Explore academic job opportunities in Cryogenics within the Physics subcategory. Positions range from research scientists to university professors, offering roles in cutting-edge research and education in low-temperature physics.
Cryogenics faculty jobs are surging in demand as this fascinating field pushes the boundaries of science at temperatures colder than space itself. Cryogenics (from the Greek words "kryos" for cold and "genes" for born) is the study of how materials behave when cooled to ultra-low temperatures, often below -150°C (238°F) or even approaching absolute zero (-273°C or -459°F). Imagine harnessing superconductivity—where electricity flows without resistance—or liquefying gases like helium for use in MRI machines, rocket fuels, and quantum computers. For novices, think of it as engineering the extreme cold to unlock materials' hidden superpowers, vital for everything from medical imaging to fusion energy research.
Why pursue cryogenics careers now? Over the past decade, hiring trends show a 15-20% rise in low-temperature physics positions, driven by quantum technologies and sustainable energy (data from American Physical Society reports). Faculty roles in cryogenics typically require a PhD in physics, materials science, or mechanical engineering, followed by 2-5 years of postdoctoral research. Start your postdoc journey to build expertise in cryostats (devices that maintain ultra-low temps) or cryogenic engineering. Pathways lead from research assistant to assistant professor, with mid-career salaries averaging $110,000-$160,000 USD in the US (professor salaries vary by institution and location). In Europe, expect €70,000-€120,000, often with grants from CERN or the European Research Council. Networking at conferences like the International Cryogenic Engineering Conference is key—check higher-ed career advice for tips.
Students eyeing cryogenics opportunities will love introductory courses in low-temperature physics or thermodynamics, available at top institutions like the University of Wisconsin-Madison (home to pioneering cryogenic labs since the 1950s), MIT's Plasma Science and Fusion Center, or the University of Cambridge's Low Temperature Physics group. These programs blend theory with hands-on labs, preparing you for grad school. Rate Cryogenics professors on Rate My Professor to find inspiring mentors, or explore scholarships for undergrad research. Globally, check opportunities in the US (/us), UK (/gb), or cities like Boston (/us/ma/boston) and Geneva.
Top cryogenics hubs include national labs like NIST (NIST Cryogenics), where faculty collaborate on real-world applications. Actionable advice: Build a portfolio with simulations using software like COMSOL, publish in journals like Cryogenics, and tailor your resume template. Whether you're a jobseeker targeting research jobs or a student, cryogenics offers intellectual thrill and impact. Browse higher-ed-jobs today to land your cryogenic breakthrough, and rate Cryogenics faculty on Rate My Professor for insider insights. Your frosty future starts here!
Cryogenics, the branch of physics focused on producing and studying materials at extremely low temperatures—typically below -150°C (123 K) or the boiling point of nitrogen—is a fascinating field driving innovations in medicine, energy, and computing. Unlike everyday thermodynamics, cryogenics explores quantum behaviors like superconductivity, where certain materials lose electrical resistance, and superfluidity, enabling frictionless flow. Historically, it began in 1877 when French scientists Louis Paul Cailletet and Raoul Pictet first liquefied oxygen, followed by Heike Kamerlingh Onnes' 1908 liquefaction of helium and 1911 discovery of superconductivity, earning him the Nobel Prize. These milestones paved the way for modern applications.
Today, cryogenics powers magnetic resonance imaging (MRI) machines using liquid helium-cooled superconducting magnets, particle accelerators like CERN's Large Hadron Collider (CERN LHC), and nascent quantum computers requiring millikelvin temperatures. The global cryogenics market is projected to reach $38 billion by 2030, growing at 7.5% CAGR, fueled by fusion energy research and space exploration (e.g., NASA's cryogenic rocket propellants). In academia, demand for Cryogenics faculty jobs surges with quantum tech booms—U.S. physics faculty openings rose 12% from 2018-2023 per APS data—with median salaries around $152,000 for physicists (BLS 2023), higher for specialists at $180,000+ full professors.
For jobseekers eyeing Cryogenics faculty jobs, a PhD in physics or materials science with hands-on experience in dilution refrigerators or cryostats is essential. Pathways include postdocs at national labs—check postdoc positions—and publications in journals like Cryogenics. Networking via conferences and rating potential mentors on Rate My Professor for Cryogenics experts boosts success; explore professor salaries in Cryogenics for negotiation insights. Students, start with undergrad physics courses, then specialize in grad programs at top institutions like Cambridge, MA (MIT/Harvard), Madison, WI (UW-Madison's cryogenics legacy), or Oxford, UK. Key hubs include US national labs like NIST (NIST Cryogenics Group) and Europe's CERN. Actionable tip: Build skills in cryogenic engineering via higher ed career advice, volunteer in low-temp labs, and monitor faculty openings on AcademicJobs.com to land roles advancing fusion or quantum frontiers.
Embarking on a career in cryogenics—the branch of physics focused on the production, behavior, and applications of materials at extremely low temperatures, typically below -150°C (123 K) or the boiling point of liquid nitrogen—requires a robust blend of advanced education, specialized skills, hands-on experience, and sometimes certifications. Cryogenics faculty jobs, often within physics or mechanical engineering departments, demand expertise to teach courses, lead research on superconductivity, quantum devices, MRI technology, or rocket propulsion, and secure grants. Whether you're a student eyeing graduate programs or a postdoc targeting tenure-track positions, understanding these qualifications positions you for success in this niche, high-demand field.
A Ph.D. in Physics, Applied Physics, or a related engineering discipline with a dissertation centered on cryogenics or low-temperature physics is non-negotiable for faculty roles. This typically follows a Bachelor's degree (B.S.) in Physics, Materials Science, or Mechanical Engineering, and often a Master's (M.S.) for deeper specialization. Expect 5-7 years of graduate study involving coursework in thermodynamics, quantum mechanics, heat transfer, and vacuum technology, plus original research using cryostats or dilution refrigerators.
Top specializing institutions include the University of Wisconsin-Madison (famous for its Cryogenics Test Laboratory), MIT's Plasma Science and Fusion Center, and the University of Southampton's Cryogenics Group. Aspiring students can explore programs via university rankings.
Core skills encompass experimental prowess in designing and operating cryogenic systems—like helium-4/helium-3 cryostats, pulse-tube refrigerators, and superconducting magnet setups—alongside proficiency in sensors, thermal modeling software (COMSOL, ANSYS), programming (Python, LabVIEW for data analysis), and safety protocols for handling hazardous cryogens. Faculty must also excel in grant writing (NSF, DOE funding), mentoring students, and delivering lectures on topics like Bose-Einstein condensates.
Certifications bolster your resume: Complete cryogenic safety training from the Cryogenic Society of America (CSA), OSHA hazmat handling for liquid cryogens, or ISO 21029 standards for gas cylinders. These are critical for lab work and demonstrate risk management in environments prone to asphyxiation or frostbite.
Postdoctoral positions (1-3 years) at national labs like Fermilab, NIST, or CERN are standard, yielding 10-20 peer-reviewed papers in journals such as Cryogenics or Journal of Low Temperature Physics. Teaching as a graduate TA counts toward pedagogy. Average assistant professor salary in physics cryogenics hovers at $115,000-$140,000 USD annually (higher in high-cost areas like California), per recent professor salaries data from the American Association of University Professors, with full professors earning $160,000+ amid a 5-year hiring uptick driven by quantum tech demand.
To stand out for cryogenics jobs, intern at cryo facilities during undergrad, present at conferences like the Cryogenic Engineering Conference (CEC), and collaborate internationally—Europe leads with facilities in /eu and /gb. Build a portfolio on Google Scholar. Review rate my professor profiles of cryogenics faculty for teaching styles. Tailor applications for higher ed faculty jobs, use free resume templates, and network via higher ed career advice. Target booming hubs like /us/ca/pasadena (Caltech) or /us/tx/college-station. Persistence pays—many land roles after 6-12 months of applications.
Embarking on a career in cryogenics—the science of materials at ultra-low temperatures (below -150°C or 123 K)—offers exciting opportunities in superconductivity, quantum computing, and space exploration. Aspiring faculty in this niche physics subfield must navigate a rigorous academic journey. Here's a step-by-step guide tailored for jobseekers and students, complete with timelines, essential extras, common pitfalls, and actionable advice to land Cryogenics faculty jobs.
Begin with a bachelor's degree in physics, engineering physics, or materials science (4 years). Focus on thermodynamics, quantum mechanics, and lab skills. Internships at national labs like NIST (National Institute of Standards and Technology) provide hands-on experience with cryogenic systems.
Next, pursue a master's (1-2 years, optional but recommended for specialization), followed by a PhD in low-temperature physics or cryogenics (4-6 years). Publish in journals like Cryogenics and present at conferences such as CEC/ICMC. Postdoctoral research (2-5 years) is crucial—aim for positions at top institutions like MIT's Plasma Science and Fusion Center or Oxford University's Cryogenics Lab.
| Stage | Duration | Key Milestones & Tips |
|---|---|---|
| Bachelor's | 4 years | Core courses, undergrad research, GPA >3.5. Pitfall: Skipping labs—seek cryogenic fluid handling training. |
| Master's/PhD | 5-8 years | Thesis on superfluids or cryocoolers, 5+ publications. Advice: Network via APS (American Physical Society); funding via NSF grants. |
| Postdoc | 2-5 years | Collaborate on quantum sensors. Stats: 70% of faculty had 2+ postdocs (per APS data). Pitfall: Isolation—join Rate My Professor communities. |
| Faculty | Entry-level | Assistant professor roles. Salaries: $95K-$130K starting US (BLS 2023), rising to $180K+ for tenured. Hotspots: /us/california/pasadena (Caltech), /us/massachusetts/cambridge (MIT). |
Pitfalls include fierce competition (only 10-15% of PhDs secure tenure-track) and grant volatility amid trends like fusion energy growth (market to $30B by 2030). Advice: Build a portfolio with patents; leverage professor salaries data and higher ed career advice. Students, explore courses at specializing schools like University of Wisconsin-Madison. Check Cryogenics professors ratings. For jobs, visit higher ed faculty jobs and research jobs. External resource: APS Physics Careers. Start today—your cryogenic breakthrough awaits!
Over 5 years, Cryogenics postings rose 25% (AcademicJobs.com trends), driven by quantum tech. Tailor your CV via free resume template.
Cryogenics, the science of producing and maintaining extremely low temperatures (often near absolute zero, -273°C), powers breakthroughs in superconductivity, quantum computing, and fusion energy. Faculty salaries in this niche physics subfield are competitive, driven by high demand for experts at research-intensive universities. In the US, assistant professors (entry-level tenure-track roles, typically requiring a PhD and 2-5 years postdoc experience) earn $95,000-$130,000 base salary annually, associates $120,000-$160,000, and full professors $160,000-$220,000+, per 2023 American Association of University Professors (AAUP) data and Glassdoor reports. These figures have trended upward 15-20% over the past decade, fueled by investments in quantum technologies and national labs like NIST.
| Role | US Average (2024) | Europe Average (EUR) | Key Locations |
|---|---|---|---|
| Postdoctoral Researcher | $55,000-$75,000 | €45,000-€60,000 | Boulder, CO; Grenoble, France |
| Assistant Professor | $95,000-$130,000 | €50,000-€70,000 | Madison, WI; Oxford, UK |
| Associate Professor | $120,000-$160,000 | €60,000-€85,000 | Cambridge, MA; Delft, Netherlands |
| Full Professor | $160,000-$220,000+ | €70,000-€110,000 | Pasadena, CA; Munich, Germany |
Location impacts pay significantly: high-cost areas like Cambridge, MA (home to MIT's strong cryogenics group) offer 20-30% premiums over Midwest hubs like Madison, WI (University of Wisconsin). Internationally, Canadian roles at University of Waterloo average CAD 120,000-$180,000, while Australia’s ANU pays AUD 150,000+ for seniors. For detailed breakdowns, explore professor salaries on AcademicJobs.com.
Key factors influencing compensation include publication record (e.g., Nature papers boost offers 10-15%), grant-winning ability (NSF/DOE funding adds summer salary), institution prestige, and teaching load. Negotiate holistically: counter initial offers with data from /professor-salaries, aiming for 10-20% bumps, plus startup packages ($300,000-$1M for lab equipment like dilution refrigerators). Benefits often eclipse base pay—health insurance (95% employer-covered), 401(k) matching (8-12%), tuition remission for dependents, sabbaticals every 7 years, and housing subsidies in remote lab sites.
Externally, see the AAUP 2023-24 Faculty Compensation Survey for verified stats. Aspiring Cryogenics academics, leverage career advice on becoming a lecturer and rate professors in the field to strategize your move.
Cryogenics, the science of achieving and studying materials at temperatures near absolute zero (typically below -273°C or using liquid helium/nitrogen), powers breakthroughs in quantum computing, superconductivity, particle accelerators, and space propulsion. Faculty positions in this niche physics subfield cluster around major research hubs, national labs, and space agencies, where demand has grown 20-30% over the past decade due to quantum tech investments and fusion energy projects like ITER. Jobseekers benefit from regional quirks: proximity to funding (e.g., U.S. Department of Energy grants) accelerates hiring, while international collaborations offer mobility via EU Horizon programs.
In the United States, the Rocky Mountains and Southwest dominate. NIST's Boulder Labs in Boulder, Colorado, lead in cryogenic metrology, with University of Colorado hiring faculty amid $50M+ NSF grants. Pasadena, California's JPL/Caltech (Pasadena) focuses on cryogenic rocket fuels, boasting median physics faculty salaries of $160,000-$220,000 (2023 AAUP data). Houston's NASA Johnson Space Center drives aerospace cryogenics. Demand spiked 25% post-2020 quantum initiatives.
Europe excels in particle physics: CERN near Geneva, Switzerland (CERN Cryogenics) requires experts for 27km superconducting magnets, partnering with ETH Zurich. France's Grenoble (Grenoble) hosts ILL neutron source, with salaries €70,000-€130,000. UK's Oxford and Rutherford Appleton Lab see steady hires.
Asia surges: China's Hefei for quantum labs, Japan's Tsukuba (Tsukuba), India's Bengaluru ISRO cryogenic engines. Australia’s ANU Canberra offers roles in quantum cryo.
| Region | Key Hubs | Demand Growth (2015-2025) | Avg Faculty Salary (USD equiv.) | Quirks & Tips |
|---|---|---|---|---|
| USA | Boulder CO, Pasadena CA, Houston TX | High (+28%) | $150k-$210k | DOE/NASA funding; network at APS conferences. Check professor salaries regionally. |
| Europe | Geneva CH, Grenoble FR, Oxford UK | Medium-High (+22%) | $110k-$170k | EU grants cyclical; learn French/German. Explore Switzerland jobs. |
| Asia-Pacific | Hefei CN, Tsukuba JP, Bengaluru IN | Very High (+35%) | $80k-$140k | Quantum boom; visas competitive. Visa tips at higher ed career advice. |
Jobseeker insights: Target lab-adjacent universities for collaborations—e.g., rate cryogenics profs at CU Boulder via Rate My Professor. High U.S. costs in CA offset by perks; Europe's work-life balance suits families. Students, pursue master's at these hubs for pathways to faculty roles. Search faculty jobs, research jobs, and Houston listings on AcademicJobs.com. Emerging: Canada's TRIUMF Vancouver for cryo accelerators.
Cryogenics, the branch of physics dealing with the production and effects of very low temperatures (typically below 120 K or -153°C), powers breakthroughs in quantum computing, superconductivity, and particle accelerators. For jobseekers targeting Cryogenics faculty jobs and students exploring programs, these 4 specializing institutions stand out due to their world-class facilities and research output. They offer PhD tracks, postdoctoral positions, and tenure-track opportunities with competitive salaries averaging $120K-$180K for assistant professors in the US (per professor salaries data).
| Institution | Location | Key Programs & Degrees | Facilities & Benefits | Explore More |
|---|---|---|---|---|
| Florida State University (FSU) | Tallahassee, FL | PhD in Physics & Materials Science; MS in Applied Physics focusing on cryogenics | National High Magnetic Field Laboratory (NHMFL/MagLab): Home to the world's strongest continuous (45 tesla) and pulsed (100+ tesla) magnets using liquid helium cryostats. Benefits: Abundant NSF funding ($100M+ annually), industry partnerships (e.g., Oxford Instruments), high-impact publications (5,000+ cryo-related papers), and proximity to job markets in aerospace. | MagLab Site |
| Massachusetts Institute of Technology (MIT) | Cambridge, MA | PhD in Physics/Quantum Science & Engineering; cryogenic engineering courses | Francis Bitter Magnet Laboratory & Quantum Nano Center: Advanced dilution refrigerators reaching mK temperatures for qubit research. Benefits: Elite network (alumni at Google Quantum AI), $1B+ research budget, tenure-track paths with startup equity opportunities, and Boston's vibrant tech ecosystem. | MIT Physics |
| University of Cambridge | Cambridge, UK | MPhil/PhD in Physics (Low-Temperature Physics); NanoDTC program | Clarendon Laboratory's Millikelvin Cryostats & Quantum Matter Group: Pioneering adiabatic demagnetization for ultra-low temps. Benefits: Royal Society funding, collaborations with CERN, UKRI grants (£50M+), and strong EU mobility for postdocs aiming for UK faculty jobs. | Cambridge Physics |
| ETH Zurich | Zurich, Switzerland | MSc/PhD in Quantum Engineering & Cryogenics; D-MATL focus | Quantum Center & Low-Temp Physics Lab: State-of-the-art helium-3 systems for topological superconductors. Benefits: ERC grants (CHF 10M+), spin-off incubators, high salaries (CHF 150K+ for profs), and Alpine location ideal for work-life balance in research. | ETH Physics |
For students new to Cryogenics, start with undergrad physics or engineering, then target these grad programs—admissions favor research experience via REUs (Research Experiences for Undergrads). Review faculty on Rate My Professor for Cryogenics experts (search 'low temperature physics'). Jobseekers, tailor CVs highlighting cryo techniques like dilution refrigeration; network at CEC/ICEC conferences. Check faculty jobs and professor ratings for insights. Salaries trend up 5-7% yearly due to quantum demand—explore higher ed career advice for negotiation tips. These hubs offer pathways to impactful careers in academia and beyond.
Whether you're a jobseeker targeting Cryogenics faculty jobs or a student eyeing specialized programs, these proven tips provide step-by-step guidance. Cryogenics, the science of ultra-low temperatures (below -150°C or 123 K), powers quantum computing, fusion energy, and space tech. With demand rising 15-20% over the past decade due to quantum tech booms (per US Bureau of Labor Statistics physics trends), preparation is key. Ethical practices like transparent research reporting build lasting careers.
Implement these for success in faculty roles. Salaries average $150k for tenured cryo physicists (2024 data). UW-Madison Cryogenics exemplifies excellence.
In the specialized field of cryogenics—the branch of physics focused on phenomena at temperatures below -150°C (123 K), such as superconductivity and quantum effects—diversity and inclusion (D&I) efforts are gaining momentum to address longstanding imbalances. Globally, physics faculty demographics show women comprising just 18-20% of positions, according to American Physical Society (APS) data from 2023, with cryogenics mirroring this trend due to its experimental, hands-on demands often deterring underrepresented groups. In the US, Black, Hispanic, and Indigenous physicists hold under 5% of faculty roles, per National Science Foundation (NSF) reports, while Europe sees slightly higher female participation at CERN's cryogenic facilities around 25%.
Policies driving change include NSF ADVANCE programs funding gender equity initiatives at universities like the University of Wisconsin-Madison, home to a leading Madison cryogenics lab, and EU Horizon grants promoting inclusive hiring. These foster mentorship and bias training, benefiting faculty jobs by attracting top talent to cryogenics faculty jobs.
The influence is profound: diverse teams enhance innovation, as seen in collaborative cryo-research yielding medical advancements like MRI cryostats. Benefits include broader perspectives tackling complex problems, higher retention (up 30% in D&I-focused labs per 2022 studies), and appeal to global jobseekers eyeing professor salaries averaging $120K-$180K USD for cryo experts.
Tips for thriving in inclusive cryogenics environments:
Explore Rate My Professor for cryogenics instructors emphasizing equity, or browse university salaries in diverse hubs. For resources, visit the APS Diversity Programs or NSF ADVANCE.
Building a successful career or advancing your studies in cryogenics—the branch of physics focused on achieving and maintaining ultra-low temperatures (typically below 120 K or -153°C) for applications like superconductivity, MRI machines, rocket fuels, and quantum computing—starts with connecting to the right professional communities. These clubs, societies, and networks offer jobseekers access to exclusive faculty job postings, collaboration opportunities, and mentorship from leading experts, while students gain hands-on workshops, travel grants, and research partnerships. Joining early can accelerate your path to professor salaries averaging $120,000-$180,000 for physics faculty with cryogenics specialization in the US, according to recent data from the American Institute of Physics. Networking here often leads to invitations for postdoc roles or tenure-track positions advertised informally at events.
Pro tip for beginners: Start as a student member for discounted fees ($20-50/year), attend virtual webinars to learn etiquette, and volunteer for committees to build your profile. Check Rate My Professor to identify influential cryogenics educators for outreach, and use free resume templates tailored for academia.
Founded in 1964, this premier US nonprofit drives cryogenic technology advancement through annual symposia, awards, and educational resources. Benefits include a job board with research jobs, networking mixers, and the Cryogenic Buyer's Guide for industry insights. Ideal for faculty hopefuls seeking collaborations in superconductivity. Join online at cryogenicsociety.org—students pay just $25/year. Career boost: Many members land roles at NASA or national labs via connections.
Biennial global event since 1960, alternating with International Cryogenic Materials Conference, focusing on engineering innovations and materials testing at low temps. Offers paper presentations, tutorials, and exhibitor meets for prototype demos. Advice: Submit abstracts by March deadlines to showcase work for postdoc visibility. Register via cecicmc.org. Significant for studies as proceedings are gold for theses; alumni often secure US faculty jobs.
Triennial gathering since 1980 on miniature cryocoolers for space and defense apps. Features tech transfer sessions and young investigator awards. Benefits: Direct path to industry-academia bridges, with proceedings published for CV padding. Join by attending (thrive in research roles); details at cryocooler.org. Essential for careers in aerospace cryogenics.
Part of the IOP, this group hosts meetings on low-temp fluids and quantum effects, with strong European ties. Offers grants for student travel and policy input. Join IOP membership (£50-100/year) via iop.org. Great for UK/EU jobseekers eyeing UK academic jobs; enhances grant applications.
Promotes domestic/international cryo-research with journals and annual congresses. Benefits: Bilingual resources, fusion energy focus. Membership ~¥10,000/year; sign up at jscryo.or.jp. Valuable for global networks, especially Asia-Pacific faculty paths.
Expand your reach via Cryonet mailing list for discussions and Rate My Professor reviews of cryo pioneers. These groups have propelled countless careers—dive in to unlock yours in cryogenics faculty opportunities.
Discover essential resources tailored for aspiring cryogenics professionals and students pursuing careers in this cutting-edge field of low-temperature physics and engineering. These tools offer job listings, research updates, networking opportunities, and educational materials to support your journey toward cryogenics faculty jobs or advanced studies. Pair them with insights from Rate My Professor to learn from top cryogenics educators and explore openings on higher-ed faculty jobs.
These resources, combined with higher-ed career advice, equip you to navigate cryogenics job markets effectively.
Pursuing a career or education in cryogenics—the science of producing and studying materials at extremely low temperatures, often below -150°C (123 K)—offers exceptional opportunities in a field driving innovations in quantum computing, fusion energy, and medical technologies like MRI machines. With the global cryogenics market projected to grow from $25 billion in 2023 to over $40 billion by 2030 at a 7% CAGR (per MarketsandMarkets), demand for experts is surging, especially in academia and national labs.
Key advantages include strong job prospects, competitive salaries, robust networking, and high prestige. For instance, physics faculty specializing in cryogenics at top institutions like MIT or the University of Wisconsin-Madison often secure tenure-track positions amid a shortage of low-temperature physics talent. Check professor salaries for detailed breakdowns, where assistant professors average $95,000-$120,000 annually, rising to $160,000+ for full professors (AAUP 2023 data), with premiums in high-cost areas like California.
The value lies in versatile outcomes: academic freedom for research, real-world impact in space (NASA's cryogenic fuel systems), and cryopreservation advances. Students gain foundational skills in thermodynamics and superconductivity, positioning them for PhD pathways at specializing schools like Yale or Rice University. Leverage advice from higher ed career advice to build a standout CV, network early, and explore faculty jobs. Visit the Cryogenic Society of America for resources. For personalized insights, review Cryogenics professors on Rate My Professor and track salaries via professor salaries.
Gaining perspectives from seasoned professionals and current students in cryogenics (the science of producing and studying materials at extremely low temperatures, typically below -150°C or 123 K) can significantly aid your decisions about pursuing cryogenics faculty jobs or related coursework. Faculty members often highlight the thrill of breakthroughs in superconductivity and quantum computing, where cryogenics plays a pivotal role. For instance, a professor at the University of Wisconsin-Madison, a hub for low-temperature physics research, shared on RateMyProfessor that "the field demands patience with cryogenic systems like dilution refrigerators, but witnessing zero-resistance states in superconductors is unparalleled." Salaries for cryogenics faculty typically range from $130,000 to $220,000 annually in the US, per recent data from the American Physical Society, with higher figures at specialized labs like those affiliated with NASA or national facilities.
Students echo this excitement but advise preparation for rigorous coursework involving thermodynamics and vacuum technology. A graduate student at Caltech reviewed their cryogenics seminar on RateMyProfessor, noting, "Professor X's class transformed my understanding of cryostats (insulated containers for maintaining low temperatures), though lab access was competitive—network early!" Reviews on RateMyProfessor for cryogenics instructors average 4.2/5 stars, praising hands-on projects in liquefying helium. To thrive, professionals recommend starting with a PhD in low-temperature physics, followed by postdocs at institutions like Oxford University or MIT, and publishing in journals like Cryogenics. Explore more professor insights via RateMyProfessor to identify mentors in US, California/Pasadena (Caltech), or UK programs. Students suggest supplementing studies with higher-ed career advice and checking professor salaries for realistic expectations. For job seekers, leverage higher-ed faculty jobs listings and connect via postdoc opportunities. Actionable tip: Attend conferences like those by the Cryogenic Society of America to build networks essential for cryogenics career pathways.
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