 Overall QS Score: 95.5 MIT continues to dominate the global stage, securing the #1 spot worldwide in mathematics in the QS Subject Rankings 2025. Tired of too many ads? go ad free now Renowned for its deep integration of theory and application, MIT's Department of Mathematics is a magnet for talent across the globe. The institute boasts an unparalleled legacy, with faculty affiliated with the Fields Medal, Abel Prize, and other prestigious honors. Its research spans number theory, algebraic geometry, stochastic modeling, and machine learning. Importantly, MIT's emphasis on cross-disciplinary work—collaborating with departments in physics, computer science, and economics—positions its graduates at the forefront of both academia and industry. 2. Harvard University World Rank in Mathematics (2025): 2 Overall QS Score: 93.2 With its blend of historical depth and intellectual rigor, Harvard has earned the #2 global position in mathematics. The university's programme is especially noted for its strong emphasis on theoretical research, including areas such as topology, representation theory, and arithmetic geometry. Harvard's mathematics faculty includes some of the most cited scholars in the world, and the department maintains close ties with MIT, fostering a collaborative academic ecosystem in the Greater Boston area. Harvard's graduates are consistently sought after by top research labs, financial institutions, and global tech firms. 3. Stanford University World Rank in Mathematics (2025): 3 Overall QS Score: 93.1 Ranked third globally, Stanford University offers a mathematics programme that combines rigorous scholarship with entrepreneurial energy. The department excels in both pure and applied mathematics, with strong representation in areas such as differential geometry, optimization, logic, and mathematical biology. Stanford's location in Silicon Valley creates fertile ground for real-world applications, bridging academic inquiry with tech innovation. Graduates frequently find themselves embedded in cutting-edge sectors like artificial intelligence, robotics, and quantitative finance. 4. University of California, Berkeley (UCB) World Rank in Mathematics (2025): 6 Overall QS Score: 92.4 UC Berkeley remains a titan in the world of mathematics, ranking 6 globally and consistently leading in terms of research output and faculty distinction. The university boasts the highest discipline-specific D-index globally, reflecting its massive research footprint. Areas of strength include logic, algebra, combinatorics, and statistical theory. Berkeley's proximity to both academic networks and the tech industry—combined with a legacy of academic activism and intellectual freedom—makes it a unique environment for mathematical exploration and innovation. 5. Princeton University World Rank in Mathematics (2025): 7 Overall QS Score: 89.4 Securing the 7 global spot, Princeton University is home to one of the oldest and most revered mathematics departments in the world. Known for its exceptional focus on pure mathematics, Princeton has been a historic incubator for breakthroughs in number theory, algebraic topology, and functional analysis. The Institute for Advanced Study, located nearby, further enriches Princeton's academic landscape, attracting world-renowned scholars and contributing to a dense intellectual milieu. The university's alumni network includes several Fields Medalists and leaders in theoretical research, reinforcing its elite status in the discipline.
India Today
02-07-2025
- Science
- India Today
NIT Srinagar student selected among 200 top PhDs for sci-tech forum in Germany
Samir Ahmad Wagay, a PhD scholar from Srinagar, Jammu and Kashmir in the Department of Mathematics at the National Institute of Technology (NIT), has been selected to participate in the 12th edition of the Heidelberg Laureate Forum (HLF), scheduled to be held from September 14 to 19, 2025, in Heidelberg, has been selected to participate in the HLF, making him one of 200 young researchers from around the world chosen to attend this international event that brings together doctoral students and laureates of the highest honours in mathematics and computer is currently pursuing his doctoral work under the supervision of Dr Rameez Raja, Assistant Professor at NIT Srinagar. The selection process for the forum is known to be highly competitive, with applicants undergoing a detailed review by the Heidelberg Laureate Forum Foundation (HLFF) and associated scientific MATHEMATICIAN AMONG TOP 200 WORLDWIDEThe Heidelberg Laureate Forum is known for hosting recipients of awards such as the Abel Prize, ACM Award, ACM Prize in Computing, Fields Medal, IMU Abacus Medal, and Nevanlinna offers a platform for early-career researchers to engage directly with scientists who have shaped the modern world of computation and are selected not just for their academic excellence but also for the potential to contribute to the global research participation is fully sponsored by the HLFF, which will cover all international travel, accommodation, and participation expenses. This arrangement allows scholars to focus entirely on the week-long schedule of lectures, workshops, and academic Heidelberg Laureate Forum was initiated by Klaus Tschira Stiftung (KTS), a German foundation focused on supporting science and HLFF was formally established in 2012 following an agreement signed in Oslo between major international award-granting institutions. The first forum was held in then, the event has become a key annual gathering point for dialogue between generations of scientists, driven by a vision to connect experience with curiosity.- Ends
The Mainichi
21-05-2025
- Science
- The Mainichi
Abel laureate Kashiwara says new discoveries make 'beautiful' math
OSLO (Kyodo) -- Japanese mathematician Masaki Kashiwara, who received the prestigious Abel Prize this year, has said his love for "beautiful" math sustained him through his more than half-century-long research career. Becoming the first Japanese recipient of the award, considered the Nobel Prize for mathematics, the 78-year-old professor emeritus at Kyoto University's Research Institute for Mathematical Sciences said in a recent interview he felt the beauty of math "the moment I proved something new." He also said he "deeply felt" the high value Norway attaches to math education through festivities related to the award, bestowed by the Norwegian Academy of Science and Letters, while questioning his own country's approach to math education. In announcing the Abel Prize recipient in March, the academy said it recognized Kashiwara "for his fundamental contributions to algebraic analysis and representation theory," among other achievements, calling him "a true mathematical visionary." His lifelong passion has not dimmed even though his speed of research has "slowed" due to his age, Kashiwara, who now serves as project professor at the Kyoto University institute, said. With the development of the internet drastically changing methods of research, the professor recalled his past days when "it was difficult to find out even what was going on overseas" and said now he is tackling challenging problems by exchanging views online with three mathematicians in South Korea. Kashiwara said he is worried that Japan's system of university entrance examinations and a perception that math is "a memorization subject" could create further aversion to math and reduce students' motivation to pursue careers in the field. He said he sees potential in China, which is proactively attracting willing specialists and where the publishing of scientific papers is increasing. Born in Ibaraki Prefecture, northeast of Tokyo, Kashiwara earned a master's degree from the University of Tokyo before obtaining a doctorate from Kyoto University. He has been project professor at Kyoto University's Research Institute for Mathematical Sciences since 2010. Under the guidance of his mentor, Mikio Sato, a professor emeritus at Kyoto University, Kashiwara developed the theory of D-modules for his master's thesis in 1970, a framework that has become a fundamental tool in many branches of mathematics. Kashiwara and his colleagues proved the Riemann-Hilbert correspondence, a major problem in mathematics for many years, for holonomic D-modules, around 1980. The Abel Prize award ceremony was held in Norway on Tuesday, with Kashiwara receiving prize money of 7.5 million Norwegian krone ($733,000). It was established in 2002 in connection with the 200th anniversary of the birth of Niels Henrik Abel, a pioneering Norwegian mathematician.
Kyodo News
21-05-2025
- Science
- Kyodo News
Abel laureate Masaki Kashiwara says new discoveries make "beautiful" math
KYODO NEWS - 1 hour ago - 14:12 | All, Japan Japanese mathematician Masaki Kashiwara, who received the prestigious Abel Prize this year, has said his love for "beautiful" math sustained him through his more than half-century-long research career. Becoming the first Japanese recipient of the award, considered the Nobel Prize for mathematics, the 78-year-old professor emeritus at Kyoto University's Research Institute for Mathematical Sciences said in a recent interview he felt the beauty of math "the moment I proved something new." He also said he "deeply felt" the high value Norway attaches to math education through festivities related to the award, bestowed by the Norwegian Academy of Science and Letters, while questioning his own country's approach to math education. In announcing the Abel Prize recipient in March, the academy said it recognized Kashiwara "for his fundamental contributions to algebraic analysis and representation theory," among other achievements, calling him "a true mathematical visionary." His lifelong passion has not dimmed even though his speed of research has "slowed" due to his age, Kashiwara, who now serves as project professor at the Kyoto University institute, said. With the development of the internet drastically changing methods of research, the professor recalled his past days when "it was difficult to find out even what was going on overseas" and said now he is tackling challenging problems by exchanging views online with three mathematicians in South Korea. Kashiwara said he is worried that Japan's system of university entrance examinations and a perception that math is "a memorization subject" could create further aversion to math and reduce students' motivation to pursue careers in the field. He said he sees potential in China, which is proactively attracting willing specialists and where the publishing of scientific papers is increasing. Born in Ibaraki Prefecture, northeast of Tokyo, Kashiwara earned a master's degree from the University of Tokyo before obtaining a doctorate from Kyoto University. He has been project professor at Kyoto University's Research Institute for Mathematical Sciences since 2010. Under the guidance of his mentor, Mikio Sato, a professor emeritus at Kyoto University, Kashiwara developed the theory of D-modules for his master's thesis in 1970, a framework that has become a fundamental tool in many branches of mathematics. Kashiwara and his colleagues proved the Riemann-Hilbert correspondence, a major problem in mathematics for many years, for holonomic D-modules, around 1980. The Abel Prize award ceremony was held in Norway on Tuesday, with Kashiwara receiving prize money of 7.5 million Norwegian krone ($733,000). It was established in 2002 in connection with the 200th anniversary of the birth of Niels Henrik Abel, a pioneering Norwegian mathematician. Related coverage: Kyoto Univ. professor becomes 1st Japanese to win Abel Prize in math
Kyodo News
21-05-2025
- Science
- Kyodo News
Abel laureate Masaki Kashiwara says new discoveries make "beautiful" math
KYODO NEWS - 4 minutes ago - 14:12 | All, Japan Japanese mathematician Masaki Kashiwara, who received the prestigious Abel Prize this year, has said his love for "beautiful" math sustained him through his more than half-century-long research career. Becoming the first Japanese recipient of the award, considered the Nobel Prize for mathematics, the 78-year-old professor emeritus at Kyoto University's Research Institute for Mathematical Sciences said in a recent interview he felt the beauty of math "the moment I proved something new." He also said he "deeply felt" the high value Norway attaches to math education through festivities related to the award, bestowed by the Norwegian Academy of Science and Letters, while questioning his own country's approach to math education. In announcing the Abel Prize recipient in March, the academy said it recognized Kashiwara "for his fundamental contributions to algebraic analysis and representation theory," among other achievements, calling him "a true mathematical visionary." His lifelong passion has not dimmed even though his speed of research has "slowed" due to his age, Kashiwara, who now serves as project professor at the Kyoto University institute, said. With the development of the internet drastically changing methods of research, the professor recalled his past days when "it was difficult to find out even what was going on overseas" and said now he is tackling challenging problems by exchanging views online with three mathematicians in South Korea. Kashiwara said he is worried that Japan's system of university entrance examinations and a perception that math is "a memorization subject" could create further aversion to math and reduce students' motivation to pursue careers in the field. He said he sees potential in China, which is proactively attracting willing specialists and where the publishing of scientific papers is increasing. Born in Ibaraki Prefecture, northeast of Tokyo, Kashiwara earned a master's degree from the University of Tokyo before obtaining a doctorate from Kyoto University. He has been project professor at Kyoto University's Research Institute for Mathematical Sciences since 2010. Under the guidance of his mentor, Mikio Sato, a professor emeritus at Kyoto University, Kashiwara developed the theory of D-modules for his master's thesis in 1970, a framework that has become a fundamental tool in many branches of mathematics. Kashiwara and his colleagues proved the Riemann-Hilbert correspondence, a major problem in mathematics for many years, for holonomic D-modules, around 1980. The Abel Prize award ceremony was held in Norway on Tuesday, with Kashiwara receiving prize money of 7.5 million Norwegian krone ($733,000). It was established in 2002 in connection with the 200th anniversary of the birth of Niels Henrik Abel, a pioneering Norwegian mathematician. Related coverage: Kyoto Univ. professor becomes 1st Japanese to win Abel Prize in math
