 |
October 2024: Eva's invited review TWISTED 2D MATERIALS –A NEW ERA IN CONDENSED MATTER PHYSICS" was published in Europhysics News 55/4, 2024, p. 11
Our second US patent is awarded
LOW PROFILE
TRANSFER MECHANISM FOR CONTROLLED
ENVIRONMENT (RU Docket# 2018-090) has been
issued as Patent No. 12,098,026
withinStates on 9/24/2024.
Dr. Angela Coe joins our group as a post doctoral fellow.
Welcome Angela!!
Our paper " Proximity
induced charge density wave in a
graphene/1T-TaS2 heterostructure" was
published in Nature Communications
| (2024)15:8056 CONGRATULATIONS!
9-24-20249-24-2024
9-13-2024
Dr. Indranil Roy joins our group as a post doctoral fellow.
Welcome Indranil!!
Our paper
published on 07-03-2024,
in Review of Scientific Instruments (Vol.95,
Issue 7)
CONGRATULATIONS!
Dr. Nikhil Tilak joins our group as a post doctoral fellow.
Welcome Nihkhil!!
Our
patent is
published
US20230176088A1
Damping base for modular scanning
probe microscope head
Shuang accepts researcher position at US
Honda BostonCONGRATULATIONS!
Our paper
published in Nano
Letters
Moire Potential, Lattice Relaxation, and Layer Polarization in Marginally Twisted MoS2 Bilayers,
Nikhil Tilak, Guohong Li, Takashi Taniguchi, Kenji Watanabe, Eva Y. Andrei, Nanoletters 23, 73 (2023)
CONGRATULATIONS!
Eva wins inaugural
2023 Mildred Dresselhaus Prize in
Nanoscience or Nanomaterials
Our US patent is awarded
US11474127B2
Modular scanning probe microscope
head
CONGRATULATIONS!
US
patent
application published
US20210237972A1
Low profile transfer mechanism for controlled environment
CONGRATULATIONS!
Our paper made
the COVER
of Applied
Physics Letters , 119, 121601
(2021)
CONGRATULATIONS!
Michael, Nikhil, Skanda, and
Guohong's paper together with
collaborators
published in Applied
Physics Letters , 119, 121601
(2021)
CONGRATULATIONS!
Michael, Nikhil, Skanda, and
Guohong's paper
together with collaborators
published in Nanoletters
21,
6132 (2021)
CONGRATULATIONS!
Nikhil, Xinyuan, Shuang and Jimmy's
paper together with
collaborators published
in Nature
Communications,
12, 4180
(2021)
CONGRATULATIONS!
Congratulations Shuang!
Jinhai selected to give an invited talk at the 2021 March Meeting of the American Physical Society on his buckling graphene work.
Congratulations Jinhai!
Eva's review paper together with Allan MacDonald published in , Nature Materials 19, 1265–1275 (2020)
Jinhai, Yuhang and Xinyuan's paper published in NATURE (NATURE, 584 (2020) 215 )
"Evidence of Flat Bands and Correlated States in Buckled Graphene Superlattices"
Eva
Andrei named Emergent Phenomena in
Quantum Systems (EPiQS) investigator by
the Betty and Gordon Moore foundation.Yuhang Jiang
accepted a faculty position at the
University of Chinese Academy of Sciences,
Beijing, China CONGRATULATIONS Prof . JIANG!
The award recognizes graduating seniors who have completed outstanding independent research projects leading to a thesis
in their major field of study or an interdisciplinary thesis. These awards are offered across all departments of the School of Arts
and Sciences, and so represent only the very finest achievements of our students.
Yuhang's paper
accepted for publication in NATURE
(
advanced on-line publiication) https://doi.org/10.1038/s41586-019-1460-4
(2019) .Charge-order and broken rotational symmetry in magic-angle twisted graphene bilayers.
Yuhang Jiang, Xinyuan Lai, Kenji Watanabe, Takashi Taniguchi, Kristjan Haule, Jinhai Mao, Eva Y. Andrei
CONGRATULATIONS YUHANG!
Jinhai
Mao accepted a faculty
position at the University of Chinese
Academy of Sciences, Beijing, China CONGRATULATIONS Prof . MAO!
Michael's
paper published in 2D
Materials , 6,
045034 (2019)
Electrostatic
Imaging of Encapsulated Graphene
Michael A. Altvater, Shuang Wu,
Zhenyuan Zhang, Tianhui Zhu, Guohong Li, Kenji
Watanabe, Takashi Taniguchi, Eva Y. Andrei
Yuhang
presented an invited talk at the 2019
March meeting of the American Physical
Society in Boston:
Strain, Stack,
Fold, and Twist: New Strategies for
Engineering the Electronic Properties of 2D
Materials
CONGRATULATIONS YUHANG!
Yuhang
invited to give a plenary talk at IWEPNM 2018
International Winterschool on Electronic Properties of Novel Materials
March 2018, KIRCHBERG, AUSTRIA
: 
:
: 
:
: 
: 
: 
:
:
:
Junxi Duan
accepted a faculty position in the Department
of Physics, Beijing University,
China. He starts his appointment
in October 2017. Congratulations
Junxi!!
Our work on
scanning tunneling microscopy made the
news. highlighted in PHYS.Org
Controlling traffic on the electron highway—researching graphene
Jinhai and
Yuhang's Nature
Physics article makes the
news!Highlighted in Nanowerk.com "Creation of artificial atoms in graphene"
Highlighted in Nanotechweb.org Supercritically charged vacancy in graphene is like an artificial atom
Realization of a tunable artificial atom at a supercritically charged vacancy in graphene, Nature Physics 12, 545–549 doi:10.1038/nphys3665
Junxi's PNAS
paper
on thermoelectric cooling
featured in the NewsRutgers News: How Graphene Could Cool Smartphone, Computer and Other Electronics Chips
Science Daily : How graphene could cool smartphone, computer and other electronics chips
SiliconRepublic: Graphene could soon make smartphones a lot cooler, literally
Science Times: Graphene Cools Down Smart Phones, Computers & Other Electronic Devices
Phys.Org News: How graphene could cool smartphone, computer and other electronics chips
Electrochemical
Society : Graphene
Tested
as Tiny ‘Coolers’ for Computer ChipsScience Blog: How Graphene Could Cool Smartphone, Computer and Other Electronics Chip <>
NanoWerk:How Graphene Could Cool Smartphone, Computer and Other Electronics Chips
Patch.com : How graphene could cool smartphone, computer and other electronics chips
AzoNano: Rutgers Scientists Discover How Graphene Could be Used to Cool Electronics Chips
Futurity: Graphene
tested
as tiny ‘coolers’ for computer chips ECNMAG News: How Graphene Could Cool Smartphone, Computer And Other Electronics Chips
RD Mag: Graphene
Shows Potential for Device CoolingEUpulse: Graphene could soon make smartphones a lot cooler, literally
Electronics360: Using Graphene to Cool Electronic Chips
Newswise: Rutgers scientists lead research that discovers potential advance for the electronics industry
Compliance:
Electronic Cooling with GrapheneScientific Computing: Scientists Use Graphene to Help Cool Electrical Components
Lab Roots: Graphene tested as tiny 'coolers' for computer chips
Angela Coe
wins 2017 NSF Graduate
Fellowships
Alexis Clavijo
received the Outstanding Undergraduate
Research Presenter Award at the 2017 March
meeting in New Orleans
Congratulations Adina!
Congratulations Adina!
Eva Y. Andrei elected to American Academy of Arts and Sciences
Single Layer Behavior and Its Breakdown in Twisted Graphene Layers
A.
Luican,
Guohong Li, A. Reina, J. Kong, R. R. Nair, K. S.
Novoselov, A. K. Geim andE.Y.Andrei
Graphene moiré mystery solved?
Physicists
put a new twist on graphene
Graphene
with
a Twist:
Physicists
put a new twist on graphene
Well-stacked
graphene with a twist: Carbon Well-stacked graphene with a twist
Eva Y. Andrei elected fellow of the American Society for the Advancement of Science.
“for profound low-temperature experiments ranging from Wigner crystallization of electrons to Dirac fermions in graphene.�
Eva Andrei awarded 2010 Board of Trustees Award for Excellence in Research.
"..for her pioneering work in the fields of low dimensional electronic systems and mesoscopic physics."
Fractional quantum Hall effect and insulating phase of Dirac electrons in graphene
X. Du, I. Skachko, F. Duerr, A. Luican and E. Y. Andrei
Graphene
reveals the hallmark of strongly
interacting electrons
Runner up for
2009 breakthrough of the year
Dirac
electrons broken to pieces 
Weird "Particles" Spotted
in Hot New Material Charges
band
together in graphene 
Fractional
quantum
Hall effect and insulating phase of Dirac
electrons in graphene 
Interactions
Between Massless Particles May Lead To Speedy,
Powerful Electronic Devices 
Novel
electronic properties in graphene may lead to
speedy, powerful electronic devices
Rutgers physicists discover novel
electronic properties in two-dimensional
carbon structure
Fractional Quantum
Hall Effect Demonstrated in Graphene
Physicists discover novel electronic properties
in 2D carbon structure
Rutgers physicists discover
novel electronic properties in two-dimensional
carbon structure
Fractional
Hall Effect Observed in Graphene
Rutgers Physicists Discover Novel Electronic
Properties in Two-Dimensional Carbon Structure
Press release Charge break-up
in graphene Charges
band together in graphene
NANOELECTRONICS GOES FLAT OUT
